ADDENDUM TO ENVIRONMENTAL IMPACT ASSSESSMENT ...

ADDENDUM TO ENVIRONMENTAL IMPACT ASSSESSMENT AND

MANAGEMENT PLAN

FFOORR

EXPANSION OF INTEGRATED STEEL PLANT

(MOEF&CC LETTER NO. J-11011/434/2009.IA.II(I) DATED 06.11.2017, 08.03.2019 & 19.06.2019)

VVIILLLLAAGGEE KKAAMMAANNDDAA

DDIISSTTRRIICCTT SSUUNNDDEERRGGAARRHH,, OODDIISSHHAA

(0.90 MTPA to 0.97 MTPA STEEL)

MAY, 2020 (Issue 02, Rev. 0)

Submitted by:

RUNGTA MINES LIMTED

RUNGTA HOUSE, CHAIBASA JHARKHAND - 833201

ATTACHMENT : XII

Rungta Mines Ltd.

Addendum EMP for Enhancement of Kamanda Steel Plant from 0.9 to 0.97 MTPA i

CONTENTS

Sl. No. Description Page No.

1.0 Background 1

2.0 Topography and drainage 4

3.0 Climate and meteorology 4

4.0 Air quality 4

5.0 Land environment 18

6.0 Water environment 18

7.0 Solid waste generation and management 23

8.0 Noise 24

9.0 Transportation 25

10.0 Ecology 25

11.0 Socio-economics 26

12.0 Occupational health and safety 26

Rungta Mines Ltd.

Addendum EMP for Enhancement of Kamanda Steel Plant from 0.9 to 0.97 MTPA ii

LIST OF TABLES

Table No. Particulars Page No.

1 Proposed configuration and production of 0.97 mtpa steel plant

2

2 Latest ambient air quality in study area 5

3 Sources of emissions of air pollutants (stack data of present operationalstacks in 0.277 mtpa plant as well as proposed stack for 0.97 mtpa production)

6

4 Sources of emissions of air pollutants (stack data of present operationalstacks in 0.277 mtpa plant as well as proposed stack for 0.90 mtpa production)

9

5 Calculated maximum ground level concentration (µg/m3) due to stack emission

13

6 Top ten predicted values of GLC of air pollutants due to fugitive emissions from proposed storage areas

14

7 24 hour averages incremental GLC at air quality stations 14

8 Impact on air quality (figures are in g/m3) 15

9 Recommended measures for control of fugitive emissions during construction

16

10 Summary of air pollution control systems 17

11 Waste water generation from various sources for entire plant (0.90 MTPA and 0.97 MTPA)

19

12 Solid waste generation (TPA) after expansion 23

13 Noise level 25

LIST OF FIGURES

Fig. No. Particulars Page No.

1 Proposed five stages of clarification in washery 21

2 Schematic diagram of sewage treatment plant 21

3 Rain water oil trap and desilting chamber prior to reservoir 23

Rungta Mines Ltd.

Addendum EMP for Enhancement of Kamanda Steel Plant from 0.9 to 0.97 MTPA 1

ADDENDUM ENVIRONMENTAL IMPACT ASSSESSMENT ANDMANAGEMENT PLAN

FORENHANCEMENT OF PRODUCTION FROM 0.9 TO 0.97 MTPA BY

ENHANCEMENT IN PELLETIZATION PLANT, DRI, SMS, BILLETS /SLAB/ BLOOM CASTER AND ROLLING MILL

WITHCHANGE IN CONFIGURATION OF LRF, SINTER PLANT AND BLAST

FURNACEOF

KAMANDA STEEL PLANTAT

VILLAGES KAMANDA & KULA, DISTRICT SUNDERGARH, ODISHA

(Reference: EIA for 0.75 MTPA dt. August 2017 submitted to Mo EFon 16.08.2017 and Addendum EIA for 0.90 MTPA steel plant dt.

November 2018 submitted to MOEF&CC on 28.11.2018)

(Issue 2, Rev 0, May 2020)

1.0 BACKGROUND

This addendum environmental impact assessment and environmentalmanagement plan is a further addition to the following:

1) Final environmental impact assessment and environmentalmanagement plan of expansion of Kamanda Steel Plant at villagesKamanda & Kula, district Sundergarh, Odisha (0.60 MTPA TO 0.75MTPA steel), August, 2017 submitted to MoEF & CC on 16.08.2017for EC dated 06.11.2017

2) Addendum environmental management plan for (i) amendment in ECdue to change in configuration in LRF and power plant and (ii)enhancement of production from 0.75 to 0.9 MTPA by enhancement inDRI, SMS, billets / slab/ bloom caster and rolling mill of KamandaSteel Plant at villages Kamanda & Kula, district Sundergarh, Odisha(0.90 MTPA steel), November 2018 submitted to MoEF & CC on28.11.2018 for EC dated 08.03.2019.

3) Thereafter one more EC amendment was obtained for change inconfiguration of the pellet plant, without change in capacity on19.07.2019.

Rungta Mines Ltd. (RML) in now proposing the following configuration andcapacity enhancement in the units sanctioned in the earlier ECs as shownin Table 1 .

Rungta Mines Ltd.


TABLE 1PROPOSED CONFIGURATION AND PRODUCTION OF 0.97 MTPA

STEEL PLANTSl.No.

Facilities Units Sanctionedcapacity as per

EC dated06.11.2017

Sanctionedcapacity as per

EC dated08.03.2019

Additional Proposedproduction

(TPA)

% Changewrt 0.75MTPA

TOTAL PRODUCTION MTPA 0.75 0.90 0.07 0.97 (+) 29.33

1 Beneficiation Plant TPA 1,200,000 1,200,000 0 1,200,000 Nil

2 Pellet Plant

2.1Pellet Plant -1 TPA 600,000 600,000 300,000 900,000 (+) 50

2.2Pellet Plant -2 TPA 2640,000 2640,000 360,000 3,000,000 (+) 13.64

Sub Total TPA 3,240,000 3,240,000 660,000 3,900,000 (+) 20. 37

3 Coal Washery TPA 924,000 924,000 0 924,000 Nil

4 DRI Plant

4.1DRI (6X100 TPD) TPA 257,400 273,000 35,850 308,850 (+) 19.99

4.2DRI (1X300 TPD) TPA 128,700 136,500 25,025 161,525 (+) 25.50

4.3DRI (1x350 TPD) TPA 138,600 147,000 19,850 166,850 (+) 20.38

4.4DRI (2X350 TPD) TPA 277,200 277,200 0 277,200 Nil

4.5DRI (2x500 TPD) TPA 396,000 420,000 0 420,000 Nil

Sub Total TPA 1,197,900 1,270,500 80,725 1,351,225 (+) 12.8 0

5 Sinter plant TPA 532,224(2x24 sq.m.)

532,224 0(configuration

change)

532,224(1x48 sq.m.)

Nil

6 Mini Blast Furnace

6.1Mini Blast Furnace-1 TPA 458,500(2x262 cum)

458,500(2x262 cum)

-152,250(configuration

change)

306,250(1x350 cum)

-33.2%

6.2Mini Blast Furnace-2 TPA 227,500(1x260 cum)

227,500(2x262 cum)

152,250(configuration

change)

379,750(1x434 cum)

+66.9%

Sub Total TPA 686,000 686,000 0 686,000 0%

7 Coke Oven(2 batteries of 70,000TPA)

TPA 140,000 140,000 0 140,000 Nil

8 SMS

8.1SMS (I) TPA 231,000(IF 4X15 T, LRF

2x15 T)

277,200(IF 4X15 T, LRF

2x20 T)

69,300(configuration

change)

346,500(IF 4X15 T, LRF

3x20 T)

(+) 50

8.2SMS (II) TPA 519,750(IF 9X15T, LRF

5x15 T)

623,700(IF 9X15T, LRF

3x35 T)

0 623,700(IF 9X15T, LRF

3x35 T)

Sub Total TPA 750,750 900,900 69,300 970,200 (+) 29.23

Rungta Mines Ltd.


Sl.No.

Facilities Units Sanctionedcapacity as per

EC dated06.11.2017

Sanctionedcapacity as per

EC dated08.03.2019

Additional Proposedproduction

(TPA)

% Changewrt 0.75MTPA

9 Billets/ slab/ bloomcaster - CCM (all 4strand)

9.1Billet caster (I) TPA 226,380 271,656 67,914 339,570 (+) 50

9.2Billets caster (II) TPA 226,380 271,656 0 271,656 Nil

9.3Billets caster (III) TPA 282,975 339,570 0 339,570 Nil

Sub Total TPA 735,735 882,882 67,914 950 ,796 (+) 29.23

10 Rolling mill (TMT/ flat/Round/ wire rod/structural mill/ others)

10.1 Rolling mill (I) TPA 217,325 260,790 65,198 325,988 (+) 50

10.2 Rolling mill (II) TPA 217,325 260,790 0 260,790 Nil

10.3 Rolling mill III TPA 271,656 325,987 0 325,987 Nil

Sub Total TPA 706,306 847,567 65,198 912765 (+) 29.23

11 Ferro Alloy Plant TPA

11.1 Ferro Manganese OR TPA 9 MVA= 18,000

18 MVA=36,000

9 MVA= 18,000

18 MVA=36,000

0 9 MVA= 18,000

18 MVA=36,000

Nil

11.2 Silico Manganese OR TPA 9 MVA= 14,40018 MVA=28,800

9 MVA= 14,40018 MVA=28,800

0 9 MVA= 14,40018 MVA=28,800

Nil

11.3 Ferro Chrome OR TPA 9 MVA= 14,400

18 MVA=28,800

9 MVA= 14,400

18 MVA=28,800

0 9 MVA= 14,400

18 MVA=28,800

Nil

11.4 Ferro Silicon TPA 9 MVA= 6,40018 MVA=12,800

9 MVA= 6,40018 MVA=12,800

0 9 MVA= 6,40018 MVA=12,800

Nil

11.5 Briquette Plant for ferrochrome

TPA 88,320 88,320 0 88,320 Nil

11.6 Briquette Plant for ferromanganese

TPA 111,360 111,360 0 111,360 Nil

12 Captive Power Plant MW 198 198 0 198 Nil

12.1 WHRB MW 87 87 0 87 Nil

12.2 AFBC/ CFBC MW 111(1x20 MW+91MW)

(1x115 TPH+4x95 TPH)

111

1x20MW+2x45.5 MW

(1x115 TPH+2x195 TPH)

0 111

1x20 MW+2x45.5MW

(1x115 TPH+2x195 TPH)

Nil

13 Oxygen plant TPD - 150 150 New unit

In line with the changes in the configuration and proposed enhancementfrom 0.9 to 0.97 MTPA, only the changes in impact the impact ormanagement, if applicable, have been discussed subsequently.

Rungta Mines Ltd.


2.0 TOPOGRAPHY AND DRAINAGE

There will be no change in the impact or management of topography andand drainage as given in the EIA submitted for EC dated 06.11.2017 oraddendum EIA submitted for EC dated 08.03.2019. This is because theplant area disturbed due to construction broadly remains the same and thecapacity enhancement is occurring by better utilisation and use of betterquality of raw material in the same units.

3.0 CLIMATE AND METEOROLOGY

There will be no change in the impact of management of climate andmeteorology as given in the EIA submitted for EC dated 06.11.2017 oraddendum EIA submitted for EC dated 08.03.2019. There will be areduction in total coal consumption to the tune 92128 TPA, therefore,reducing the total carbon dioxide emissions into the atmosphere.

4.0 AIR QUALITY

4.1 Impact on air quality

a) Construction phase

The construction and erection of proposed plant and equipment is underwayand will generate dust resulting in higher SPM levels in surrounding area.Further due to deployment of various mechanical equipment and transportvehicle, enhanced SO2 and NO2 levels are expected. Thus, air quality islikely to be effected marginally which may not require any mitigationmeasures of considerable magnitude. Moreover, the impact on the airquality during construction phase will be localized, temporary and reversiblein nature.

Dust emissions from non-residential and commercial construction are afunction of the total area of land disturbed and the duration of activities done.Based on field studies, the AP-42 (Compilation of Air Pollutant EmissionFactors, US EPA, Section 13.2.3) gives the total suspended particulateemission factor estimate as 2.69 megagrams (Mg)/hectare/month ofactivity.

b) Operation phase

Two types of generation and discharge of pollutants, viz., fugitive emissionsand stack emissions, have been considered.

(i) Stack emission of gases from the various units of the PelletisationPlant, Sponge Iron, Blast Furnace, Steel Melting, washery, sinter plant,coke oven plant, ferro alloys plant and Captive Power Plant. Theemission of gases from the additional plants and the associatedfacilities will add pollutants to the atmosphere, which will requiremitigation measures.

Rungta Mines Ltd.


(ii) Fugitive emissions comprise mostly of raw material/ product dustgenerated from different material handling operations, e.g., transport,storage, processing, transfer, loading, unloading, etc.

To assess the impact on air quality, the modelling has been carried out inthree steps for:

Step-1: The installed units (DRI, SMS, CPP) as on 30.04.2020 within theplant of 0.277 MTPA, which is already reflected in the monitored ambient airquality

Step-2: The units sanctioned in EC dated 06.11.2017 along with theamendments & enhancement proposed in EC dated 08.03.2019 &19.07.2019 (upto 0.9 MTPA).

Step-3: Since the model is being run with terrain inputs for enhancedcapacity, hence, 0.90 MTPA is also being re-run with same terrain basedreceptors to get the revised output along the same lines of step 1 & 2. Themodel output in the EIA or addendum EIA are not comparable to the modeldue to updation of stack data, commencement of operation of additionalunits as well as incorporation of terrain in model.

The difference between Step -1 and Step-2 will be the incremental impact ofthe pollutant levels on ambient air quality for enhanced capacity (0.97MTPA). The difference between Step-1 and Step-3 will give the incrementalimpact of the pollutant levels on ambient air quality for sanctioned capacity(0.90 MTPA). The difference between the above two calculations will be theincremental GLC due to enhancement with respect to the sanctionedcapacity.

The baseline data is monitored and submitted to MoEF&CC Regional Officeas part of six monthly annual reports. Regular monitoring of ambient airquality is being carried out by M/s. Mitra S.K. private Limited, NABLaccredited Laboratory at 4 locations as given in Table 2 .

TABLE 2LATEST AMBIENT AIR QUALITY IN STUDY AREA

Sl.No.

Parameters Plantpremises

Kusumdihvillage

Kamandavillage

Orahuri

village

NAAQStandard

1. PM10 (µg/m3) 78.3 58.5 62.6 56.5 100

2. PM2.5 (µg/m3) 41.4 33.3 36.1 31.2 60

3. SO2(µg/m3) 6.8 6.6 6.2 7.4 80

4. NOx (µg/m3) 20.4 17.6 19.4 16.2 80

5. CO mg/ m3 0.41 0.32 0.38 0.36s 2Source: Report No BBL/Env/1819 dated 31.03.2020

Rungta Mines Ltd.


The details of stacks and their emissions for Step-1 (existing 0.277 MTPA)and Step-2 (existing+proposed = 0.97 MTPA) are summarized in Table 3 .The details of the 0.90 MTPA stacks are given in Table 4.

TABLE 3SOURCES OF EMISSIONS OF AIR POLLUTANTS

(STACK DATA OF PRESENT OPERATIONALSTACKS IN 0.277 MTPAPLANT AS WELL AS PROPOSED STACK FOR 0.97 MTPA

PRODUCTION)Sl.No.

Source Fuel StackHeight

(m)

TopDia

(m)

VolumetricFlow Rate

(m3/s)

Pollutant & max.emission limit

(mg/Nm3)for 0.97 MTPA

PM SO2 NO2

I-A PELLETPLANT-1

1 ESP-Drying & Preheating in Traveling Grate Coal, cokebreeze

60 4 194.25 50 15.94 0.017

2 Raw Material Handling Nil 30 1.5 24.67 50

3 Finished Product Handling Stack Nil 30 1.5 24.67 25

I-B PELLETPLANT-2

1 ESP-Drying & Preheating in Traveling Grate Coal, cokebreeze

87.2 5 411.55 50 25.07 0.026

2 Raw Material Handling Stack Nil 30 1.5 24.67 50


II COALWASHERY (1X150TPH)

1 Coal Washery in-plant dedusting Stack 35 1.7 14.79 20

III-A DRIPROCESS STACKS AFTER WHRB

1# 100TPD KILN WHRB Stack Coal42 2.1 36.32 17 152.28 0.57

2# 100TPD KILN WHRB Stack Coal





7# 300TPD KILN WHRB Stack Coal 75 4.4 81.98 35 124.86 0.19

8 350TPD KILN WHRB Stack Coal75 4.5 105.11 35 100.59 0.19

9 350TPD KILN WHRB Stack Coal




III-B DRIKILNS–DE-DUSTING STACKS

1# 100TPD DRI K-1, K-2 Cooler Discharge Nil 18.5 0.81 9.86 31



4# 100TPD I Bin-01 Nil 16.5 0.6 9.86 34

5# 100TPD I Bin-02 Nil 18 0.81 9.86 34

6# 100TPD Product Separation House Nil 18.2 1.15 39.44 35

Rungta Mines Ltd.


Sl.No.


(m)

TopDia

(m)

VolumetricFlow Rate

(m3/s)



PM SO2 NO2

7# 100TPD DRI K-1, K-2 Injection Coal Circuit Nil 15.2 0.55 2.60 35



10# 300 TPD Kiln Cooler Discharge Nil 25 1.25 13.15 31

11# 300 TPD Kiln Coal Circuit Nil 30 1.25 50.22 35

12# 300 TPD Kiln I Bin & Product Separation Nil 30 1.25 25.63 35

13# 350TPD Kiln DRI K-8 in-plant Dedusting Nil 35 1.5 29.58 30

14# Nil 30 1.5 24.67 30

15# Nil 35 1.7 29.58 20

16 350TPD DRI K-9, K-10 in-plant Dedusting Nil 35 1.5 29.58 30

17 Nil 30 1.5 24.67 30

18 Nil 35 1.7 29.58 20


20 Nil 30 1.5 38.98 30

21 Nil 35 1.7 36.17 20

IV SINTER PLANT (1X48SQM)

1 Sinter Plant-Main Stack Coke fines 55 5.4 371.32 35 13.67 0.05

V BLAST FURNACE

1 Stove Stack (350 cum) Coke, coal

fines35 1.3 22.95 30 200 150

2 Stove Stack (434 cum) Coke, coalfines

35 1.3 28.46 30 200 150

VI COKE OVEN (140,000TPA)

1 Coke oven Stack Coking coal 50 1.5 28.93 25 27.93 22.55

VII SMS–COMPLEX (13X15TON I.F. WITH

COMMENSURATE L.R.F.)

1# 2x15T IF Fume Extraction Stack, 2x20T LRF Nil 30 2.3 64.14 10

2# 2x15T IF Fume Extraction Stack, 20T LRF Nil 30 2.3 50.86 10

3 2x15T IF Fume Extraction Stack, 35T LRF Nil 30 2.3 60.34 10



6 3x15T IF Fume Extraction Stack Nil 30 2.3 50.10 10

VIII FLAT/ROUND/WIRE/ROD/STRUCTURALMILL

1 Reheating Furnace Stack Furnace oil 60 3 75.22

2# Reheating Furnace Stack Furnace oil 60 3 60.17

3* Reheating Furnace Stack Furnace oil 60 3 75.22 30 350.12 129.74

IX FERRO ALLOYS (1X18 + 1X9MVA)

1 18 MVA Furnace Stack Briquette 40 1.3 24.14 5 167.3


X POWER PLANT

Rungta Mines Ltd.


Sl.No.


(m)

TopDia

(m)

VolumetricFlow Rate

(m3/s)



PM SO2 NO2

1# 115 TPH AFBC Coal,

middlings,

dolochar

75 2.1 75.48 50 63.46 300

2 2x195 TPH AFBC Coal,middlings,

dolochar

110 3.6 162.78 30 99.8 100

# Operational of 0.277 MTPA capacity,*considered for modelling as worse case scenario

The changes that are notable with respect to the 0.90 MTPA steel plantafter enhancement to 0.97 MTPA along with change in configuration of LRF,sinter plant and blast furnaces as follows:

(1) The enhancement in the capacity of the LRF from 2X20 T to 3X20 Twill warrant increase in volume of air entering into the bag filter andexiting the stack. The bag filter will be enhanced keeping the stackssame.

(2) The change in configuration of the sinter plant warrants doubling ofstack gas volumes exiting the stacks since instead of two stacks, nowentire volume will exit from one stack. Location of one stack isconsidered same, while the second will not be required due tochange in configuration from 2X24 sq.m. to 1X48 sq.m. The pollutioncontrol equipment will be enhanced commensurate to stack volume.

(3) The change in configuration of the blast furnace warrants that thestack gas volumes exiting the stacks change commensurate to therevised configuration from 2X262 + 1X260 cum to 1X350 + 1X434cum. The total exit volume from both stacks remains same. Thepollution control equipment will be enhanced commensurate to stackvolume.

(4) The annual pollution load into the atmosphere from the unitsundergoing enhancement will change as follows:

DRI plant- production increase is by 6.35% but the total coalconsumption increases by 5.61%. Therefore, the total sulphurdioxide emission due to 0.5% sulphur content in this 5.61% extracoal will increase by about 0.028%, after about 80% absorptionby limestone. The particulate matter emission will be as per thelimits specified in the CTO.

SMS- production increase is by 7.7%. There will be increase inflow volume but the particulate matter emission will be as per thelimits specified in the CTO. The pollution control equipment willbe enhanced commensurate to stack volume.

Rungta Mines Ltd.


Rolling Mill - production increase is by 7.7% and the furnace oilconsumption in reheating furnace will also increasecorrespondingly only if 100% of the time the reheating has to becarried out. However, reheating will be operated for about 20% ofthe time only due to hot charging. In previous EIAs & AddendumEIA 100% reheating furnace operation has been consideredwhile for this EIA addendum only 20% operation will beconsidered. Thus, the total pollutant emission in a year willactually decrease by nearly 78% compared to previous estimates.The particulate matter emission will be as per the limits specifiedin the CTO.

Pellet Plant - production increase is by 20.3% andcorresponding to that the total coal and coke breeze consumptionis decreasing by 68%. The furnace oil specific consumption willreduce from 18 liter/T to 17 liter/T but total consumption will riseby 13.7%. Therefore, the total sulphur dioxide emission into thearea will decrease due to coal, coke breeze but increase due tofurnace oil in the vicinity. The particulate matter emission will beas per the limits specified in the CTO.

TABLE 4SOURCES OF EMISSIONS OF AIR POLLUTANTS

(STACK DATA OF PRESENT OPERATIONALSTACKS IN 0.277 MTPAPLANT AS WELL AS PROPOSED STACK FOR 0.90 MTPA

PRODUCTION)Sl.No.


(m)

TopDia

(m)

VolumetricFlow Rate

(m3/s)

Pollutant & max.emission limit (mg/Nm3)

PM SO2 NOx

I-A PELLETPLANT-1

1 ESP-Drying & Preheating in Traveling Grate Coal, coke

breeze60 4 209.53 50 19.07 0.011

2 Raw Material Handling Nil 30 1.5 24.67 50


I-B PELLETPLANT-2

1 ESP-Drying & Preheating in Traveling Grate Coal, coke

breeze70 4 209.53 50 41.95 0.05

2** ESP-Drying & Preheating in Traveling Grate Coal, cokebreeze

70 4 209.53 50 41.95 0.05

3 Raw Material Handling Stack Nil 30 1.5 24.67 50


II COALWASHERY (1X150TPH)

1 Coal Washery in-plant dedusting Stack 35 1.7 14.79 20

III-A DRIPROCESS STACKS AFTER WHRB




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Sl.

No.

Source Fuel Stack

Height(m)

Top

Dia(m)

Volumetric

Flow Rate(m3/s)

Pollutant & max.

emission limit (mg/Nm3)

PM SO2 NOx










III-B DRIKILNS–DE-DUSTING STACKS




4# 100TPD I Bin-01 Nil 16.5 0.6 9.86 34

5# 100TPD I Bin-02 Nil 18 0.81 9.86 34

6# 100TPD Product Separation House Nil 18.2 1.15 39.44 35




10# 300 TPD Kiln Cooler Discharge Nil 25 1.25 13.15 31

11# 300 TPD Kiln Coal Circuit Nil 30 1.25 50.22 35

12# 300 TPD Kiln I Bin & Product Separation Nil 30 1.25 25.63 35

13# 350TPD Kiln DRI K-8 in-plant Dedusting Nil 35 1.5 29.58 30

14 Nil 30 1.5 24.67 30

15 Nil 35 1.7 29.58 20


17 Nil 30 1.5 24.67 30

18 Nil 35 1.7 29.58 20


20 Nil 30 1.5 38.98 30

21 Nil 35 1.7 36.17 20

IV SINTER PLANT (1X48SQM)

1 Sinter Plant-Main Stack Coke fines 55 3.8 185.66 35 13.67 0.05

2** Sinter Plant-Main Stack Coke fines 55 3.8 185.66 35 13.67 0.05

V BLAST FURNACE

1 Stove Stack (260 cum) Coke, coalfines

55 3.8 185.66 35 13.67 0.05

2 Stove Stack (260 cum) Coke, coal

fines55 3.8 185.66 35 13.67 0.05

Rungta Mines Ltd.


Sl.

No.

Source Fuel Stack

Height(m)

Top

Dia(m)

Volumetric

Flow Rate(m3/s)

Pollutant & max.

emission limit (mg/Nm3)

PM SO2 NOx

3** Stove Stack (262 cum) Coke, coal

fines35 1.3 17.14 30 200 150

VI COKE OVEN (140,000TPA)

1 Coke oven Stack Coking coal 50 1.5 28.93 25 27.93 22.55

VII SMS–COMPLEX (13X15TON I.F. WITHCOMMENSURATE L.R.F.)

1# 2x15T IF Fume Extraction Stack, 2x20T LRF Nil 30 2.3 50.86 10

2# 2x15T IF Fume Extraction Stack, 20T LRF Nil 30 2.3 50.86 10




6 3x15T IF Fume Extraction Stack Nil 30 2.3 50.10 10

VIII FLAT/ROUND/WIRE/ ROD/

STRUCTURALMILL

1 Reheating Furnace Stack Furnace oil 60 3 60.17 30 11.27 4.18

2#^ Reheating Furnace Stack Furnace oil 60 3 60.17 30 9.01 3.34

3 Reheating Furnace Stack Furnace oil 60 3 60.17 30 11.90 5.03

IX FERRO ALLOYS (1X18 + 1X9MVA)



X POWER PLANT

1# 115 TPH AFBC Coal,

middlings,dolochar

75 2.1 75.48 50 63.46 300

2 2x195 TPH AFBC Coal,

middlings,dolochar

110 3.6 162.78 50 99.8 100

# Operational of 0.277 MTPA capacity,

^ RH furnace 2 used for 0.277 MTPA modelling while RH furnace 3 used for 0.9MTPA modelling,

**stackswhich have been revised/ removed when enhancing the plant to 0.97 MTPAor in amendments of the EC dated 08.03.2019 & 19.07.2019

The gases coming out from the kilns/WHRB/AFBC/Sinter plant/FA plant/Coke oven contain pollutants like particulate matter, SO2 and NO2. This gasstream is a major source of air pollution, if control/ mitigation measures arenot incorporated. To control air pollution, CO is destroyed by combustion inthe After Burning Chamber in DRI. Major portion of the particulate matter inthe gas stream will be separated in the Dust Settling Chamber and theElectrostatic Precipitator.

Rungta Mines Ltd.


The use of dolomite, limestone as additive in the kilns reduces SO2

emissions significantly. Controlled combustion air supply to the kilns,controlled combustion temperature and use of low NOx burners controlsNO2 formation. The gas stream, exiting from the ESP, contains particulatematter in concentrations below 50 mg/m3.

All sources of fugitive dust emission have been provided with dust collectionsystem, where the dust-laden air is drawn, passed through bag filters anddischarged into atmosphere through 15-110 m high stacks.

Simulation model for prediction of ground level concentrations due tostack emissions

In order to predict the impact of the project, air quality prediction modellinghas been carried out using US EPA’s ISCST3 model. ISC3 short term mode(ISCST3) is a steady-state Gaussian plume model which can be used toassess pollutant concentrations from a wide variety of sources associatedwith an industrial complex. This model can account for the following: settlingand dry deposition of particles; downwash; point, area, line, and volumesources; plume rise as a function of downwind distance; separation of pointsources; and limited terrain adjustment.

The following options were considered while modeling to predict theincremental ground level concentrations of pollutants due to emissions fromthe proposed units.

• The GLCs due to emissions from the existing units are assumed to bereflected in the ambient air quality monitoring.

• The stack and emission details for Existing and Proposed units havebeen adopted from Table 3 and Table 4.

• The prediction has been done to estimate concentration value over aradial distance of 10 km from the source.

• Combination of Cartesian and polar receptor network has beenconsidered.

• Emission rate was considered constant throughout the averagingperiod.

• Ground level concentrations were computed without any decay co-efficient.

• The micro-meteorological observations made during the study periodfor EIA of 0.75 MTPA have been taken as input meteorological data.Calm wind conditions recorded during study period were alsoconsidered.

• Terrain for both the sources and the receptors has been considered

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• Inputs and results of dispersion modeling has been given inEnclosure-A of this addendum report.

• Modelling has been carried out in three steps as described earlier

The highest computed concentrations are given in Table 5 .

TABLE 5CALCULATED MAXIMUM GROUND LEVEL CONCENTRATION (µg/m 3)

DUE TO STACK EMISSIONParameters Incremental GLC Increase in Increment GLC w.r.t 0.277

0.97MTPA

0.90MTPA

0.277MTPA

0.97MTPA

0.90MTPA

Difference %

PM10 GLC, µg/m3 14.24 14.63 6.233 8.007 8.397 (-) 0.39 (-)4.6

Distance, m &Direction

2500 m,NNW

2500 m,NNW

4000 m,W

PM2.5 GLC, µg/m3 8.185 8.413 3.584 4.601 4.829 (-) 0.228 (-)4.7


2500 m,NNW

2500 m,NNW

4000 m,W

SO2 GLC, µg/m3 31.97 34.17 19.76 12.21 14.41 (-) 2.2 (-)15.3


1500 M,NW

5000 M,SW

4000 m,W

NO2 GLC, µg/m3 16.11 15.49 8.252 7.858 7.238 (+) 0.62 (+)8.6


2500 m,NNW

2500 m,NNW

1500 m,NNW

Note : Above value have been arrived at after detailed modelling.

Simulation model for prediction of ground level concentrations due tofugitive emissions from storage areas

Since the fugitive dust is a function of the area of the stack yard and thestandard international emission rates adopted per unit area, and since thereis no change in the area of the stock yards, therefore, there is no change inthe inputs or outputs of the FDM due to enhancement of capacity.

For estimating the increase in the air pollutants due to raw material stockyard, fuel stock yard (coal) and fly ash storage area, FDM model is beingused. Fugitive Dust Model (FDM), which is a computerized air quality modelspecifically designed for computing concentration and deposition impactsfrom fugitive dust sources. The sources may be point, line or area sources.The model has not been designed to compute the impacts of buoyant pointsources, thus it contains no plume rise algorithm.

The model is generally based on the well known Gaussian Plumeformulation for computing concentrations, but the model had beenspecifically adapted to incorporate an improved gradient transfer depositionalgorithm. Emissions for each source are apportioned by the user into a

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series of particle size classes. A gravitational setting velocity and adeposition velocity are calculated by FDM for each class. Concentration anddeposition are computed at all user selectable receptor location.

Table 4 given the top ten values for particulate matter as a result ofemissions from raw material stock yard, fuel stock yard and fly ash / Solidwaste storage area at full capacity operation of 0.97 MTPA which will comeup due to expansion. The impact of the fugitive emissions from the stackyard on the ambient air quality monitoring stations is given in Table 7 andthe highest concentrations are given in Table 6 .

TABLE 6TOP TEN PREDICTED VALUES OF GLC OF AIR POLLUTANTS DUE TO

FUGITIVE EMISSIONS FROM PROPOSED STORAGE AREAS(AT FULL CAPACITY OF 0.97 MTPA)

Rank Receptor Co-ordinates PM 10 PM2.5

X Y GLC(µg/m 3)

Deposition(µg/m2-s)

GLC(µg/m3)

Deposition(µg/m 2-s)

1 66 10830.5 10141.8 0.0161 0.0003 0.0088 0.0002

2 69 10952.9 10213.5 0.0124 0.0002 0.0068 0.0001

3 54 10051.0 10506.0 0.0104 0.0002 0.0057 0.0001

4 70 10952.4 10299.2 0.0064 0.0001 0.0035 0.0001

5 68 10944.4 10123.4 0.0058 0.0001 0.0032 0.0001

6 53 10100.7 10592.7 0.0054 0.0001 0.0030 0.0001

7 7 11175.8 10947.0 0.0040 0.0001 0.0022 0.0000

8 41 10273.2 11191.1 0.0038 0.0001 0.0021 0.0000

9 6 11107.1 10899.4 0.0036 0.0001 0.0020 0.0000

10 67 10881.5 10079.4 0.0036 0.0001 0.0020 0.0000

TABLE 724 HOUR AVERAGES INCREMENTAL GLC AT AIR QUALITY

STATIONSRank Receptor Co-ordinates PM 10 PM2.5

No. Name X Y GLC(µg/m 3)

Deposition(µg/m 2-s)

GLC(µg/m 3)

Deposition(µg/m2-s)

1 BA-1 Kashira 13668.3 10772.9 0.0001 0.0000 0.0000 0.0000

2 BA-2 Alaghat 19759.1 11140.5 0.0000 0.0000 0.0000 0.0000

3 BA-3 Kamanda 9660.8 11230.8 0.0003 0.0000 0.0002 0.0000

4 BA-4 Kola 8887.1 9430.0 0.0001 0.0000 0.0001 0.0000

5 BA-5 Rengalaberha 14044.4 14128.2 0.0000 0.0000 0.0000 0.0000

6 BA-6 Balajuri 10063.9 6805.8 0.0000 0.0000 0.0000 0.0000

7 BA-7 Koira 12902.1 8355.9 0.0001 0.0000 0.0000 0.0000

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Resultant GLC

To predict the likely impact of steel plant on ambient air environment theGLC have been superimposed on the latest monitored ambient air qualitydata and being submitted to MoEF&CC as part of EC compliance report andgiven in Table 8.

TABLE 8IMPACT ON AIR QUALITY (FIGURES ARE IN µµµµg/m 3)

Sl.

No.

Criteria

Pollutants

Baseline

concentration

(Refere Table 2)

Incremental

Concentration

due to stacks

(Refer Table 5)

Incremental

Concentration

due to fugitiveemission

(Refer Table 6)

Total GLC Distance

GLC, km

Prescribed

Standard

1 PM10 78.3 8.007 0.0161 86.3231 2.5 100

2 PM2.5 41.4 4.601 0.0088 46.0098 2.5 60

3 SO2 6.8 12.21 - 19.01 1.5 80

4 NO2 20.4 7.858 - 28.258 2.5 80

A perusal of above table shows that the pollutant concentration in ambientair will remain well within the permissible limit.

4.2 Mitigation Measures

The likely impacts on air quality during the construction phase arecomparatively low. It requires preventive maintenance of all trucks,earthmovers and construction equipment, spraying of water on disturbedareas, water spraying during loading and unloading operations andtransportation to be carried out in covered trucks.

However, during operation phase, the various operations would dischargehuge quantities of particulates and gaseous pollutants, which must becontrolled before discharge into atmosphere. Following mitigation measuresare underway and shall be continued.

a) Construction phase

Major sources of air pollution are dust and fumes from constructionoperation and equipment, welding fumes, and radiation during non-destructive testing of weld joints. Water spraying on material to be handledbefore beginning work and spraying on unpaved surfaces twice a day willimprove the working conditions and minimize dust pollution. The designatedareas for roads and parking spaces shall be black topped at the earliest.Transport vehicles shall be maintained leak proof to avoid spillage of rubbleand soil. Welding operations shall be carried out within cordoned areas.

As per AP-42 of US EPA, the recommended measures for various activitiesduring construction phase are summarised in Table 9 .

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TABLE 9RECOMMENDED MEASURES FOR CONTROL OF FUGITIVE

EMISSIONS DURING CONSTRUCTION

Emission Source Recommended Control Method(s)

Debris handling Wind speed reduction, Wet suppression#

Truck transport## Wet suppression, PavingChemical stabilization^

Bulldozers Wet suppression^^

Pan scrapers Wet suppression of travel routes

Cut/fill material handling Wind speed reduction, Wet suppression

Cut/fill haulage Wet suppression, PavingChemical stabilization

General construction Wind speed reduction, Wet suppression

Early paving of permanent roads# Dust control plans should contain precautions against watering programs

that confound track out problems.

## Loads could be covered to avoid loss of material in transport, especially ifmaterial is transported offsite.

^ Chemical stabilization usually cost-effective for relatively long-term orsemi-permanent unpaved roads.

^^ Excavated materials may already be moist and not require additionalwetting. Furthermore, most soils are associated with an" optimummoisture" for compaction.

b) During operation phase

The air quality prediction exercise done in the previous section indicatesmaximum increase in ground level concentration of PM10, PM2.5 SO2 andNO2 when superimposed over the existing ground level concentrations, willresult in concentrations within the required standards. This has beenachieved by adopting following control measures:

Use of After Burning Chamber in the DRI units for combustion of CO.

Use of high efficiency electrostatic precipitators in case of DRI kilns tolimit SPM level below 50 mg/Nm3.

Keeping appropriate stack height as per CPCB norms.

Dust extraction system with bag filters shall be provided at differentplaces, such as kiln inlet area, crushing unit, cooling out let area tosuppress SPM level below 50 mg/Nm3.

Dust and fume extraction systems will incorporated in the blastfurnaces and the induction furnaces for control of dust and fumes.

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High efficiency ESP is there for the existing phase and shall beinstalled for the expansion phase for the FBC boiler to control PMemissions below 50 mg/Nm3.

Fugitive dust due to handling of coal and iron ore and other rawmaterials etc. will be controlled by sprinkling /dust extraction system.

Waste heat recovery boiler to utilize waste heat for generation ofsteam.

Leakage from the equipment, ducts and transfer points shall beregularly checked and stopped.

Development of green belt will help to check air pollution

All fugitive emissions will be minimized.

Regular monitoring and awareness among workers will help incontrolling air pollution

Fugitive emissions control

Control and mitigation measures for abatement of fugitive dust emissionsare as follows:

1. Dust extraction systems, with bag filters have been provisioned at alltransfer points and crushing/ grinding operations. Dust laden air isdrawn through ID Fans, and passed through bag filters to bring downthe dust content below 50 mg/Nm3. The clean air is discharged intothe atmosphere.

2. Raw materials and finished product are stored in covered sheds.

3. Water sprinkling is done regularly over all open storage dumps of solidwastes and raw materials.

4. In order to prevent the spread of fugitive dust, green belt of adequatewidth will be there all along the plant boundary.

The air quality management measures remain same as proposed in theearlier EIA for EC dt. 06.11.2017, addendum EIA dated 08.03.2019 and ECdated 19.07.2019 except blast furnace which is proposed to now use drygas cleaning technology instead of the earlier proposed wet gas cleaningplant, to eliminate the use of water. The air pollution control measures aresummarised in Table 10.

TABLE 10SUMMARY OF AIR POLLUTION CONTROL SYSTEMS

Sl.No.

Name of Unit Air Pollution ControlDevice

% Efficiency(approx)

1. Sponge Iron Plant ESP 99.95

2. DRI Dedusting ESP / Bag House 99.90

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Sl.No.

Name of Unit Air Pollution ControlDevice

% Efficiency(approx)

3. Sinter Plant Dedusting ESP 99.95

4. Sinter Machine ESP 99.98

5. Blast Furnace Multicyclone & dry gascleaning plant

85% & 95%

6. BF Stock House Bag Filters 99.6

7. SMS (EAF) FES and Bag Filters Captureefficiency – 96

8. SMS Plant Dedusting Bag Filters 99

9. SMS (IF) FES and Bag Filter Captureefficiency -95

10. SMS (IF) Dedusting Bag filter 99

11. Rolling Mill None --

12. Coke Oven Lime Scrubber 90

13. Power Plant(FBC Boiler)

ESP 99.98

14. Pelletisation plant ESP, Bag filter 99.95, 99.5

15. Ferro alloys plant FES and Bag Filters Captureefficiency – 95

16. Washery Bag filter 99.5Abbreviation: Fume extraction system; ESP- electrostatic precipitator

5.0 LAND ENVIRONMENT

There will be no change in the total project area, the impact on it ormanagement of land use as given in the EIA submitted for EC dated06.11.2017, addendum EIA dated 08.03.2019 and EC dated 19.07.2019.

Soil quality: The impact on the soil and its management remain same asgiven in the EIA submitted for EC dated 06.11.2017, addendum EIA dated08.03.2019 and EC dated 19.07.2019. No additional measures will berequired.

6.0 WATER ENVIRONMENT

6.1 Water consumption

Total fresh water requirement of the entire 0.97 MTPA complex, underenvisaged operating conditions, is estimated to reduce to 1463 from thesanctioned 2448.81 m3/hr. Water shall be continued to be sourced fromKaro river and additional proposed source is from Karo and Kurarhi riverboth. The water consumption break up has been given in Table 30 of theuploaded Pre-Feasibility report. The reasons for reduction in waterconsumption are several as follows:

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In DRI, the cooling system (diameter & length of rotary cooler)remains unchanged and throughput decreases, therefore, there isslight reduction in specific water consumption. The fresh water makeup water requirement decreases because waste water (blow down)of WCC of power plant is being used as a make up water

With the commissioning of rolling mill, hot charging of billets is takingplace, thus, reducing the water requirement for cooling hot billets(1100°C) to 500°C for handling with electromagnet

In case of blast furnace closed water circulation system has beenchosen over open water cooling system and dry gas cleaningtechnology will be opted for instead of wet gas cleaning plant

In sinter plant also closed water circulation system has been chosenover open water cooling system

In case of rolling mills, since water required for cooling of rollsremains constant as production increases, hence specificconsumption is reduced.

In case of power plant, use of Air Cooled Condenser has resulted indecrease in make up water even below the standard.

Reuse of waste water has reduced water requirement for utilities.

6.2 Waste water generation from various sources

The waste water generation will decrease from 328 to 142 cum/hr, i.e. by186 cum/hr. Details of effluent generation from each plant is given in Table11.

TABLE 11WASTE WATER GENERATION FROM VARIOUS SOURCES FOR

ENTIRE PLANT (0.90 MTPA AND 0.97 MTPA)Sl.No.

Waste watergeneration Unit

0.90MTPA

0.97MTPA

Difference

%Change

Reused Remarks

1. Benefication plant 36 36 - - 100% Reused in beneficiationplant

2. Coal Washery 18 18 - - 100% Reused in Coal washery3. Pellet Plant 27 27 - - 100% Into Common

Monitoring basin andthereafter utilised for• Ash quenching• fly ash brick making• Horticulture• Dust suppression

4. Mini Blast Furnace 147 21 -126 (-)85.71 100%5. Sinter Plant 21 1 -20 (-)94.38 100%6. SMS (I.F.-CCM) 3 2 -1 (-)36.67 100%7. TMT/Flat/ Round/

Wire/ Rod/ Strl Mill14 15 1 (+)7.14 100%

8. Power Plant 22 12 -10 (-)45.45 100%9. Drinking Water and

Sanitary40 10 -30 (-)75 100% Horticulture

Total 328 142 -186 (-)56.68 100% 100% reused

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No waste water is anticipated from DRI plant, coke oven plant and ferroalloys plant as all the water consumption losses will be in form ofevaporation.

The waste water sources will remain same and its management will alsoremain same as given in the EIA submitted for EC dated 06.11.2017,addendum EIA dated 08.03.2019 and EC dated 19.07.2019. The additionalmeasures required will be enhancement of common monitoring basincapacity to cater to the increase of 10 KLH. Entire waste water will bereused.

6.3 Waste water sources and treatment

Waste water generation from the operation phases will be on account of thefollowing activities which are described along with the treatment option:

1. The prevention and control of water pollution aims at conserving themake-up water by recycling the waste water. However, occasionallysmall quantities of effluents have to be discharged to prevent build upof excess dissolved solids. Industrial wastewater comprising blowdowns from cooling towers and boilers, DM unit regenerationwastewater, wastewater from water pre-treatment, effluent from servicewater uses like plant washings, leakages, etc. and effluents from SMS,rolling mill, ferro pellet plant & sinter unit contain high TDS & SS andwill be collected in a “common monitoring basin (CMB)” sump andutilized for dust suppression, ash handling, fly ash brick making andhorticulture.

2. DM Plant- In the chemical water treatment plant, acidic and alkalineeffluents are generated during the generation of cation /anion and themixed bed exchangers. The effluents from the chemical watertreatment plant will be led to a properly sized impervious, neutralizationpit. Normally these effluents are self-neutralizing. But, provision will bemade for dosing lime into the neutralizing pit to ensure the sufficientlyhigh pH value before these effluents are reused.

3. Run off (during rainfall days and monsoon) from coal and iron orehandling areas and run off from solid waste storage & handling areas.will be routed through catch pits of sufficient volume to settle outsuspended solids present in the storm water runoff.

4. Washery waste water will be recycled in its five stage treatmentsystem and 100% reuse achieved by recirculating the treated waterback to the washery.

The media water after being used for washery operations will bescreened through a five stage clarification process and all thesuspended particulate matter would be squeezed and the clear water isrecycled back to the process. The five stage clarification can beschematically depicted in Fig 1.

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FIG 1: PROPOSED FIVE STAGES OF CLARIFICATION IN WASHERY

5. In the iron ore beneficiation plant , the waste water will be sent to thetemporary tailing pond wherefrom the overflow will be recirculated backto the iron ore beneficiation plant. 100% reuse is anticipated.

6. Sewage from buildings - Sewage from the toilets, washrooms andcanteen are currently treated in septic tank system but with increasingmanpower, it is proposed to install a sewage treatment plant and aftertreatment use treated waste water in horticulture.

The plant sanitary sewage from ablution blocks etc will be segregatedfrom industrial waste and routed to the sewage treatment plant (STP)through sewer network. The STP shall constitute of Bar screens, Oiland grease Trap, Equalization tank, Aeration tank, Clarifier tank, Filterfeed tank, Pressure sand Filter, Tertiary Treatment and treated effluentwater tank. The schematic diagram of the sewage treatment plant isgiven in Fig 2.

FIG 2: SCHEMATIC DIAGRAM OF SEWAGE TREATMENT PLANT

HIGHFREQUENCY

SIEVE

BARREL CYCLONE

THICKENERCLARIFIERS BELTPRESS

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During the monsoon requirement of water for dust suppression andgreen belt irrigation will be drastically reduced. Hence excess treatedwaste water will have to be discharged. The water quality will be wellwithin the stipulated norms. Thus, on the whole the impact on quantityand quality of water is manageable.

7. Workshop: Oil & grease during repair and maintenance of machineryand vehicles will get spilled for which the water collected in theworkshop will be passed through oil-water separator (OWS) to removeoil & grease. The water from plant washing or maintenance work willalso be passed through OWS to collect oil & grease, which will bestored in a separate container and disposed to authorized recyclingvendor.

6.4 Rain water harvesting

Rain water harvesting scheme is being implemented in the existing plant.Rain water harvesting structure of size 148 m x 3.5 m x 47 m and 26 m x 10m x 2.8 m have been constructed and a settling pit of size 37 x 13.2.5 mhas been constructed in NE direction of the plant to collect rain water of theentire catchment of the plant. The photographs of the existing structures areas follows:

Rain water harvesting is planned for 100% plot area. It is proposed tocollect the rain water in the surface water reservoir. The water that shall getcollected in the surface water reservoir is calculated as follows:

Description Area(sq.m)

Coefficient Rainfall(mm/hr)

Water Available forHarvesting (m 3)

Plants & facilities 608607 0.8 25 12172

Stock yards 93199 0.8 25 1864

Area for solid wastetreatment and disposal

209627 0.8 25 4193

Green belt & plantation 509783 0.3 25 3823

Administration building 8013 0.9 25 180

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Description Area(sq.m)

Coefficient Rainfall(mm/hr)

Water Available forHarvesting (m 3)

Water reservoir 38040 1 25 951

Roads 77578 0.8 25 1552

Total 1544847 24735

Rain Water Harvesting Structure Size 148m x 47m x 3.5mand

26m x 10m x 2.8m

Volume of Rain water harvesting structure 25074m3

The surface run off water shall be passing through settling chambers beforereaching the reservoir to reduce suspended particulate load. The typicalsettlement system utilised prior to reservoir is shown in Fig 3.

FIG 3: RAIN WATER OIL TRAP AND DESILTING CHAMBER PRIOR TORESERVOIR

7.0 SOLID WASTE GENERATION AND MANAGEMENT

There will be change in the solid waste quantities due to enhancement ofcapacity which are given in Table 12 along with the management measures.

TABLE 12SOLID WASTE GENERATION (TPA) AFTER EXPANSION

Solid waste As per EC for0.90 MTPA

Additional Total for0.97 MTPA

%Change

Management measure

BeneficiationTailing

500000 0 500000 0 Collected in small tailingpond, dewatered and dredgedfor 100% reutilisation as sandsubstitute in infrastructure/fine concrete aggregate/cement manufacture

Pellet plantdust

3,40,362 -2,48,916 91,446 (-)73.13 100% reutilised in mixingbuilding of pellet plant

DRI-Char 2,28,690 8,550 2,37,240 (+)3.74 100% Utilised in CPP

DRI-ESP 63,525 3,633 67,158 (+)5.72 100% reutilised in pellet plant

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Solid waste As per EC for0.90 MTPA

Additional Total for0.97 MTPA

%Change

Management measure

dust or sinter plant

DRI-KilnAccretion

6,353 404 6,756 (+)6.35 100% Stored in in land filltemporarily till reused in roadsub-based

SMS-Slag 36,446 -2,435 34,011 (-)6.68 100% Given for metalrecovery, converted toaggregates and used in roadmaking

RM-Reject 14,531 1,138 15,669 (+)7.83 100% Reused in SMS

RM-Mill Scale 38,802 2,964 41,766 (+)7.64 100% Saleable, useable inpellet making & sinter plant

CPP- Ash 3,01,058 0 3,01,058 - 100% reused as per MOEFNotification 2009. Used incement making, brick making,block making, aggregatemaking, and road making.

BF- slag 1,86,009 0 1,86,009 - 100% Granulated & sold forcement making

BF- Dust 37,730 0 37,730 - 100% reused in sinter plant

Sinter returnfines

29,400 0 29,400 - 100% reused in sinter plant

Coke oven-BF dust


Ferro alloy -Slag

64,821 0 64,821 - 100% Re-used in sintermaking within plant, grinding& road filling/ landfilling,sellable

Ferro Alloy -Fines


Total 18,64,890 -2,34,663 16,30,227 (-)12.58

It can be seen that the solid waste generation is reducing overall. The out ofplant movement of solid waste reduces due to reduction in SMS slag andincreases due to unutilised portion of RM-mill scale only, which will broadlybalance each other. Thus, solid waste movement outside plant will havenegligible impact on traffic volume.

The management of construction waste and other wastes, details ofdumping area and fly ash management scheme shall remain same as perthe proposal given in the EIA submitted for EC dated 06.11.2017,addendum EIA dated 08.03.2019 and EC dated 19.07.2019.

8.0 NOISE

The noise sources will remain same and their impact as well asmanagement will also remain same as given in the EIA submitted for ECdated 06.11.2017, addendum EIA dated 08.03.2019 and EC dated

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19.07.2019. It can be seen that the present noise levels are within the limits.The noise levels were monitored in the month of March 2020 by M/s MitraS.K. Private Limited and is given in Table 13.

TABLE 13NOISE LEVEL

Sl.No.

Sampling location Date Results

Day time inLeq dB(A)

Night time inLeq dB(A)

1. Weigh Bridge area 04-05/03/20 49.2 43.7

2. Iron ore Crusher area (RMHS) 04-05/03/20 51.2 43.4

3. Coal crusher area RMHS 04-05/03/20 52.7 44.3

4. ESP area 05-06/03/20 50.8 42.8

5. Kiln & cooler area 05-06/03/20 51.1 44.2

6. Steel melting shop 05-06/03/20 59.6 48.9

7. DRI(N-W) 05-06/03/20 52.5 42.4

8. IG area 05-06/03/20 56.3 41.3Source: Report No BBL/Env/1821 dated 31.03.2020

9.0 TRANSPORTATION

The transportation routes will remain same and the management of trafficwill also remain same as given in the EIA submitted for EC dated06.11.2017, addendum EIA dated 08.03.2019 and EC dated 19.07.2019.However, there will be increase in the number of trucks w.r.t. enhancementfrom 0.90 to 0.97 MTPA. There will be increase of 174 nos. of truck (to andfro) due to increase in raw material and 112 nos. of trucks (to and fro) fortransportation of products. This works out to approximately 12 trucks perhour or increase by 1 truck every 5 minutes.

No alternate method of raw material transportation has been studied asmaximum possible material is already moving and will move through roadsand railways, as already optimised.

The local infrastructure of the area such as road network is adequate tohandle the additional traffic and no additional infrastructure needs to beconstructed.

10.0 ECOLOGY

There will be no additional impact and or change or management of ecologyas given in the EIA submitted for EC dated 06.11.2017, addendum EIAdated 08.03.2019 and EC dated 19.07.2019. The recommendations of thewildlife conservation plan are being followed. The green area details are asfollows:

i. Total Green area : 50.98 ha

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ii. Number of trees : 127450iii. Species : Neem, Mango, Sal, Sins, Jamun,

Champa, Sagwan, Mahua, Peepaliv. Width of Green belt : 10 m

11.0 SOCIO-ECONOMICS

There will be an increase in number of manpower by 100 when theexpansion will occur from 0.9 to 0.97 MTPA. The unskilled and semi-skilledmanpower will be sources locally, to the extent possible. The socio-economic improvement measures such as corporate social responsibility,corporate environment responsibility and other commitments to the villagerswill be fulfilled as per the EIA submitted for EC dated 06.11.2017,addendum EIA dated 08.03.2019 and EC dated 19.07.2019.

The increase in Corporate Environment Responsibility is given below. Theexpenditure on CER will be commensurate with the actual investment in theproject and in the same time period as the project investment.

Item As per EC dt.11.09.2019

ProposedIncrease

Total % change

Cost of theproject, Rs Cr

2825.68 120 2945.68 (+) 4.25

CER, Rs. Cr. 70.59 1.2 71.79 (+) 1.70

Break up of additional CER cost will be as follows:

Expenditure head, Rs. lakhs As per EC Proposed Total

1. Peripheral Development Activities 1810 1810

2. Drinking Water 889 889

3. ITI 1000 1000

4. Education 10 10

5. Health Care 700 120 820

6. Construction of Road 1750 1750

12.0 OCCUPATIONAL HEALTH AND SAFETY

The “Code of practice on safety and health in the iron and steel industry”has been published by International Labour Organisation, Geneva in 2005.It is proposed to comply to the code to ensure safety and health of theworkers in the plant. Occupational health and safety management shall besame as per the EIA submitted for EC dated 06.11.2017, addendum EIAdated 08.03.2019 and EC dated 19.07.2019.

ENCLOSURE-A TO ATTACHMENT-11 CONTD.

Modelling for 0.97 MTPA ISP for existing (0.277 MTPA) units and proposed units

ISCST3Model for 0.97MTPAof Kamanda Steel Plant of RML, Odisha 1

CO STARTING

TITLEONE ENHANCEMENT OFKAMANDA STEEL

PLANT (0.97MTPA) OF RML

TITLETWOPM10 EMISSIONS FROMALL STACKS

MODELOPTDFAULT CONC RURAL

AVERTIME 24 PERIOD

POLLUTID PM10

RUNORNOT RUN

TERRHGTS ELEV

CO FINISHED

SO STARTING

SO LOCATIONS-1 POINT 316133 2425105 562














































SO LOCATION S-49 POINT 316348 2425867 562




** Point Source QS HS TS VSDS

** Parameters: ---- ---- ---- ---- ---

SO SRCPARAM S-1 2.259826 60 167 15.466 4

SO SRCPARAM S-2 0.338542 30 100 13.967 1.5

SO SRCPARAM S-3 0.169271 30 100 13.967 1.5

SO SRCPARAM S-4 4.787776 87.2 167 20.971 5

SO SRCPARAM S-5 0.338542 30 100 13.967 1.5

SO SRCPARAM S-6 0.169271 30 100 13.967 1.5

SO SRCPARAM S-7 0.09375 35 50 6.519 1.7

SO SRCPARAM S-8 0.169461 42 100 10.491 2.1

SO SRCPARAM S-9 0.169461 42 100 10.491 2.1

SO SRCPARAM S-10 0.169461 42 100 10.491 2.1

SO SRCPARAM S-11 0.667632 75 167 5.395 4.4

SO SRCPARAM S-12 0.65625 75 167 5.07 4.5

SO SRCPARAM S-13 0.855982 75 167 6.612 4.5

SO SRCPARAM S-14 0.860417 80 167 6.647 4.5

SO SRCPARAM S-15 0.096875 18.5 50 19.143 0.81

SO SRCPARAM S-16 0.096875 18.5 50 19.143 0.81

SO SRCPARAM S-17 0.096875 18.5 50 19.143 0.81

SO SRCPARAM S-18 0.10625 16.5 50 34.889 0.6

SO SRCPARAM S-19 0.10625 18 50 19.143 0.81

SO SRCPARAM S-20 0.4375 18.2 50 37.989 1.15

SO SRCPARAM S-21 0.028802 15.2 50 10.934 0.55

SO SRCPARAM S-22 0.028802 15.2 50 10.934 0.55

SO SRCPARAM S-23 0.028802 15.2 50 10.934 0.55

SO SRCPARAM S-24 0.129167 25 50 10.718 1.25

SO SRCPARAM S-25 0.557083 30 50 40.942 1.25

SO SRCPARAM S-26 0.284375 30 50 20.9 1.25

SO SRCPARAM S-27 0.28125 35 50 16.747 1.5

SO SRCPARAM S-28 0.203125 30 100 13.967 1.5

SO SRCPARAM S-29 0.1875 35 50 13.038 1.7

SO SRCPARAM S-30 0.28125 35 50 16.747 1.5

SO SRCPARAM S-31 0.203125 30 100 13.967 1.5

SO SRCPARAM S-32 0.1875 35 50 13.038 1.7

SO SRCPARAM S-33 0.320919 35 50 19.109 1.5

SO SRCPARAM S-34 0.320919 30 100 22.067 1.5

SO SRCPARAM S-35 0.229263 35 50 15.942 1.7

SO SRCPARAM S-36 3.14537 55 150 16.222 5.4

SO SRCPARAM S-37 0.166635 35 150 17.3 1.3

SO SRCPARAM S-38 0.206627 35 150 21.451 1.3

SO SRCPARAM S-39 0.150182 50 220 16.379 1.5

SO SRCPARAM S-40 0.176042 30 100 15.446 2.3

SO SRCPARAM S-41 0.139583 30 100 12.247 2.3

SO SRCPARAM S-42 0.165625 30 100 14.532 2.3

SO SRCPARAM S-43 0.165625 30 100 14.532 2.3

SO SRCPARAM S-44 0.165625 30 100 14.532 2.3

SO SRCPARAM S-45 0.1375 30 100 12.064 2.3

SO SRCPARAM S-48 0.362078 60 365 10.646 3

SO SRCPARAM S-49 0.029923 40 140 18.199 1.3

SO SRCPARAM S-50 0.014962 40 140 9.099 1.3

SO SRCPARAM S-51 0.913448 75 150 21.805 2.1

SO SRCPARAM S-52 1.181869 110 150 16 3.6




SO SRCGROUP ALL

SO FINISHED

RE STARTING

** ELEVUNIT METERS, zone 45Q

GRIDPOLR POL1 STA

GRIDPOLR POL1 ORIG 316325 2425646

GRIDPOLR POL1 DIST 1500 2000 2500 3000 3500

4000 5000 7000 10000

GRIDPOLR POL1 GDIR 16 0 22.5

ELEV 1 506 502 532 545 570 557 512 578 499

ELEV 2 474 487 482 503 512 562 574 563 530

ELEV 3 474 468 496 471 467 463 477 498 456

ELEV 4 476 478 492 499 502 520 560 507 539

ELEV 5 525 522 508 485 495 516 521 561 519

ELEV 6 503 522 509 519 510 495 510 541 539

ELEV 7 484 486 497 506 487 496 508 546 585

ELEV 8 483 488 533 499 490 501 552 580 597

ELEV 9 479 495 498 502 493 499 508 559 580

ELEV 10 479 482 488 485 485 489 494 526 562

ELEV 11 496 489 490 501 500 514 598 600 562

ELEV 12 490 491 502 511 524 554 585 580 581

ELEV 13 494 502 527 545 576 580 552 453 309

ELEV 14 521 539 540 542 562 529 585 445 342

ELEV 15 494 514 543 572 519 553 565 469 423

ELEV 16 519 533 565 563 531 506 503 452 446

GRIDPOLR POL1 END

** AT 500

DISCCART 316289 2426986 507

DISCCART 316731 2426781 458

DISCCART 317152 2426588 472

DISCCART 317520 2426230 473

DISCCART 317442 2425688 484

DISCCART 317220 2425281 475

DISCCART 317081 2424884 474

DISCCART 316858 2424366 482

DISCCART 316370 2424150 479

DISCCART 315855 2424333 479

DISCCART 315414 2424615 493

DISCCART 315265 2425137 487

DISCCART 315405 2425623 492

DISCCART 315472 2425999 469

DISCCART 315488 2426497 481

DISCCART 315833 2426836 513

** AT AAQ

DISCCART 316358 2425833 476

DISCCART 319020 2425482 514

DISCCART 324523 2426018 589

DISCCART 315387 2425811 479

DISCCART 314736 2424047 518

DISCCART 319274 2428745 492

DISCCART 315864 2421542 528

DISCCART 318394 2423119 520

RE FINISHED

ME STARTING

INPUTFIL ORI\KSP\APR2020\ENH\UTM\KSP.MET

ANEMHGHT 5.0

SURFDATA 99999 2016 XXX

UAIRDATA 99999 2016 XXX

WDROTATE 180

ME FINISHED

OU STARTING

OU RECTABLE 24 FIRST

OU MAXTABLE 24 50

OU PLOTFILE 24 ALL FIRST

ORI\KSP\APR2020\ENH\UTM\KSPPM10.PLT

OU FINISHED

***********************************

*** SETUP Finishes Successfully ***

***********************************

***POINT SOURCE DATA ***NO. EMISSION RATE BASE STACK STACK STACK STACK BUILDING

SOURCE PART. (GRAMS/SEC) X Y ELEV. HEIGHT TEMP. EXIT VEL. DIA. EXISTS

ID CATS. PM10 PM2.5 SO2 NO2 (M) (M) (M) (M) (°K) (M/SEC) (M)

S-1 0 2.259826 1.2994 1.920714 0.002015 316133 2425105 562 60 167 15.47 4 NO

S-2 0 0.338542 0.194661 316163 2425027 561 30 100 13.97 1.5 NO

S-3 0 0.169271 0.097331 316040 2425106 562 30 100 13.97 1.5 NO

S-4 0 4.787776 2.752971 6.40238 0.006716 316317 2424893 560 87.2 167 20.97 5 NO

S-5 0 0.338542 0.194661 316420 2424914 560 30 100 13.97 1.5 NO

S-6 0 0.169271 0.097331 316286 2424970 559 30 100 13.97 1.5 NO

S-7 0 0.09375 0.053906 316047 2425682 564 35 50 6.52 1.7 NO

S-8 0 0.169461 0.09744 4.047917 0.015149 316207 2426123 573 42 100 10.49 2.1 NO

S-9 0 0.169461 0.09744 4.047917 0.015149 316166 2426146 574 42 100 10.49 2.1 NO

S-10 0 0.169461 0.09744 4.047917 0.015149 316104 2426191 572 42 100 10.49 2.1 NO

S-11 0 0.667632 0.383888 6.351042 0.023768 316351 2426055 567 75 167 5.4 4.4 NO




NO. EMISSION RATE BASE STACK STACK STACK STACK BUILDING



S-12 0 0.65625 0.377344 11.60514 0.043431 316006 2425760 567 75 167 5.07 4.5 NO

S-13 0 0.855982 0.49219 6.560417 0.024551 316382 2426044 565 75 167 6.61 4.5 NO

S-14 0 0.860417 0.49474 16.34526 0.06117 316058 2425737 565 80 167 6.65 4.5 NO

S-15 0 0.096875 0.055703 316157 2426290 571 18.5 50 19.14 0.81 NO

S-16 0 0.096875 0.055703 316270 2426222 571 18.5 50 19.14 0.81 NO

S-17 0 0.096875 0.055703 316239 2426244 572 18.5 50 19.14 0.81 NO

S-18 0 0.10625 0.061094 316209 2426356 572 16.5 50 34.89 0.6 NO

S-19 0 0.10625 0.061094 316250 2426322 571 18 50 19.14 0.81 NO

S-20 0 0.4375 0.251563 316190 2426433 575 18.2 50 37.99 1.15 NO

S-21 0 0.028802 0.016561 316208 2426189 573 15.2 50 10.93 0.55 NO

S-22 0 0.028802 0.016561 316187 2426212 573 15.2 50 10.93 0.55 NO

S-23 0 0.028802 0.016561 316167 2426223 573 15.2 50 10.93 0.55 NO

S-24 0 0.129167 0.074271 316506 2426109 563 25 50 10.72 1.25 NO

S-25 0 0.557083 0.320323 316609 2426063 561 30 50 40.94 1.25 NO

S-26 0 0.284375 0.163516 316559 2426208 564 30 50 20.9 1.25 NO

S-27 0 0.28125 0.161719 316031 2426070 569 35 50 16.75 1.5 NO

S-28 0 0.203125 0.116797 316071 2425959 567 30 100 13.97 1.5 NO

S-29 0 0.1875 0.107813 316102 2425991 567 35 50 13.04 1.7 NO

S-30 0 0.28125 0.161719 316071 2426036 569 35 50 16.75 1.5 NO

S-31 0 0.203125 0.116797 316122 2425936 566 30 100 13.97 1.5 NO

S-32 0 0.1875 0.107813 316143 2425969 567 35 50 13.04 1.7 NO

S-33 0 0.320919 0.184528 316175 2426024 569 35 50 19.11 1.5 NO

S-34 0 0.320919 0.184528 316194 2425935 566 30 100 22.07 1.5 NO

S-35 0 0.229263 0.131826 316172 2425836 565 35 50 15.94 1.7 NO

S-36 0 3.14537 1.808588 3.276042 0.012438 316217 2425193 563 55 150 16.22 5.4 NO

S-37 0 0.166635 0.095815 2.962396 2.221797 316128 2425559 565 35 150 17.3 1.3 NO

S-38 0 0.206627 0.118811 3.673371 2.755028 316220 2425481 562 35 150 21.45 1.3 NO

S-39 0 0.150182 0.086355 0.447407 0.361236 316416 2425434 558 50 220 16.38 1.5 NO

S-40 0 0.176042 0.101224 316730 2425818 558 30 100 15.45 2.3 NO

S-41 0 0.139583 0.08026 316710 2425829 558 30 100 12.25 2.3 NO

S-42 0 0.165625 0.095234 316689 2425841 558 30 100 14.53 2.3 NO

S-43 0 0.165625 0.095234 316679 2425852 559 30 100 14.53 2.3 NO

S-44 0 0.165625 0.095234 316582 2425476 556 30 100 14.53 2.3 NO

S-45 0 0.1375 0.079063 316561 2425488 557 30 100 12.06 2.3 NO

S-48 0 0.362078 0.208195 11.26856 4.175662 316480 2425633 560 60 365 10.65 3 NO

S-49 0 0.029923 0.017206 2.67 316348 2425867 562 40 140 18.2 1.3 NO

S-50 0 0.014962 0.008603 1.33 316317 2425812 563 40 140 9.1 1.3 NO

S-51 0 0.913448 0.525233 3.091526 14.61517 316300 2426100 569 75 150 21.8 2.1 NO

S-52 0 1.181869 0.679575 10.48431 10.50551 316109 2425692 565 110 150 16 3.6 NO




*** GRIDDED RECEPTOR NETWORK SUMMARY ***

*** NETWORK ID: POL1 ; NETWORK TYPE: GRIDPOLR ****** ORIGIN FOR POLAR NETWORK ***

X-ORIG = 316325.00 ; Y-ORIG = 2425646.00 (METERS)

*** DISTANCE RANGES OF NETWORK ***(METERS)

1500.0, 2000.0, 2500.0, 3000.0, 3500.0, 4000.0, 5000.0, 7000.0, 10000.0,

*** DIRECTION RADIALS OF NETWORK ***(DEGREES)

360.0,22.5,45.0,67.5,90.0, 112.5, 135.0, 157.5, 180.0, 202.5, 225.0, 247.5, 270.0,292.5, 315.0, 337.5,

*** NETWORK ID: POL1 ; NETWORK TYPE: GRIDPOLR **** ELEVATION HEIGHTS IN METERS *

DIRECTION | DISTANCE (METERS)(DEGREES) | 1500.0 2000.0 2500.0 3000.0 3500.0 4000.0 5000.0 7000.0 10000.0

360.00 | 506.00 502.00 532.00 545.00 570.00 557.00 512.00 578.00 499.0022.50 | 474.00 487.00 482.00 503.00 512.00 562.00 574.00 563.00 530.0045.00 | 474.00 468.00 496.00 471.00 467.00 463.00 477.00 498.00 456.0067.50 | 476.00 478.00 492.00 499.00 502.00 520.00 560.00 507.00 539.0090.00 | 525.00 522.00 508.00 485.00 495.00 516.00 521.00 561.00 519.00

112.50 | 503.00 522.00 509.00 519.00 510.00 495.00 510.00 541.00 539.00135.00 | 484.00 486.00 497.00 506.00 487.00 496.00 508.00 546.00 585.00157.50 | 483.00 488.00 533.00 499.00 490.00 501.00 552.00 580.00 597.00180.00 | 479.00 495.00 498.00 502.00 493.00 499.00 508.00 559.00 580.00202.50 | 479.00 482.00 488.00 485.00 485.00 489.00 494.00 526.00 562.00225.00 | 496.00 489.00 490.00 501.00 500.00 514.00 598.00 600.00 562.00247.50 | 490.00 491.00 502.00 511.00 524.00 554.00 585.00 580.00 581.00270.00 | 494.00 502.00 527.00 545.00 576.00 580.00 552.00 453.00 309.00292.50 | 521.00 539.00 540.00 542.00 562.00 529.00 585.00 445.00 342.00315.00 | 494.00 514.00 543.00 572.00 519.00 553.00 565.00 469.00 423.00337.50 | 519.00 533.00 565.00 563.00 531.00 506.00 503.00 452.00 446.00

*** DISCRETE CARTESIAN RECEPTORS ***(X-COORD, Y-COORD, ZELEV, ZFLAG) (METERS)

( 316289.0, 2426986.0, 507.0, .0); ( 316731.0, 2426781.0, 458.0, .0);( 317152.0, 2426588.0, 472.0, .0); ( 317520.0, 2426230.0, 473.0, .0);( 317442.0, 2425688.0, 484.0, .0); ( 317220.0, 2425281.0, 475.0, .0);( 317081.0, 2424884.0, 474.0, .0); ( 316858.0, 2424366.0, 482.0, .0);( 316370.0, 2424150.0, 479.0, .0); ( 315855.0, 2424333.0, 479.0, .0);( 315414.0, 2424615.0, 493.0, .0); ( 315265.0, 2425137.0, 487.0, .0);( 315405.0, 2425623.0, 492.0, .0); ( 315472.0, 2425999.0, 469.0, .0);( 315488.0, 2426497.0, 481.0, .0); ( 315833.0, 2426836.0, 513.0, .0);( 316358.0, 2425833.0, 476.0, .0); ( 319020.0, 2425482.0, 514.0, .0);( 324523.0, 2426018.0, 589.0, .0); ( 315387.0, 2425811.0, 479.0, .0);( 314736.0, 2424047.0, 518.0, .0); ( 319274.0, 2428745.0, 492.0, .0);( 315864.0, 2421542.0, 528.0, .0); ( 318394.0, 2423119.0, 520.0, .0);




*** THE FIRST 24 HOURS OF METEOROLOGICAL DATA ***

FILE: ORI\KSP\APR2020\ENH\UTM\KSP.MET FORMAT: (4I2,2F9.4,F6.1,I2,2F7.1,f9.4,f10.1,f8.4,i4,f7.2)SURFACE STATION NO.: 99999 UPPER AIR STATION NO.: 99999

NAME: XXX NAME: XXXYEAR: 2016 YEAR: 2016

FLOW SPEED TEMP STAB MIXING HEIGHT (M) USTAR M-O LENGTH Z-0 IPCODE PRATEYEAR MONTH DAY HOUR VECTOR (M/S) (K) CLASS RURAL URBAN (M/S) (M) (M) (mm/HR)

- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

16 9 30 24 164.1 .79 293.1 6 450.0 450.0 .0000 .0 .0000 0 .0016 10 1 1 222.3 .86 293.2 6 455.0 455.0 .0000 .0 .0000 0 .0016 10 1 2 326.0 .72 293.7 6 425.0 425.0 .0000 .0 .0000 0 .0016 10 1 3 42.6 .46 292.6 6 400.0 400.0 .0000 .0 .0000 0 .0016 10 1 4 334.4 .33 293.2 6 373.0 373.0 .0000 .0 .0000 0 .0016 10 1 5 185.5 1.94 293.9 6 355.0 355.0 .0000 .0 .0000 0 .0016 10 1 6 264.4 .93 292.2 1 360.0 360.0 .0000 .0 .0000 0 .0016 10 1 7 53.3 .72 293.0 1 60.0 60.0 .0000 .0 .0000 0 .0016 10 1 8 35.1 .73 294.3 1 150.0 150.0 .0000 .0 .0000 0 .0016 10 1 9 350.3 1.48 295.4 1 290.0 290.0 .0000 .0 .0000 0 .0016 10 1 10 10.1 1.81 295.7 1 538.0 538.0 .0000 .0 .0000 0 .0016 10 1 11 88.5 1.61 298.5 1 795.0 795.0 .0000 .0 .0000 0 .0016 10 1 12 315.8 2.24 299.5 2 920.0 920.0 .0000 .0 .0000 0 .0016 10 1 13 190.7 3.40 299.4 2 1125.0 1125.0 .0000 .0 .0000 0 .0016 10 1 14 37.0 .08 300.6 1 1193.0 1193.0 .0000 .0 .0000 0 .0016 10 1 15 206.0 .03 300.1 1 1190.0 1190.0 .0000 .0 .0000 0 .0016 10 1 16 226.7 .13 299.9 1 1105.0 1105.0 .0000 .0 .0000 0 .0016 10 1 17 288.6 .52 300.1 1 785.0 785.0 .0000 .0 .0000 0 .0016 10 1 18 357.0 2.86 305.7 2 560.0 560.0 .0000 .0 .0000 0 .0016 10 1 19 159.1 .69 303.8 1 413.0 413.0 .0000 .0 .0000 0 .0016 10 1 20 229.2 .53 303.0 6 563.0 563.0 .0000 .0 .0000 0 .0016 10 1 21 303.9 .56 301.4 6 500.0 500.0 .0000 .0 .0000 0 .0016 10 1 22 125.3 .63 299.4 6 485.0 485.0 .0000 .0 .0000 0 .0016 10 1 23 63.9 .58 296.6 6 468.0 468.0 .0000 .0 .0000 0 .00

*** NOTES: STABILITY CLASS 1=A, 2=B, 3=C, 4=D, 5=E AND 6=F.FLOW VECTOR IS DIRECTION TOWARD WHICH WIND IS BLOWING.




*** THE 1ST HIGHEST 24-HR AVERAGE CONCENTRATION VALUES FOR SOURCE GROUP: ALL ****** NETWORK ID: POL1 ; NETWORK TYPE: GRIDPOLR ***

** CONC OF PM10 IN MICROGRAMS/M**3 **

DIRECTION | DISTANCE (METERS)(DEGREES) | 1500.00 2000.00 2500.00 3000.00 3500.00- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

360.0 | 4.37510 (16102424) 3.23355 (16102424) 2.75635 (16110624) 2.50674 (16110624) 6.58280c(16122024)22.5 | 4.98232 (16102824) 3.78589c(16102124) 3.13391c(16102124) 2.66436c(16102124) 2.31309c(16102124)45.0 | 4.86620 (16110924) 4.39389 (16110924) 3.91042 (16110924) 3.36608 (16110924) 2.97688 (16110924)67.5 | 3.97886 (16102024) 2.95223c(16112924) 2.29749c(16112924) 1.87164c(16112924) 1.59437c(16112924)90.0 | 3.89963 (16122524) 3.54999 (16122524) 3.15508 (16122524) 2.81077c(16101324) 2.59118c(16101324)112.5 | 4.18446 (16121524) 3.33354 (16121524) 2.54656 (16121524) 2.01967 (16120924) 1.79724 (16120924)135.0 | 4.46496 (16122224) 3.81121c(16120824) 3.43697c(16120824) 3.11911c(16120824) 2.81537c(16120824)157.5 | 5.66939c(16120824) 4.25495 (16101024) 3.92428 (16101024) 3.21045 (16101024) 2.80347 (16101024)180.0 | 4.81980 (16120924) 3.95330 (16120924) 3.21305 (16120924) 2.71405 (16120924) 2.33294 (16120924)202.5 | 5.38412 (16110424) 4.20164 (16113024) 3.40522 (16113024) 2.85114 (16113024) 2.45779 (16113024)225.0 | 4.61538 (16111024) 4.14512 (16111024) 3.62660 (16111024) 3.16787 (16111024) 2.77796 (16111024)247.5 | 3.16716 (16111424) 2.29980 (16111424) 1.80906 (16111424) 1.48280 (16111424) 1.25087 (16111424)270.0 | 3.13089 (16102724) 2.00295 (16102724) 1.75936 (16122724) 1.86081 (16122724) 7.93530 (16120724)292.5 | 3.99523 (16100624) 3.10378 (16100624) 2.61889 (16110324) 2.67127 (16110324) 4.20816 (16110324)315.0 | 5.85901c(16101324) 4.92916c(16101324) 4.64144c(16101324) 6.90747c(16101324) 3.32202c(16101324)337.5 | 5.21149 (16121724) 3.82763 (16111924) 14.23556 (16093024) 11.82655 (16093024) 2.41056 (16111924)

DIRECTION | DISTANCE (METERS)(DEGREES) | 4000.00 5000.00 7000.00 10000.00- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

360.0 | 3.30814c(16122024) 1.47963 (16110624) 5.20066 (16121924) .82338 (16102424)22.5 | 3.46893 (16102424) 5.01880 (16122724) 3.90097c(16122024) 1.40278c(16122024)45.0 | 2.66953 (16110924) 2.27404 (16111024) 1.88121 (16111024) 1.31337 (16111024)67.5 | 1.57267c(16112924) 2.99083c(16112924) .87725c(16112924) 1.55552 (16110624)90.0 | 2.38892c(16101324) 2.04609c(16101324) 2.37967 (16122824) 1.19141c(16101324)112.5 | 1.62854 (16120924) 1.38308 (16120924) 1.28543 (16110824) 1.28401 (16110824)135.0 | 2.57218c(16120824) 2.18905c(16120824) 1.98556 (16122224) 4.70642 (16101824)157.5 | 2.51328 (16101024) 3.49846 (16101024) 4.75673 (16122424) 6.49570 (16122424)180.0 | 2.05720 (16120924) 1.66411 (16120924) 4.46172c(16112924) 6.90111c(16112924)202.5 | 2.16459 (16113024) 1.75541 (16113024) 1.28813 (16113024) 3.24792 (16120124)225.0 | 2.49745 (16111024) 10.72665 (16120724) 9.11470 (16120724) 2.72602 (16120724)247.5 | 1.55654 (16122424) 7.13535 (16121724) 6.48669 (16121724) 5.62606 (16121724)270.0 | 10.02783 (16120724) 2.76530 (16120724) 1.12447 (16102824) .86560 (16102824)292.5 | 2.03258 (16110324) 5.33827 (16120324) 1.20523 (16110324) .89232 (16110324)315.0 | 3.62324c(16101324) 3.30350 (16121024) 1.72932c(16101324) 1.19327c(16101324)337.5 | 2.15473 (16111924) 1.78642 (16111924) 1.34407 (16111924) .99301 (16111924)




X-COORD (M) Y-COORD (M) CONC (YYMMDDHH) X-COORD (M) Y-COORD (M) CONC (YYMMDDHH)- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

316289.00 2426986.00 4.97064 (16102424) 316731.00 2426781.00 5.86318c (16102124)317152.00 2426588.00 5.31806 (16111024) 317520.00 2426230.00 4.62289c (16112924)317442.00 2425688.00 4.68354 (16122224) 317220.00 2425281.00 6.12315 (16122224)317081.00 2424884.00 5.51528 (16122224) 316858.00 2424366.00 5.88598c (16120824)316370.00 2424150.00 4.47407 (16102224) 315855.00 2424333.00 5.49501 (16113024)315414.00 2424615.00 4.96579 (16111024) 315265.00 2425137.00 4.66171 (16111424)315405.00 2425623.00 6.47053 (16102724) 315472.00 2425999.00 6.60848 (16122724)315488.00 2426497.00 6.84717c (16101324) 315833.00 2426836.00 6.43207 (16121724)316358.00 2425833.00 3.65467 (16102424) 319020.00 2425482.00 2.90491 (16122524)324523.00 2426018.00 2.13046 (16121924) 315387.00 2425811.00 6.51091 (16102724)314736.00 2424047.00 3.94732 (16111024) 319274.00 2428745.00 2.54459 (16111024)315864.00 2421542.00 2.60666 (16110824) 318394.00 2423119.00 3.53581c (16120824)

*** THE MAXIMUM 50 24-HR AVERAGE CONCENTRATION VALUES FOR SOURCE GROUP: ALL ***RANK CONC (YYMMDDHH) AT RECEPTOR (XR,YR) OF TYPE RANK CONC (YYMMDDHH) AT RECEPTOR (XR,YR) OF TYPE- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

1. 14.23556 (16093024) AT ( 315368.30, 2427956.00) GP 26. 6.61280 (16112224) AT ( 316325.00, 2415646.00) GP2. 11.82655 (16093024) AT ( 315176.90, 2428418.00) GP 27. 6.61008 (16110124) AT ( 316325.00, 2415646.00) GP3. 10.72665 (16120724) AT ( 312789.50, 2422111.00) GP 28. 6.60848 (16122724) AT ( 315472.00, 2425999.00) DC4. 10.02783 (16120724) AT ( 312325.00, 2425646.00) GP 29. 6.58280c(16122024) AT ( 316325.00, 2429146.00) GP5. 9.79114 (16121424) AT ( 312789.50, 2422111.00) GP 30. 6.57433 (16122124) AT ( 311375.30, 2420696.00) GP6. 9.44771 (16122124) AT ( 312325.00, 2425646.00) GP 31. 6.57001 (16102724) AT ( 315472.00, 2425999.00) DC7. 9.11470 (16120724) AT ( 311375.30, 2420696.00) GP 32. 6.54115 (16111024) AT ( 311375.30, 2420696.00) GP8. 8.30170 (16111024) AT ( 312789.50, 2422111.00) GP 33. 6.52899 (16100124) AT ( 312789.50, 2422111.00) GP9. 7.93530 (16120724) AT ( 312825.00, 2425646.00) GP 34. 6.51091 (16102724) AT ( 315387.00, 2425811.00) DC10. 7.74156 (16122124) AT ( 312825.00, 2425646.00) GP 35. 6.49570 (16122424) AT ( 320151.80, 2416407.00) GP11. 7.65271 (16122824) AT ( 312325.00, 2425646.00) GP 36. 6.48669 (16121724) AT ( 309857.80, 2422967.00) GP12. 7.52978 (16111724) AT ( 312789.50, 2422111.00) GP 37. 6.47053 (16102724) AT ( 315405.00, 2425623.00) DC13. 7.41385 (16121424) AT ( 311375.30, 2420696.00) GP 38. 6.43207 (16121724) AT ( 315833.00, 2426836.00) DC14. 7.33366 (16112424) AT ( 312789.50, 2422111.00) GP 39. 6.41430 (16111924) AT ( 312789.50, 2422111.00) GP15. 7.13535 (16121724) AT ( 311705.60, 2423733.00) GP 40. 6.33865 (16102724) AT ( 314203.70, 2427767.00) GP16. 6.96820 (16122124) AT ( 312789.50, 2422111.00) GP 41. 6.33203 (16102224) AT ( 312789.50, 2422111.00) GP17. 6.94272 (16110324) AT ( 312789.50, 2422111.00) GP 42. 6.31187 (16111624) AT ( 312325.00, 2425646.00) GP18. 6.91316 (16121424) AT ( 312325.00, 2425646.00) GP 43. 6.27268 (16102924) AT ( 312789.50, 2422111.00) GP19. 6.90747c(16101324) AT ( 314203.70, 2427767.00) GP 44. 6.26655 (16101524) AT ( 312789.50, 2422111.00) GP20. 6.90111c(16112924) AT ( 316325.00, 2415646.00) GP 45. 6.26637 (16100824) AT ( 312789.50, 2422111.00) GP21. 6.89905c(16111524) AT ( 316325.00, 2415646.00) GP 46. 6.19980 (16102724) AT ( 315488.00, 2426497.00) DC22. 6.84717c(16101324) AT ( 315488.00, 2426497.00) DC 47. 6.19823 (16110524) AT ( 312789.50, 2422111.00) GP23. 6.72031 (16122424) AT ( 311705.60, 2423733.00) GP 48. 6.17262 (16121724) AT ( 315472.00, 2425999.00) DC24. 6.68556 (16122824) AT ( 312825.00, 2425646.00) GP 49. 6.12315 (16122224) AT ( 317220.00, 2425281.00) DC25. 6.64376 (16110824) AT ( 316325.00, 2415646.00) GP 50. 6.11037 (16111224) AT ( 312789.50, 2422111.00) GP




*** THE 1ST HIGHEST 24-HR AVERAGE CONCENTRATION VALUES FOR SOURCE GROUP: ALL ***

** CONC OF PM2.5 IN MICROGRAMS/M**3 **DIRECTION | DISTANCE (METERS)(DEGREES) | 1500.00 2000.00 2500.00 3000.00 3500.00- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

360.0 | 2.51568 (16102424) 1.85929 (16102424) 1.58490 (16110624) 1.44137 (16110624) 3.78511c(16122024)22.5 | 2.86483 (16102824) 2.17689c(16102124) 1.80200c(16102124) 1.53201c(16102124) 1.33003c(16102124)45.0 | 2.79807 (16110924) 2.52649 (16110924) 2.24849 (16110924) 1.93550 (16110924) 1.71170 (16110924)67.5 | 2.28784 (16102024) 1.69753c(16112924) 1.32106c(16112924) 1.07619c(16112924) .91677c(16112924)90.0 | 2.24229 (16122524) 2.04124 (16122524) 1.81417 (16122524) 1.61619c(16101324) 1.48993c(16101324)112.5 | 2.40606 (16121524) 1.91679 (16121524) 1.46427 (16121524) 1.16131 (16120924) 1.03341 (16120924)135.0 | 2.56735 (16122224) 2.19145c(16120824) 1.97626c(16120824) 1.79349c(16120824) 1.61884c(16120824)157.5 | 3.25990c(16120824) 2.44660 (16101024) 2.25646 (16101024) 1.84601 (16101024) 1.61200 (16101024)180.0 | 2.77139 (16120924) 2.27315 (16120924) 1.84750 (16120924) 1.56058 (16120924) 1.34144 (16120924)202.5 | 3.09587 (16110424) 2.41594 (16113024) 1.95800 (16113024) 1.63940 (16113024) 1.41323 (16113024)225.0 | 2.65385 (16111024) 2.38344 (16111024) 2.08529 (16111024) 1.82152 (16111024) 1.59733 (16111024)247.5 | 1.82112 (16111424) 1.32239 (16111424) 1.04021 (16111424) .85261 (16111424) .71925 (16111424)270.0 | 1.80026 (16102724) 1.15169 (16102724) 1.01163 (16122724) 1.06996 (16122724) 4.56280 (16120724)292.5 | 2.29725 (16100624) 1.78468 (16100624) 1.50586 (16110324) 1.53598 (16110324) 2.41969 (16110324)315.0 | 3.36893c(16101324) 2.83427c(16101324) 2.66883c(16101324) 3.97179c(16101324) 1.91016c(16101324)337.5 | 2.99661 (16121724) 2.20089 (16111924) 8.18544 (16093024) 6.80026 (16093024) 1.38607 (16111924)


360.0 | 1.90218c(16122024) .85079 (16110624) 2.99038 (16121924) .47345 (16102424)22.5 | 1.99464 (16102424) 2.88581 (16122724) 2.24306c(16122024) .80660c(16122024)45.0 | 1.53498 (16110924) 1.30758 (16111024) 1.08170 (16111024) .75519 (16111024)67.5 | .90429c(16112924) 1.71973c(16112924) .50442c(16112924) .89442 (16110624)90.0 | 1.37363c(16101324) 1.17650c(16101324) 1.36831 (16122824) .68506c(16101324)112.5 | .93641 (16120924) .79527 (16120924) .73912 (16110824) .73831 (16110824)135.0 | 1.47900c(16120824) 1.25871c(16120824) 1.14170 (16122224) 2.70619 (16101824)157.5 | 1.44513 (16101024) 2.01161 (16101024) 2.73512 (16122424) 3.73503 (16122424)180.0 | 1.18289 (16120924) .95686 (16120924) 2.56549c(16112924) 3.96814c(16112924)202.5 | 1.24464 (16113024) 1.00936 (16113024) .74068 (16113024) 1.86756 (16120124)225.0 | 1.43604 (16111024) 6.16782 (16120724) 5.24095 (16120724) 1.56746 (16120724)247.5 | .89501 (16122424) 4.10283 (16121724) 3.72985 (16121724) 3.23498 (16121724)270.0 | 5.76601 (16120724) 1.59005 (16120724) .64657 (16102824) .49772 (16102824)292.5 | 1.16873 (16110324) 3.06951 (16120324) .69301 (16110324) .51308 (16110324)315.0 | 2.08336c(16101324) 1.89951 (16121024) .99436c(16101324) .68613c(16101324)337.5 | 1.23897 (16111924) 1.02719 (16111924) .77284 (16111924) .57098 (16111924)





316289.00 2426986.00 2.85812 (16102424) 316731.00 2426781.00 3.37133c (16102124)317152.00 2426588.00 3.05788 (16111024) 317520.00 2426230.00 2.65816c (16112924)317442.00 2425688.00 2.69304 (16122224) 317220.00 2425281.00 3.52081 (16122224)317081.00 2424884.00 3.17129 (16122224) 316858.00 2424366.00 3.38444c (16120824)316370.00 2424150.00 2.57259 (16102224) 315855.00 2424333.00 3.15963 (16113024)315414.00 2424615.00 2.85533 (16111024) 315265.00 2425137.00 2.68048 (16111424)315405.00 2425623.00 3.72055 (16102724) 315472.00 2425999.00 3.79988 (16122724)315488.00 2426497.00 3.93712c (16101324) 315833.00 2426836.00 3.69844 (16121724)316358.00 2425833.00 2.10144 (16102424) 319020.00 2425482.00 1.67032 (16122524)324523.00 2426018.00 1.22501 (16121924) 315387.00 2425811.00 3.74377 (16102724)314736.00 2424047.00 2.26971 (16111024) 319274.00 2428745.00 1.46314 (16111024)315864.00 2421542.00 1.49883 (16110824) 318394.00 2423119.00 2.03309c (16120824)


1. 8.18544 (16093024) AT ( 315368.30, 2427956.00) GP 26. 3.80235 (16112224) AT ( 316325.00, 2415646.00) GP2. 6.80026 (16093024) AT ( 315176.90, 2428418.00) GP 27. 3.80079 (16110124) AT ( 316325.00, 2415646.00) GP3. 6.16782 (16120724) AT ( 312789.50, 2422111.00) GP 28. 3.79988 (16122724) AT ( 315472.00, 2425999.00) DC4. 5.76601 (16120724) AT ( 312325.00, 2425646.00) GP 29. 3.78511c(16122024) AT ( 316325.00, 2429146.00) GP5. 5.62990 (16121424) AT ( 312789.50, 2422111.00) GP 30. 3.78024 (16122124) AT ( 311375.30, 2420696.00) GP6. 5.43243 (16122124) AT ( 312325.00, 2425646.00) GP 31. 3.77775 (16102724) AT ( 315472.00, 2425999.00) DC7. 5.24095 (16120724) AT ( 311375.30, 2420696.00) GP 32. 3.76116 (16111024) AT ( 311375.30, 2420696.00) GP8. 4.77347 (16111024) AT ( 312789.50, 2422111.00) GP 33. 3.75417 (16100124) AT ( 312789.50, 2422111.00) GP9. 4.56280 (16120724) AT ( 312825.00, 2425646.00) GP 34. 3.74377 (16102724) AT ( 315387.00, 2425811.00) DC10. 4.45140 (16122124) AT ( 312825.00, 2425646.00) GP 35. 3.73503 (16122424) AT ( 320151.80, 2416407.00) GP11. 4.40031 (16122824) AT ( 312325.00, 2425646.00) GP 36. 3.72985 (16121724) AT ( 309857.80, 2422967.00) GP12. 4.32962 (16111724) AT ( 312789.50, 2422111.00) GP 37. 3.72055 (16102724) AT ( 315405.00, 2425623.00) DC13. 4.26296 (16121424) AT ( 311375.30, 2420696.00) GP 38. 3.69844 (16121724) AT ( 315833.00, 2426836.00) DC14. 4.21685 (16112424) AT ( 312789.50, 2422111.00) GP 39. 3.68822 (16111924) AT ( 312789.50, 2422111.00) GP15. 4.10283 (16121724) AT ( 311705.60, 2423733.00) GP 40. 3.64472 (16102724) AT ( 314203.70, 2427767.00) GP16. 4.00671 (16122124) AT ( 312789.50, 2422111.00) GP 41. 3.64091 (16102224) AT ( 312789.50, 2422111.00) GP17. 3.99206 (16110324) AT ( 312789.50, 2422111.00) GP 42. 3.62932 (16111624) AT ( 312325.00, 2425646.00) GP18. 3.97506 (16121424) AT ( 312325.00, 2425646.00) GP 43. 3.60679 (16102924) AT ( 312789.50, 2422111.00) GP19. 3.97179c(16101324) AT ( 314203.70, 2427767.00) GP 44. 3.60326 (16101524) AT ( 312789.50, 2422111.00) GP20. 3.96814c(16112924) AT ( 316325.00, 2415646.00) GP 45. 3.60316 (16100824) AT ( 312789.50, 2422111.00) GP21. 3.96695c(16111524) AT ( 316325.00, 2415646.00) GP 46. 3.56488 (16102724) AT ( 315488.00, 2426497.00) DC22. 3.93712c(16101324) AT ( 315488.00, 2426497.00) DC 47. 3.56398 (16110524) AT ( 312789.50, 2422111.00) GP23. 3.86418 (16122424) AT ( 311705.60, 2423733.00) GP 48. 3.54926 (16121724) AT ( 315472.00, 2425999.00) DC24. 3.84420 (16122824) AT ( 312825.00, 2425646.00) GP 49. 3.52081 (16122224) AT ( 317220.00, 2425281.00) DC25. 3.82016 (16110824) AT ( 316325.00, 2415646.00) GP 50. 3.51346 (16111224) AT ( 312789.50, 2422111.00) GP





** CONC OF SO2 IN MICROGRAMS/M**3 **


360.0 | 21.15378c(16102124) 15.98764 (16110624) 13.59610 (16110624) 12.15516 (16110624) 14.79761c(16122024)22.5 | 27.36524c(16120824) 19.50326 (16102824) 15.14026 (16102824) 12.30238 (16102824) 10.32076 (16102824)45.0 | 25.92703 (16111024) 22.19999 (16111024) 19.49572 (16110924) 16.73694 (16111024) 14.80513 (16111024)67.5 | 19.73530c(16111524) 14.21196c(16112924) 11.26137 (16110624) 9.44815 (16110624) 8.16254 (16110624)90.0 | 23.05697c(16111524) 19.42446 (16122524) 16.86533c(16101324) 14.94786c(16101324) 13.40714c(16101324)112.5 | 18.00041 (16122224) 13.62180 (16122224) 11.03412 (16122224) 9.45903 (16120924) 8.40320 (16120924)135.0 | 25.57703c(16120824) 21.31729c(16120824) 18.16771c(16120824) 15.72079c(16120824) 13.76936c(16120824)157.5 | 24.78999 (16101024) 20.29236 (16101024) 17.06912 (16101024) 14.22790 (16101024) 12.32525 (16101024)180.0 | 20.38164 (16112324) 16.86267 (16112324) 14.01019 (16112324) 11.92994 (16112324) 10.35362 (16112324)202.5 | 24.02463 (16113024) 19.74801 (16113024) 16.39395 (16113024) 13.92493 (16113024) 12.10582 (16113024)225.0 | 28.48450 (16111024) 23.43822 (16111024) 19.53302 (16111024) 16.58897 (16111024) 14.31278 (16111024)247.5 | 15.86856 (16111724) 10.62681 (16111724) 8.52976 (16122924) 7.25378 (16122924) 6.36724 (16122924)270.0 | 14.92082 (16112624) 11.67908 (16112624) 9.82512 (16112624) 8.45840 (16112624) 14.48268 (16122824)292.5 | 22.30123 (16110324) 18.28280 (16110324) 15.49217 (16110324) 13.47869 (16110324) 12.72950 (16110324)315.0 | 31.96943c(16101324) 24.71851c(16101324) 20.94463c(16101324) 21.21442c(16101324) 15.06634c(16101324)337.5 | 26.03628 (16111924) 19.00435 (16111924) 23.08068 (16093024) 13.48359 (16093024) 11.42229 (16111924)


360.0 | 9.74850 (16110624) 7.37494 (16110624) 17.67288 (16121924) 3.97527 (16110624)22.5 | 11.88696 (16122724) 18.56485c(16122024) 13.35363c(16122024) 4.38232 (16103024)45.0 | 13.25525 (16111024) 11.07560 (16111024) 8.87392 (16111024) 6.15820 (16111024)67.5 | 7.28417 (16110624) 9.67027c(16112924) 4.48411 (16110624) 5.77694 (16110624)90.0 | 12.13019c(16101324) 10.15574c(16101324) 7.68870c(16101324) 5.69840c(16101324)112.5 | 7.57303 (16120924) 6.34701 (16120924) 5.83632 (16110824) 5.54645 (16110824)135.0 | 12.29736c(16120824) 10.16583c(16120824) 7.92675 (16122224) 20.12134 (16101824)157.5 | 10.91544 (16101024) 9.98202 (16101024) 19.16101 (16122424) 28.47231 (16122424)180.0 | 9.14791 (16112324) 7.42829 (16112324) 13.21934c(16112924) 21.76674c(16111524)202.5 | 10.71732 (16113024) 8.74108 (16113024) 6.44546 (16113024) 11.77863 (16120124)225.0 | 12.60999 (16111024) 29.98757 (16111024) 30.94771 (16122124) 10.70671 (16122124)247.5 | 5.70278 (16122924) 24.43193 (16121724) 23.34692 (16121724) 21.89414 (16121724)270.0 | 18.79085 (16122124) 6.14020 (16100224) 4.20732 (16102824) 3.12897 (16102824)292.5 | 10.55123 (16110324) 14.93417 (16120324) 6.44356 (16110324) 4.67767 (16110324)315.0 | 15.29998c(16101324) 13.95396c(16101324) 7.53160c(16101324) 5.17955c(16101324)337.5 | 10.11231 (16111924) 8.26662 (16111924) 6.11540 (16111924) 4.46071 (16111924)





316289.00 2426986.00 25.15136 (16110624) 316731.00 2426781.00 34.36273 (16102824)317152.00 2426588.00 31.32700 (16111024) 317520.00 2426230.00 20.92866c (16112924)317442.00 2425688.00 28.72270c (16111524) 317220.00 2425281.00 28.12951 (16122224)317081.00 2424884.00 30.12062c (16120824) 316858.00 2424366.00 25.92790 (16101024)316370.00 2424150.00 19.15203 (16112324) 315855.00 2424333.00 23.53235 (16113024)315414.00 2424615.00 27.02593 (16111024) 315265.00 2425137.00 27.92921 (16111024)315405.00 2425623.00 30.10431 (16122724) 315472.00 2425999.00 32.81112 (16102724)315488.00 2426497.00 40.25542c (16101324) 315833.00 2426836.00 32.43394 (16111924)316358.00 2425833.00 20.91474c (16112924) 319020.00 2425482.00 14.59980 (16122524)324523.00 2426018.00 10.03135 (16121924) 315387.00 2425811.00 35.40168 (16122724)314736.00 2424047.00 21.48919 (16111024) 319274.00 2428745.00 12.80859c (16120824)315864.00 2421542.00 10.37738 (16110824) 318394.00 2423119.00 15.53242c (16120824)


1. 40.25542c(16101324) AT ( 315488.00, 2426497.00) DC 26. 28.28092 (16121724) AT ( 315488.00, 2426497.00) DC2. 35.40168 (16122724) AT ( 315387.00, 2425811.00) DC 27. 28.12951 (16122224) AT ( 317220.00, 2425281.00) DC3. 34.36273 (16102824) AT ( 316731.00, 2426781.00) DC 28. 28.02199 (16120624) AT ( 315405.00, 2425623.00) DC4. 34.16838 (16102724) AT ( 315488.00, 2426497.00) DC 29. 27.92921 (16111024) AT ( 315265.00, 2425137.00) DC5. 33.57471c(16120824) AT ( 316731.00, 2426781.00) DC 30. 27.80015 (16121924) AT ( 315488.00, 2426497.00) DC6. 32.81112 (16102724) AT ( 315472.00, 2425999.00) DC 31. 27.36524c(16120824) AT ( 316899.00, 2427032.00) GP7. 32.43394 (16111924) AT ( 315833.00, 2426836.00) DC 32. 27.23421 (16112424) AT ( 316731.00, 2426781.00) DC8. 31.96943c(16101324) AT ( 315264.30, 2426707.00) GP 33. 27.16447 (16122724) AT ( 315472.00, 2425999.00) DC9. 31.32700 (16111024) AT ( 317152.00, 2426588.00) DC 34. 27.13262c(16102124) AT ( 316731.00, 2426781.00) DC10. 30.94771 (16122124) AT ( 311375.30, 2420696.00) GP 35. 27.07948 (16102824) AT ( 316899.00, 2427032.00) GP11. 30.67565 (16121724) AT ( 315833.00, 2426836.00) DC 36. 27.02593 (16111024) AT ( 315414.00, 2424615.00) DC12. 30.24084 (16100624) AT ( 315488.00, 2426497.00) DC 37. 26.87909 (16110324) AT ( 315488.00, 2426497.00) DC13. 30.12062c(16120824) AT ( 317081.00, 2424884.00) DC 38. 26.82014c(16122024) AT ( 317081.00, 2424884.00) DC14. 30.10431 (16122724) AT ( 315405.00, 2425623.00) DC 39. 26.73257 (16100124) AT ( 312789.50, 2422111.00) GP15. 30.06632c(16120824) AT ( 317152.00, 2426588.00) DC 40. 26.20187c(16101324) AT ( 315833.00, 2426836.00) DC16. 29.98757 (16111024) AT ( 312789.50, 2422111.00) GP 41. 26.13766 (16111924) AT ( 311375.30, 2420696.00) GP17. 29.94660 (16122124) AT ( 312789.50, 2422111.00) GP 42. 26.13611 (16100124) AT ( 311375.30, 2420696.00) GP18. 29.32060 (16122224) AT ( 317081.00, 2424884.00) DC 43. 26.03628 (16111924) AT ( 315751.00, 2427032.00) GP19. 28.90475 (16110924) AT ( 317152.00, 2426588.00) DC 44. 25.92790 (16101024) AT ( 316858.00, 2424366.00) DC20. 28.84602 (16102724) AT ( 315264.30, 2426707.00) GP 45. 25.92703 (16111024) AT ( 317385.70, 2426707.00) GP21. 28.72270c(16111524) AT ( 317442.00, 2425688.00) DC 46. 25.81094 (16100624) AT ( 315264.30, 2426707.00) GP22. 28.63349 (16120724) AT ( 312789.50, 2422111.00) GP 47. 25.80859 (16102224) AT ( 312789.50, 2422111.00) GP23. 28.48450 (16111024) AT ( 315264.30, 2424585.00) GP 48. 25.70856 (16111424) AT ( 315405.00, 2425623.00) DC24. 28.47231 (16122424) AT ( 320151.80, 2416407.00) GP 49. 25.64480 (16111724) AT ( 312789.50, 2422111.00) GP25. 28.37056 (16121724) AT ( 315387.00, 2425811.00) DC 50. 25.57703c(16120824) AT ( 317385.70, 2424585.00) GP





** CONC OF NO2 IN MICROGRAMS/M**3 **


360.0 | 7.91325 (16102424) 5.65586 (16102424) 4.48039 (16102424) 3.74870 (16102424) 5.89315c(16122024)22.5 | 10.48111 (16102824) 7.22648 (16102824) 5.51306 (16102824) 4.60577 (16103024) 4.07871 (16103024)45.0 | 8.63071 (16110924) 8.04367 (16110924) 7.24690 (16110924) 6.22303 (16110924) 5.48578 (16110924)67.5 | 7.09825 (16101524) 5.38810 (16110624) 4.38015 (16110624) 3.67649 (16110624) 3.17441 (16110624)90.0 | 7.29209c(16111524) 5.90943 (16102324) 4.89983 (16102324) 4.14317 (16100424) 3.69071 (16100424)112.5 | 6.96092 (16122224) 5.16253 (16122224) 4.13139 (16122224) 3.46620 (16122224) 2.99948 (16122224)135.0 | 9.35416c(16120824) 7.91323c(16120824) 6.73495c(16120824) 5.79738c(16120824) 5.05307c(16120824)157.5 | 8.28284 (16101024) 6.64012 (16101024) 5.53712 (16101024) 4.63659 (16101024) 4.02829 (16101024)180.0 | 7.73165 (16112324) 6.21731 (16112324) 5.13918 (16112324) 4.36505 (16112324) 3.78603 (16112324)202.5 | 9.21654 (16113024) 7.35899 (16113024) 6.06545 (16113024) 5.14257 (16113024) 4.46840 (16113024)225.0 | 11.05075 (16111024) 8.81012 (16111024) 7.23896 (16111024) 6.10743 (16111024) 5.25519 (16111024)247.5 | 5.53663 (16111724) 3.81659 (16111724) 3.06577 (16122924) 2.67319 (16122924) 2.37796 (16122924)270.0 | 4.91759 (16112624) 4.09076 (16112624) 3.51418 (16112624) 3.05588 (16112624) 6.43320 (16100224)292.5 | 7.56298 (16110324) 6.48667 (16110324) 5.61706 (16110324) 4.92315 (16110324) 4.38533 (16110324)315.0 | 10.25969 (16102724) 8.27372 (16102724) 7.19770 (16102724) 7.24158c(16101324) 5.10765c(16101324)337.5 | 9.81489c(16101324) 7.20810 (16111924) 16.10949 (16093024) 8.60313 (16093024) 4.17124 (16111924)


360.0 | 3.09082c(16122024) 2.21111 (16102424) 4.39790 (16121924) 1.15294 (16100224)22.5 | 4.12806c(16122024) 7.08347c(16122024) 4.48024c(16122024) 1.68066 (16103024)45.0 | 4.89973 (16110924) 4.03698 (16110924) 2.98800 (16110924) 2.16522 (16110924)67.5 | 2.81446 (16110624) 3.11280 (16122324) 1.68908 (16110624) 1.55388 (16110624)90.0 | 3.33681 (16100424) 2.79030 (16100424) 2.57889 (16121924) 1.55138 (16100424)112.5 | 2.65245 (16122224) 2.21648 (16120924) 2.27192 (16110824) 2.00660 (16110824)135.0 | 4.49469c(16120824) 3.69313c(16120824) 2.75621c(16120824) 5.13322 (16101824)157.5 | 3.57634 (16101024) 3.01144 (16101024) 5.00136 (16122424) 7.24998 (16122424)180.0 | 3.34405 (16112324) 2.71360 (16112324) 4.06238c(16111524) 6.43138c(16111524)202.5 | 3.95554 (16113024) 3.22706 (16113024) 2.38166 (16113024) 3.56173 (16120124)225.0 | 4.62082 (16111024) 11.16294 (16122124) 9.49068 (16122124) 3.05121 (16122124)247.5 | 2.14638 (16122924) 6.57816 (16122424) 4.72874 (16122424) 4.47296 (16121724)270.0 | 7.08728 (16100224) 2.02754 (16102824) 1.53596 (16102824) 1.13758 (16102824)292.5 | 3.92199 (16110324) 3.28632 (16110324) 2.42807 (16110324) 1.76819 (16110324)315.0 | 5.20642c(16101324) 4.56953c(16101324) 2.56620c(16101324) 1.77200c(16101324)337.5 | 3.66568 (16111924) 2.96766 (16111924) 2.17227 (16111924) 1.57299 (16111924)





316289.00 2426986.00 8.95206 (16102424) 316731.00 2426781.00 13.17280 (16102824)317152.00 2426588.00 10.06755 (16110924) 317520.00 2426230.00 7.75504 (16101524)317442.00 2425688.00 8.88671c (16111524) 317220.00 2425281.00 10.90403 (16122224)317081.00 2424884.00 10.76932c (16120824) 316858.00 2424366.00 8.74814 (16101024)316370.00 2424150.00 7.40937 (16112324) 315855.00 2424333.00 9.28699 (16113024)315414.00 2424615.00 10.77749 (16111024) 315265.00 2425137.00 9.07553 (16111024)315405.00 2425623.00 9.00231 (16122724) 315472.00 2425999.00 8.78003 (16122724)315488.00 2426497.00 12.02565c (16101324) 315833.00 2426836.00 12.06404c (16101324)316358.00 2425833.00 3.52117 (16102624) 319020.00 2425482.00 4.59674 (16121524)324523.00 2426018.00 2.73590 (16121924) 315387.00 2425811.00 7.99066 (16122724)314736.00 2424047.00 8.00900 (16111024) 319274.00 2428745.00 4.72763 (16110924)315864.00 2421542.00 3.44108 (16110824) 318394.00 2423119.00 5.36475c (16120824)


1. 16.10949 (16093024) AT ( 315368.30, 2427956.00) GP 26. 9.49068 (16122124) AT ( 311375.30, 2420696.00) GP2. 13.17280 (16102824) AT ( 316731.00, 2426781.00) DC 27. 9.35416c(16120824) AT ( 317385.70, 2424585.00) GP3. 12.06404c(16101324) AT ( 315833.00, 2426836.00) DC 28. 9.28699 (16113024) AT ( 315855.00, 2424333.00) DC4. 12.02565c(16101324) AT ( 315488.00, 2426497.00) DC 29. 9.21654 (16113024) AT ( 315751.00, 2424260.00) GP5. 11.59899 (16102724) AT ( 315488.00, 2426497.00) DC 30. 9.12647 (16103024) AT ( 316731.00, 2426781.00) DC6. 11.45659 (16111924) AT ( 315833.00, 2426836.00) DC 31. 9.07553 (16111024) AT ( 315265.00, 2425137.00) DC7. 11.16294 (16122124) AT ( 312789.50, 2422111.00) GP 32. 9.00231 (16122724) AT ( 315405.00, 2425623.00) DC8. 11.05075 (16111024) AT ( 315264.30, 2424585.00) GP 33. 8.98570 (16111024) AT ( 317152.00, 2426588.00) DC9. 10.97057 (16121724) AT ( 315833.00, 2426836.00) DC 34. 8.97336 (16121924) AT ( 315488.00, 2426497.00) DC10. 10.90403 (16122224) AT ( 317220.00, 2425281.00) DC 35. 8.97008 (16100624) AT ( 315264.30, 2426707.00) GP11. 10.77749 (16111024) AT ( 315414.00, 2424615.00) DC 36. 8.95206 (16102424) AT ( 316289.00, 2426986.00) DC12. 10.76932c(16120824) AT ( 317081.00, 2424884.00) DC 37. 8.88671c(16111524) AT ( 317442.00, 2425688.00) DC13. 10.73109 (16122224) AT ( 317081.00, 2424884.00) DC 38. 8.87070 (16122824) AT ( 317081.00, 2424884.00) DC14. 10.61364 (16100624) AT ( 315488.00, 2426497.00) DC 39. 8.86536 (16121524) AT ( 317220.00, 2425281.00) DC15. 10.48111 (16102824) AT ( 316899.00, 2427032.00) GP 40. 8.81012 (16111024) AT ( 314910.80, 2424232.00) GP16. 10.25969 (16102724) AT ( 315264.30, 2426707.00) GP 41. 8.80066 (16121724) AT ( 315751.00, 2427032.00) GP17. 10.11120c(16102124) AT ( 316731.00, 2426781.00) DC 42. 8.78003 (16122724) AT ( 315472.00, 2425999.00) DC18. 10.06755 (16110924) AT ( 317152.00, 2426588.00) DC 43. 8.74814 (16101024) AT ( 316858.00, 2424366.00) DC19. 9.97978c(16101324) AT ( 315264.30, 2426707.00) GP 44. 8.65717 (16110324) AT ( 315472.00, 2425999.00) DC20. 9.81489c(16101324) AT ( 315751.00, 2427032.00) GP 45. 8.63071 (16110924) AT ( 317385.70, 2426707.00) GP21. 9.81306c(16120824) AT ( 317152.00, 2426588.00) DC 46. 8.60313 (16093024) AT ( 315176.90, 2428418.00) GP22. 9.76094 (16111924) AT ( 315751.00, 2427032.00) GP 47. 8.60278 (16122224) AT ( 317385.70, 2424585.00) GP23. 9.58215 (16120724) AT ( 312789.50, 2422111.00) GP 48. 8.57214 (16111424) AT ( 312789.50, 2422111.00) GP24. 9.57248 (16112224) AT ( 316731.00, 2426781.00) DC 49. 8.55414 (16112424) AT ( 317152.00, 2426588.00) DC25. 9.51447 (16110324) AT ( 315488.00, 2426497.00) DC 50. 8.52757 (16100424) AT ( 317442.00, 2425688.00) DC




*** RECEPTOR TYPES: GC = GRIDCARTGP = GRIDPOLRDC = DISCCARTDP = DISCPOLRBD = BOUNDARY

*** Message Summary : ISCST3 Model Execution ***

--------- Summary of Total Messages --------

A Total of 0 Fatal Error Message(s)A Total of 0 Warning Message(s)A Total of 13 Informational Message(s)

A Total of 13 Calm Hours Identified

******** FATAL ERROR MESSAGES *********** NONE ***

******** WARNING MESSAGES *********** NONE ***

*************************************** ISCST3 Finishes Successfully ***************************************



ISCST3Model for 0.9 MTPAof Kamanda Steel Plant of RML, Odisha 1

CO STARTING

TITLEONE KAMANDA STEEL PLANT (0.90MTPA) OF

RML

TITLETWO PM10 EMISSIONS FROMALL STACKS

MODELOPT DFAULT CONC RURAL

AVERTIME 24 PERIOD

POLLUTID PM10

RUNORNOT RUN

TERRHGTS ELEV

CO FINISHED

SO STARTING






















































** Point Source QS HS TS VS DS

** Parameters: ---- ---- ---- ---- ---

SO SRCPARAM S-1 2.437547 60 167 16.68 4

SO SRCPARAM S-2 0.338542 30 100 13.97 1.5

SO SRCPARAM S-3 0.169271 30 100 13.97 1.5

SO SRCPARAM S-4 2.437547 70 167 16.68 4

SO SRCPARAM S-5 2.437547 70 167 16.68 4

SO SRCPARAM S-6 0.338542 30 100 13.97 1.5

SO SRCPARAM S-7 0.169271 30 100 13.97 1.5

SO SRCPARAM S-8 0.09375 35 50 6.52 1.7

SO SRCPARAM S-9 0.085 42 100 5.26 2.1

SO SRCPARAM S-10 0.16 42 100 5.26 2.1

SO SRCPARAM S-11 0.29 42 100 5.26 2.1

SO SRCPARAM S-12 0.291667 75 167 2.36 4.4

SO SRCPARAM S-13 0.65625 75 167 5.07 4.5

SO SRCPARAM S-14 0.328125 75 167 2.53 4.5

SO SRCPARAM S-15 0.860417 80 167 6.65 4.5

SO SRCPARAM S-16 0.096875 18.5 50 19.14 0.81

SO SRCPARAM S-17 0.096875 18.5 50 19.14 0.81

SO SRCPARAM S-18 0.096875 18.5 50 19.14 0.81

SO SRCPARAM S-19 0.10625 16.5 50 34.89 0.6

SO SRCPARAM S-20 0.10625 18 50 19.14 0.81

SO SRCPARAM S-21 0.4375 18.2 50 37.99 1.15

SO SRCPARAM S-22 0.028802 15.2 50 10.93 0.55

SO SRCPARAM S-23 0.028802 15.2 50 10.93 0.55

SO SRCPARAM S-24 0.028802 15.2 50 10.93 0.55

SO SRCPARAM S-25 0.129167 25 50 10.72 1.25

SO SRCPARAM S-26 0.557083 30 50 40.94 1.25

SO SRCPARAM S-27 0.284375 30 50 20.9 1.25

SO SRCPARAM S-28 0.28125 35 50 16.75 1.5

SO SRCPARAM S-29 0.203125 30 100 13.97 1.5

SO SRCPARAM S-30 0.1875 35 50 13.04 1.7

SO SRCPARAM S-31 0.28125 35 50 16.75 1.5

SO SRCPARAM S-32 0.203125 30 100 13.97 1.5

SO SRCPARAM S-33 0.1875 35 50 13.04 1.7

SO SRCPARAM S-34 0.320919 35 50 19.11 1.5

SO SRCPARAM S-35 0.320919 30 100 22.07 1.5

SO SRCPARAM S-36 0.229263 35 50 15.94 1.7

SO SRCPARAM S-37 1.572685 55 150 16.38 3.8

SO SRCPARAM S-38 1.572685 55 150 16.38 3.8

SO SRCPARAM S-39 0.124421 35 150 12.92 1.3

SO SRCPARAM S-40 0.124421 35 150 12.92 1.3

SO SRCPARAM S-41 0.124421 35 150 12.92 1.3

SO SRCPARAM S-42 0.150182 50 220 16.38 1.5

SO SRCPARAM S-43 0.139583 30 100 12.25 2.3

SO SRCPARAM S-44 0.139583 30 100 12.25 2.3

SO SRCPARAM S-45 0.165625 30 100 14.53 2.3

SO SRCPARAM S-46 0.165625 30 100 14.53 2.3

SO SRCPARAM S-47 0.165625 30 100 14.53 2.3




SO SRCPARAM S-48 0.1375 30 100 12.06 2.3

SO SRCPARAM S-51 0.289663 60 365 8.52 3

SO SRCPARAM S-52 0.029923 40 140 18.2 1.3

SO SRCPARAM S-53 0.014962 40 140 9.1 1.3

SO SRCPARAM S-54 0.913448 75 150 21.8 2.1

SO SRCPARAM S-55 1.181869 110 150 16 3.6

SO SRCGROUP ALL

SO FINISHED

RE STARTING


GRIDPOLR POL1 STA



4000 5000 7000 10000


ELEV 1 506 502 532 545 570 557 512 578 499

ELEV 2 474 487 482 503 512 562 574 563 530

ELEV 3 474 468 496 471 467 463 477 498 456

ELEV 4 476 478 492 499 502 520 560 507 539

ELEV 5 525 522 508 485 495 516 521 561 519

ELEV 6 503 522 509 519 510 495 510 541 539

ELEV 7 484 486 497 506 487 496 508 546 585

ELEV 8 483 488 533 499 490 501 552 580 597

ELEV 9 479 495 498 502 493 499 508 559 580

ELEV 10 479 482 488 485 485 489 494 526 562

ELEV 11 496 489 490 501 500 514 598 600 562

ELEV 12 490 491 502 511 524 554 585 580 581

ELEV 13 494 502 527 545 576 580 552 453 309

ELEV 14 521 539 540 542 562 529 585 445 342

ELEV 15 494 514 543 572 519 553 565 469 423

ELEV 16 519 533 565 563 531 506 503 452 446

GRIDPOLR POL1 END

** AT 500

DISCCART 316289 2426986 507

DISCCART 316731 2426781 458

DISCCART 317152 2426588 472

DISCCART 317520 2426230 473

DISCCART 317442 2425688 484

DISCCART 317220 2425281 475

DISCCART 317081 2424884 474

DISCCART 316858 2424366 482

DISCCART 316370 2424150 479

DISCCART 315855 2424333 479

DISCCART 315414 2424615 493

DISCCART 315265 2425137 487

DISCCART 315405 2425623 492

DISCCART 315472 2425999 469

DISCCART 315488 2426497 481

DISCCART 315833 2426836 513

** AT AAQ

DISCCART 316358 2425833 476

DISCCART 319020 2425482 514

DISCCART 324523 2426018 589

DISCCART 315387 2425811 479

DISCCART 314736 2424047 518

DISCCART 319274 2428745 492

DISCCART 315864 2421542 528

DISCCART 318394 2423119 520

RE FINISHED

ME STARTING


ANEMHGHT 5.0



WDROTATE180

ME FINISHED

OU STARTING

OU RECTABLE 24 FIRST

OU MAXTABLE 24 50



OU FINISHED

***********************************


***********************************

***POINT SOURCE DATA ***NO. EMISSION RATE BASE STACK STACK STACK STACK BUILDING



S-1 0 2.437547 1.401589 2.479167 0.001487 316133 2425105 562 60 167 16.68 4 NO

S-2 0 0.338542 0.194661 316163 2425027 561 30 100 13.97 1.5 NO

S-3 0 0.169271 0.097331 316040 2425106 562 30 100 13.97 1.5 NO

S-4 0 2.437547 1.401589 5.454167 0.006543 316317 2424893 560 70 167 16.68 4 NO

S-5 0 2.437547 1.401589 5.454167 0.006543 316232 2424750 562 70 167 16.68 4 NO

S-6 0 0.338542 0.194661 316420 2424914 560 30 100 13.97 1.5 NO

S-7 0 0.169271 0.097331 316286 2424970 559 30 100 13.97 1.5 NO

S-8 0 0.09375 0.053906 316047 2425682 564 35 50 6.52 1.7 NO

S-9 0 0.085 0.048875 3.629167 0.013582 316207 2426123 573 42 100 5.26 2.1 NO







S-10 0 0.16 0.092 3.629167 0.013582 316166 2426146 574 42 100 5.26 2.1 NO

S-11 0 0.29 0.16675 3.629167 0.013582 316104 2426191 572 42 100 5.26 2.1 NO

S-12 0 0.291667 0.167708 5.025 0.018805 316351 2426055 567 75 167 2.36 4.4 NO

S-13 0 0.65625 0.377344 11.60514 0.043431 316006 2425760 567 75 167 5.07 4.5 NO

S-14 0 0.328125 0.188672 6.560417 0.024551 316382 2426044 565 75 167 2.53 4.5 NO

S-15 0 0.860417 0.49474 16.34526 0.06117 316058 2425737 565 80 167 6.65 4.5 NO

S-16 0 0.096875 0.055703 316157 2426290 571 18.5 50 19.14 0.81 NO

S-17 0 0.096875 0.055703 316270 2426222 571 18.5 50 19.14 0.81 NO

S-18 0 0.096875 0.055703 316239 2426244 572 18.5 50 19.14 0.81 NO

S-19 0 0.10625 0.061094 316209 2426356 572 16.5 50 34.89 0.6 NO

S-20 0 0.10625 0.061094 316250 2426322 571 18 50 19.14 0.81 NO

S-21 0 0.4375 0.251563 316190 2426433 575 18.2 50 37.99 1.15 NO

S-22 0 0.028802 0.016561 316208 2426189 573 15.2 50 10.93 0.55 NO

S-23 0 0.028802 0.016561 316187 2426212 573 15.2 50 10.93 0.55 NO

S-24 0 0.028802 0.016561 316167 2426223 573 15.2 50 10.93 0.55 NO

S-25 0 0.129167 0.074271 316506 2426109 563 25 50 10.72 1.25 NO

S-26 0 0.557083 0.320323 316609 2426063 561 30 50 40.94 1.25 NO

S-27 0 0.284375 0.163516 316559 2426208 564 30 50 20.9 1.25 NO

S-28 0 0.28125 0.161719 316031 2426070 569 35 50 16.75 1.5 NO

S-29 0 0.203125 0.116797 316071 2425959 567 30 100 13.97 1.5 NO

S-30 0 0.1875 0.107813 316102 2425991 567 35 50 13.04 1.7 NO

S-31 0 0.28125 0.161719 316071 2426036 569 35 50 16.75 1.5 NO

S-32 0 0.203125 0.116797 316122 2425936 566 30 100 13.97 1.5 NO

S-33 0 0.1875 0.107813 316143 2425969 567 35 50 13.04 1.7 NO

S-34 0 0.320919 0.184528 316175 2426024 569 35 50 19.11 1.5 NO

S-35 0 0.320919 0.184528 316194 2425935 566 30 100 22.07 1.5 NO

S-36 0 0.229263 0.131826 316172 2425836 565 35 50 15.94 1.7 NO

S-37 0 1.572685 0.904294 1.638021 0.006219 316217 2425193 563 55 150 16.38 3.8 NO

S-38 0 1.572685 0.904294 1.638021 0.006219 316474 2425145 557 55 150 16.38 3.8 NO

S-39 0 0.124421 0.071542 2.211922 1.658942 316128 2425559 565 35 150 12.92 1.3 NO

S-40 0 0.124421 0.071542 2.211922 1.658942 316220 2425481 562 35 150 12.92 1.3 NO

S-41 0 0.124421 0.071542 2.211922 1.658942 316333 2425413 561 35 150 12.92 1.3 NO

S-42 0 0.150182 0.086355 0.447407 0.361236 316416 2425434 558 50 220 16.38 1.5 NO

S-43 0 0.139583 0.08026 316730 2425818 558 30 100 12.25 2.3 NO

S-44 0 0.139583 0.08026 316710 2425829 558 30 100 12.25 2.3 NO

S-45 0 0.165625 0.095234 316689 2425841 558 30 100 14.53 2.3 NO

S-46 0 0.165625 0.095234 316679 2425852 559 30 100 14.53 2.3 NO

S-47 0 0.165625 0.095234 316582 2425476 556 30 100 14.53 2.3 NO

S-48 0 0.1375 0.079063 316561 2425488 557 30 100 12.06 2.3 NO

S-51 0 0.289663 0.166556 11.90039 5.030679 316480 2425633 560 60 365 8.52 3 NO

S-52 0 0.029923 0.017206 2.67 316348 2425867 562 40 140 18.2 1.3 NO

S-53 0 0.014962 0.008603 1.33 316317 2425812 563 40 140 9.1 1.3 NO

S-54 0 0.913448 0.525233 3.091526 14.61517 316300 2426100 569 75 150 21.8 2.1 NO

S-55 0 1.181869 0.679575 10.48431 10.50551 316109 2425692 565 110 150 16 3.6 NO








1500.0, 2000.0, 2500.0, 3000.0, 3500.0, 4000.0, 5000.0, 7000.0, 10000.0,


360.0,22.5,45.0,67.5,90.0, 112.5, 135.0, 157.5, 180.0, 202.5, 225.0, 247.5, 270.0,292.5, 315.0, 337.5,


DIRECTION | DISTANCE (METERS)(DEGREES) | 1500.0 2000.0 2500.0 3000.0 3500.0 4000.0 5000.0 7000.0 10000.0360.00 | 506.00 502.00 532.00 545.00 570.00 557.00 512.00 578.00 499.0022.50 | 474.00 487.00 482.00 503.00 512.00 562.00 574.00 563.00 530.0045.00 | 474.00 468.00 496.00 471.00 467.00 463.00 477.00 498.00 456.0067.50 | 476.00 478.00 492.00 499.00 502.00 520.00 560.00 507.00 539.0090.00 | 525.00 522.00 508.00 485.00 495.00 516.00 521.00 561.00 519.00

112.50 | 503.00 522.00 509.00 519.00 510.00 495.00 510.00 541.00 539.00135.00 | 484.00 486.00 497.00 506.00 487.00 496.00 508.00 546.00 585.00157.50 | 483.00 488.00 533.00 499.00 490.00 501.00 552.00 580.00 597.00180.00 | 479.00 495.00 498.00 502.00 493.00 499.00 508.00 559.00 580.00202.50 | 479.00 482.00 488.00 485.00 485.00 489.00 494.00 526.00 562.00225.00 | 496.00 489.00 490.00 501.00 500.00 514.00 598.00 600.00 562.00247.50 | 490.00 491.00 502.00 511.00 524.00 554.00 585.00 580.00 581.00270.00 | 494.00 502.00 527.00 545.00 576.00 580.00 552.00 453.00 309.00292.50 | 521.00 539.00 540.00 542.00 562.00 529.00 585.00 445.00 342.00315.00 | 494.00 514.00 543.00 572.00 519.00 553.00 565.00 469.00 423.00337.50 | 519.00 533.00 565.00 563.00 531.00 506.00 503.00 452.00 446.00


( 316289.0, 2426986.0, 507.0, .0); ( 316731.0, 2426781.0, 458.0, .0);( 317152.0, 2426588.0, 472.0, .0); ( 317520.0, 2426230.0, 473.0, .0);( 317442.0, 2425688.0, 484.0, .0); ( 317220.0, 2425281.0, 475.0, .0);( 317081.0, 2424884.0, 474.0, .0); ( 316858.0, 2424366.0, 482.0, .0);( 316370.0, 2424150.0, 479.0, .0); ( 315855.0, 2424333.0, 479.0, .0);( 315414.0, 2424615.0, 493.0, .0); ( 315265.0, 2425137.0, 487.0, .0);( 315405.0, 2425623.0, 492.0, .0); ( 315472.0, 2425999.0, 469.0, .0);( 315488.0, 2426497.0, 481.0, .0); ( 315833.0, 2426836.0, 513.0, .0);( 316358.0, 2425833.0, 476.0, .0); ( 319020.0, 2425482.0, 514.0, .0);( 324523.0, 2426018.0, 589.0, .0); ( 315387.0, 2425811.0, 479.0, .0);( 314736.0, 2424047.0, 518.0, .0); ( 319274.0, 2428745.0, 492.0, .0);( 315864.0, 2421542.0, 528.0, .0); ( 318394.0, 2423119.0, 520.0, .0);



ISCST3Model for 0.9 MTPA of Kamanda Steel Plant of RML, Odisha 5





- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

16 9 30 24 164.1 .79 293.1 6 450.0 450.0 .0000 .0 .0000 0 .0016 10 1 1 222.3 .86 293.2 6 455.0 455.0 .0000 .0 .0000 0 .0016 10 1 2 326.0 .72 293.7 6 425.0 425.0 .0000 .0 .0000 0 .0016 10 1 3 42.6 .46 292.6 6 400.0 400.0 .0000 .0 .0000 0 .0016 10 1 4 334.4 .33 293.2 6 373.0 373.0 .0000 .0 .0000 0 .0016 10 1 5 185.5 1.94 293.9 6 355.0 355.0 .0000 .0 .0000 0 .0016 10 1 6 264.4 .93 292.2 1 360.0 360.0 .0000 .0 .0000 0 .0016 10 1 7 53.3 .72 293.0 1 60.0 60.0 .0000 .0 .0000 0 .0016 10 1 8 35.1 .73 294.3 1 150.0 150.0 .0000 .0 .0000 0 .0016 10 1 9 350.3 1.48 295.4 1 290.0 290.0 .0000 .0 .0000 0 .0016 10 1 10 10.1 1.81 295.7 1 538.0 538.0 .0000 .0 .0000 0 .0016 10 1 11 88.5 1.61 298.5 1 795.0 795.0 .0000 .0 .0000 0 .0016 10 1 12 315.8 2.24 299.5 2 920.0 920.0 .0000 .0 .0000 0 .0016 10 1 13 190.7 3.40 299.4 2 1125.0 1125.0 .0000 .0 .0000 0 .0016 10 1 14 37.0 .08 300.6 1 1193.0 1193.0 .0000 .0 .0000 0 .0016 10 1 15 206.0 .03 300.1 1 1190.0 1190.0 .0000 .0 .0000 0 .0016 10 1 16 226.7 .13 299.9 1 1105.0 1105.0 .0000 .0 .0000 0 .0016 10 1 17 288.6 .52 300.1 1 785.0 785.0 .0000 .0 .0000 0 .0016 10 1 18 357.0 2.86 305.7 2 560.0 560.0 .0000 .0 .0000 0 .0016 10 1 19 159.1 .69 303.8 1 413.0 413.0 .0000 .0 .0000 0 .0016 10 1 20 229.2 .53 303.0 6 563.0 563.0 .0000 .0 .0000 0 .0016 10 1 21 303.9 .56 301.4 6 500.0 500.0 .0000 .0 .0000 0 .0016 10 1 22 125.3 .63 299.4 6 485.0 485.0 .0000 .0 .0000 0 .0016 10 1 23 63.9 .58 296.6 6 468.0 468.0 .0000 .0 .0000 0 .00








360.0 | 4.14066 (16102424) 3.07357 (16102424) 2.71483 (16110624) 2.47925 (16110624) 6.72559c(16122024)22.5 | 5.09342 (16103024) 4.29464 (16103024) 3.68009 (16103024) 3.22880 (16103024) 2.87753 (16103024)45.0 | 5.31619c(16120824) 4.73043c(16120824) 4.21252c(16120824) 3.74573c(16120824) 3.36767c(16120824)67.5 | 4.36978 (16102024) 3.17816 (16102024) 2.44553 (16102024) 1.99265 (16102024) 1.70184 (16110624)90.0 | 3.76866 (16122524) 3.43641 (16122524) 3.06580 (16122524) 2.72013 (16122524) 2.43702 (16122524)112.5 | 4.31335 (16121524) 3.64674 (16121524) 2.94165 (16121524) 2.40441 (16122224) 2.16052 (16122224)135.0 | 5.94385 (16122224) 4.72067 (16122224) 3.85685 (16122224) 3.28881 (16122224) 2.88873 (16122224)157.5 | 6.69449c(16120824) 4.56726c(16120824) 3.83208 (16101024) 3.12967 (16101024) 2.72964 (16101024)180.0 | 6.78563 (16112324) 5.35590 (16112324) 4.19861 (16112324) 3.45647 (16112324) 2.92962 (16112324)202.5 | 6.75690 (16111024) 5.19378 (16113024) 4.25420 (16113024) 3.59536 (16113024) 3.11914 (16113024)225.0 | 5.44362 (16122924) 4.31691 (16111024) 3.95738 (16111024) 3.57523 (16111024) 3.21307 (16111024)247.5 | 4.12560 (16121124) 3.27217 (16121124) 2.46863 (16121124) 1.86771 (16121124) 1.65323 (16122924)270.0 | 4.22566 (16102724) 2.72431 (16110324) 2.20137 (16110324) 2.21733 (16110324) 7.95765 (16120724)292.5 | 4.67602 (16102724) 3.72810 (16102724) 3.14442 (16110324) 3.21774 (16110324) 4.80930 (16110324)315.0 | 6.20689c(16101324) 5.22878c(16101324) 4.94273c(16101324) 7.33295c(16101324) 3.53173c(16101324)337.5 | 4.99447 (16121724) 3.65011 (16121724) 14.63157 (16093024) 12.26773 (16093024) 2.29721 (16111924)


360.0 | 3.36893c(16122024) 1.45798 (16110624) 5.62125 (16102524) .80923 (16102424)22.5 | 3.56398 (16102424) 5.01986 (16122724) 3.93981c(16122024) 1.44160c(16122024)45.0 | 3.05327c(16120824) 2.59688c(16120824) 2.02721c(16120824) 1.41632c(16120824)67.5 | 1.58280 (16102024) 3.00054c(16112924) 1.12638 (16110624) 1.77699 (16110624)90.0 | 2.24394 (16122524) 1.94598 (16122524) 2.36904 (16122824) 1.11411c(16101324)112.5 | 1.95837 (16122224) 1.64449 (16122224) 1.47382c(16111524) 1.41425c(16111524)135.0 | 2.59555 (16122224) 2.19952 (16122224) 2.08550 (16122224) 4.90892 (16101824)157.5 | 2.44520 (16101024) 3.45180 (16101024) 5.39749 (16122424) 7.40321 (16122424)180.0 | 2.54854 (16112324) 2.04105 (16112324) 4.78453c(16112924) 7.60631c(16112924)202.5 | 2.75836 (16113024) 2.24728 (16113024) 1.65490 (16113024) 3.28735 (16120124)225.0 | 2.93444 (16111024) 10.80937 (16120724) 9.62609 (16121424) 3.03342 (16120724)247.5 | 1.75688 (16112724) 7.04036 (16121724) 6.43597 (16121724) 5.55656 (16121724)270.0 | 10.14240 (16120724) 2.84872 (16120724) 1.15079 (16102824) .89018 (16102824)292.5 | 2.55835 (16110324) 5.42723 (16120324) 1.61008 (16110324) 1.20933 (16110324)315.0 | 3.89218c(16101324) 3.51349c(16101324) 1.81221c(16101324) 1.23784c(16101324)337.5 | 2.05719 (16111924) 1.71007 (16111924) 1.29081 (16111924) .95603 (16111924)





316289.00 2426986.00 4.72064 (16102424) 316731.00 2426781.00 5.54185 (16103024)317152.00 2426588.00 5.81804c (16120824) 317520.00 2426230.00 5.08069 (16110924)317442.00 2425688.00 4.66275 (16102024) 317220.00 2425281.00 5.99342 (16122224)317081.00 2424884.00 6.79804 (16122224) 316858.00 2424366.00 6.79258 (16122224)316370.00 2424150.00 6.44295 (16112324) 315855.00 2424333.00 6.79288 (16113024)315414.00 2424615.00 5.77748 (16122924) 315265.00 2425137.00 4.69235 (16121124)315405.00 2425623.00 8.02360 (16102724) 315472.00 2425999.00 7.08326 (16102724)315488.00 2426497.00 7.23179c (16101324) 315833.00 2426836.00 6.17313 (16121724)316358.00 2425833.00 4.22912 (16103024) 319020.00 2425482.00 2.85268 (16122524)324523.00 2426018.00 2.04920 (16121924) 315387.00 2425811.00 7.65433 (16102724)314736.00 2424047.00 4.21960 (16111024) 319274.00 2428745.00 3.02126c (16120824)315864.00 2421542.00 2.64738 (16110824) 318394.00 2423119.00 3.62722c (16120824)


1. 14.63157 (16093024) AT ( 315368.30, 2427956.00) GP 26. 7.10805 (16121424) AT ( 312325.00, 2425646.00) GP2. 12.26773 (16093024) AT ( 315176.90, 2428418.00) GP 27. 7.08326 (16102724) AT ( 315472.00, 2425999.00) DC3. 10.80937 (16120724) AT ( 312789.50, 2422111.00) GP 28. 7.04036 (16121724) AT ( 311705.60, 2423733.00) GP4. 10.66839 (16121424) AT ( 312789.50, 2422111.00) GP 29. 7.02101 (16110324) AT ( 312789.50, 2422111.00) GP5. 10.14240 (16120724) AT ( 312325.00, 2425646.00) GP 30. 6.90310 (16122824) AT ( 312825.00, 2425646.00) GP6. 9.62609 (16121424) AT ( 311375.30, 2420696.00) GP 31. 6.84329 (16111024) AT ( 311375.30, 2420696.00) GP7. 9.61221 (16122124) AT ( 312325.00, 2425646.00) GP 32. 6.79804 (16122224) AT ( 317081.00, 2424884.00) DC8. 9.58084 (16120724) AT ( 311375.30, 2420696.00) GP 33. 6.79288 (16113024) AT ( 315855.00, 2424333.00) DC9. 8.81043 (16111024) AT ( 312789.50, 2422111.00) GP 34. 6.79258 (16122224) AT ( 316858.00, 2424366.00) DC10. 8.16850 (16111724) AT ( 312789.50, 2422111.00) GP 35. 6.78563 (16112324) AT ( 316325.00, 2424146.00) GP11. 8.02360 (16102724) AT ( 315405.00, 2425623.00) DC 36. 6.77368c(16120824) AT ( 316858.00, 2424366.00) DC12. 7.95765 (16120724) AT ( 312825.00, 2425646.00) GP 37. 6.75690 (16111024) AT ( 315751.00, 2424260.00) GP13. 7.88655 (16122824) AT ( 312325.00, 2425646.00) GP 38. 6.74796 (16122424) AT ( 311705.60, 2423733.00) GP14. 7.80613 (16122124) AT ( 312825.00, 2425646.00) GP 39. 6.72559c(16122024) AT ( 316325.00, 2429146.00) GP15. 7.65433 (16102724) AT ( 315387.00, 2425811.00) DC 40. 6.69449c(16120824) AT ( 316899.00, 2424260.00) GP16. 7.60631c(16112924) AT ( 316325.00, 2415646.00) GP 41. 6.61091 (16111624) AT ( 312325.00, 2425646.00) GP17. 7.60390c(16111524) AT ( 316325.00, 2415646.00) GP 42. 6.53967 (16113024) AT ( 315751.00, 2424260.00) GP18. 7.40321 (16122424) AT ( 320151.80, 2416407.00) GP 43. 6.49262 (16102724) AT ( 314203.70, 2427767.00) GP19. 7.39783 (16112424) AT ( 312789.50, 2422111.00) GP 44. 6.44295 (16112324) AT ( 316370.00, 2424150.00) DC20. 7.33295c(16101324) AT ( 314203.70, 2427767.00) GP 45. 6.43597 (16121724) AT ( 309857.80, 2422967.00) GP21. 7.31856 (16110824) AT ( 316325.00, 2415646.00) GP 46. 6.38566 (16111724) AT ( 311375.30, 2420696.00) GP22. 7.31419 (16122124) AT ( 312789.50, 2422111.00) GP 47. 6.38256 (16122224) AT ( 316899.00, 2424260.00) GP23. 7.28849 (16112224) AT ( 316325.00, 2415646.00) GP 48. 6.36223 (16100124) AT ( 312789.50, 2422111.00) GP24. 7.28531 (16110124) AT ( 316325.00, 2415646.00) GP 49. 6.35768 (16122124) AT ( 311375.30, 2420696.00) GP25. 7.23179c(16101324) AT ( 315488.00, 2426497.00) DC 50. 6.27062 (16111624) AT ( 312825.00, 2425646.00) GP






360.0 | 2.38088 (16102424) 1.76730 (16102424) 1.56103 (16110624) 1.42557 (16110624) 3.86721c(16122024)22.5 | 2.92871 (16103024) 2.46942 (16103024) 2.11605 (16103024) 1.85656 (16103024) 1.65458 (16103024)45.0 | 3.05681c(16120824) 2.72000c(16120824) 2.42220c(16120824) 2.15380c(16120824) 1.93641c(16120824)67.5 | 2.51262 (16102024) 1.82744 (16102024) 1.40618 (16102024) 1.14578 (16102024) .97856 (16110624)90.0 | 2.16698 (16122524) 1.97593 (16122524) 1.76284 (16122524) 1.56408 (16122524) 1.40128 (16122524)112.5 | 2.48018 (16121524) 2.09688 (16121524) 1.69145 (16121524) 1.38254 (16122224) 1.24230 (16122224)135.0 | 3.41771 (16122224) 2.71438 (16122224) 2.21769 (16122224) 1.89106 (16122224) 1.66102 (16122224)157.5 | 3.84933c(16120824) 2.62617c(16120824) 2.20344 (16101024) 1.79956 (16101024) 1.56954 (16101024)180.0 | 3.90174 (16112324) 3.07964 (16112324) 2.41420 (16112324) 1.98747 (16112324) 1.68453 (16112324)202.5 | 3.88521 (16111024) 2.98642 (16113024) 2.44617 (16113024) 2.06733 (16113024) 1.79350 (16113024)225.0 | 3.13008 (16122924) 2.48222 (16111024) 2.27549 (16111024) 2.05576 (16111024) 1.84751 (16111024)247.5 | 2.37222 (16121124) 1.88150 (16121124) 1.41946 (16121124) 1.07393 (16121124) .95061 (16122924)270.0 | 2.42975 (16102724) 1.56648 (16110324) 1.26579 (16110324) 1.27496 (16110324) 4.57565 (16120724)292.5 | 2.68871 (16102724) 2.14366 (16102724) 1.80804 (16110324) 1.85020 (16110324) 2.76534 (16110324)315.0 | 3.56896c(16101324) 3.00654c(16101324) 2.84207c(16101324) 4.21645c(16101324) 2.03075c(16101324)337.5 | 2.87182 (16121724) 2.09881 (16121724) 8.41314 (16093024) 7.05394 (16093024) 1.32090 (16111924)


360.0 | 1.93713c(16122024) .83834 (16110624) 3.23222 (16102524) .46531 (16102424)22.5 | 2.04929 (16102424) 2.88642 (16122724) 2.26539c(16122024) .82892c(16122024)45.0 | 1.75563c(16120824) 1.49321c(16120824) 1.16564c(16120824) .81438c(16120824)67.5 | .91011 (16102024) 1.72531c(16112924) .64767 (16110624) 1.02177 (16110624)90.0 | 1.29026 (16122524) 1.11894 (16122524) 1.36220 (16122824) .64061c(16101324)112.5 | 1.12606 (16122224) .94558 (16122224) .84744c(16111524) .81319c(16111524)135.0 | 1.49244 (16122224) 1.26472 (16122224) 1.19916 (16122224) 2.82263 (16101824)157.5 | 1.40599 (16101024) 1.98478 (16101024) 3.10356 (16122424) 4.25685 (16122424)180.0 | 1.46541 (16112324) 1.17360 (16112324) 2.75111c(16112924) 4.37363c(16112924)202.5 | 1.58606 (16113024) 1.29219 (16113024) .95157 (16113024) 1.89022 (16120124)225.0 | 1.68730 (16111024) 6.21539 (16120724) 5.53500 (16121424) 1.74421 (16120724)247.5 | 1.01020 (16112724) 4.04820 (16121724) 3.70068 (16121724) 3.19502 (16121724)270.0 | 5.83188 (16120724) 1.63802 (16120724) .66170 (16102824) .51185 (16102824)292.5 | 1.47105 (16110324) 3.12066 (16120324) .92580 (16110324) .69536 (16110324)315.0 | 2.23800c(16101324) 2.02026c(16101324) 1.04202c(16101324) .71176c(16101324)337.5 | 1.18288 (16111924) .98329 (16111924) .74221 (16111924) .54972 (16111924)





316289.00 2426986.00 2.71437 (16102424) 316731.00 2426781.00 3.18657 (16103024)317152.00 2426588.00 3.34537c (16120824) 317520.00 2426230.00 2.92140 (16110924)317442.00 2425688.00 2.68108 (16102024) 317220.00 2425281.00 3.44622 (16122224)317081.00 2424884.00 3.90887 (16122224) 316858.00 2424366.00 3.90573 (16122224)316370.00 2424150.00 3.70469 (16112324) 315855.00 2424333.00 3.90591 (16113024)315414.00 2424615.00 3.32205 (16122924) 315265.00 2425137.00 2.69810 (16121124)315405.00 2425623.00 4.61357 (16102724) 315472.00 2425999.00 4.07287 (16102724)315488.00 2426497.00 4.15828c (16101324) 315833.00 2426836.00 3.54955 (16121724)316358.00 2425833.00 2.43174 (16103024) 319020.00 2425482.00 1.64029 (16122524)324523.00 2426018.00 1.17829 (16121924) 315387.00 2425811.00 4.40124 (16102724)314736.00 2424047.00 2.42627 (16111024) 319274.00 2428745.00 1.73722c (16120824)315864.00 2421542.00 1.52224 (16110824) 318394.00 2423119.00 2.08565c (16120824)


1. 8.41314 (16093024) AT ( 315368.30, 2427956.00) GP 26. 4.08712 (16121424) AT ( 312325.00, 2425646.00) GP2. 7.05394 (16093024) AT ( 315176.90, 2428418.00) GP 27. 4.07287 (16102724) AT ( 315472.00, 2425999.00) DC3. 6.21539 (16120724) AT ( 312789.50, 2422111.00) GP 28. 4.04820 (16121724) AT ( 311705.60, 2423733.00) GP4. 6.13432 (16121424) AT ( 312789.50, 2422111.00) GP 29. 4.03708 (16110324) AT ( 312789.50, 2422111.00) GP5. 5.83188 (16120724) AT ( 312325.00, 2425646.00) GP 30. 3.96928 (16122824) AT ( 312825.00, 2425646.00) GP6. 5.53500 (16121424) AT ( 311375.30, 2420696.00) GP 31. 3.93489 (16111024) AT ( 311375.30, 2420696.00) GP7. 5.52702 (16122124) AT ( 312325.00, 2425646.00) GP 32. 3.90887 (16122224) AT ( 317081.00, 2424884.00) DC8. 5.50898 (16120724) AT ( 311375.30, 2420696.00) GP 33. 3.90591 (16113024) AT ( 315855.00, 2424333.00) DC9. 5.06600 (16111024) AT ( 312789.50, 2422111.00) GP 34. 3.90573 (16122224) AT ( 316858.00, 2424366.00) DC10. 4.69689 (16111724) AT ( 312789.50, 2422111.00) GP 35. 3.90174 (16112324) AT ( 316325.00, 2424146.00) GP11. 4.61357 (16102724) AT ( 315405.00, 2425623.00) DC 36. 3.89487c(16120824) AT ( 316858.00, 2424366.00) DC12. 4.57565 (16120724) AT ( 312825.00, 2425646.00) GP 37. 3.88521 (16111024) AT ( 315751.00, 2424260.00) GP13. 4.53476 (16122824) AT ( 312325.00, 2425646.00) GP 38. 3.88008 (16122424) AT ( 311705.60, 2423733.00) GP14. 4.48853 (16122124) AT ( 312825.00, 2425646.00) GP 39. 3.86721c(16122024) AT ( 316325.00, 2429146.00) GP15. 4.40124 (16102724) AT ( 315387.00, 2425811.00) DC 40. 3.84933c(16120824) AT ( 316899.00, 2424260.00) GP16. 4.37363c(16112924) AT ( 316325.00, 2415646.00) GP 41. 3.80128 (16111624) AT ( 312325.00, 2425646.00) GP17. 4.37224c(16111524) AT ( 316325.00, 2415646.00) GP 42. 3.76031 (16113024) AT ( 315751.00, 2424260.00) GP18. 4.25685 (16122424) AT ( 320151.80, 2416407.00) GP 43. 3.73326 (16102724) AT ( 314203.70, 2427767.00) GP19. 4.25375 (16112424) AT ( 312789.50, 2422111.00) GP 44. 3.70469 (16112324) AT ( 316370.00, 2424150.00) DC20. 4.21645c(16101324) AT ( 314203.70, 2427767.00) GP 45. 3.70068 (16121724) AT ( 309857.80, 2422967.00) GP21. 4.20817 (16110824) AT ( 316325.00, 2415646.00) GP 46. 3.67175 (16111724) AT ( 311375.30, 2420696.00) GP22. 4.20566 (16122124) AT ( 312789.50, 2422111.00) GP 47. 3.66997 (16122224) AT ( 316899.00, 2424260.00) GP23. 4.19088 (16112224) AT ( 316325.00, 2415646.00) GP 48. 3.65828 (16100124) AT ( 312789.50, 2422111.00) GP24. 4.18905 (16110124) AT ( 316325.00, 2415646.00) GP 49. 3.65567 (16122124) AT ( 311375.30, 2420696.00) GP25. 4.15828c(16101324) AT ( 315488.00, 2426497.00) DC 50. 3.60560 (16111624) AT ( 312825.00, 2425646.00) GP







360.0 | 22.98624 (16110624) 17.35649 (16110624) 14.74689 (16110624) 13.15365 (16110624) 17.18590c(16122024)22.5 | 27.23585 (16102824) 19.71171 (16102824) 15.41021 (16102824) 13.02023 (16103024) 11.63241 (16103024)45.0 | 27.84838 (16111024) 23.88011 (16111024) 20.71843c(16120824) 18.26707c(16120824) 16.30154c(16120824)67.5 | 19.97807c(16112924) 14.45610c(16112924) 11.43453 (16110624) 9.72327 (16110624) 8.49789 (16110624)90.0 | 24.00282 (16122524) 20.64751 (16122524) 17.58991 (16122524) 15.12500 (16122524) 13.27406 (16122524)112.5 | 18.24648 (16122224) 14.17115 (16122224) 11.79950 (16122224) 10.17515 (16122224) 8.96765 (16122224)135.0 | 26.28825 (16122224) 21.51132c(16120824) 18.28597c(16120824) 15.86431c(16120824) 13.94886c(16120824)157.5 | 25.33910 (16101024) 20.70849 (16101024) 17.57540 (16101024) 14.67109 (16101024) 12.72012 (16101024)180.0 | 25.02080 (16112324) 20.31752 (16112324) 16.45114 (16112324) 13.81829 (16112324) 11.88700 (16112324)202.5 | 26.59837 (16113024) 21.79082 (16113024) 18.14173 (16113024) 15.44604 (16113024) 13.44901 (16113024)225.0 | 28.13215 (16111024) 23.63497 (16111024) 20.11318 (16111024) 17.35806 (16111024) 15.15201 (16111024)247.5 | 17.20533 (16121124) 12.69503 (16121124) 9.49782 (16121124) 8.02670 (16122924) 7.18389 (16122924)270.0 | 16.98037 (16102724) 11.74312 (16102824) 10.41033 (16102824) 9.46552 (16102824) 18.88576 (16122824)292.5 | 22.62024 (16110324) 18.82594 (16110324) 16.20308 (16110324) 14.34679 (16110324) 14.19314 (16110324)315.0 | 33.36575c(16101324) 26.04836c(16101324) 22.38967c(16101324) 22.86773c(16101324) 16.08830c(16101324)337.5 | 26.04169 (16111924) 19.03662 (16111924) 23.44119 (16093024) 14.01717 (16093024) 11.54903 (16111924)


360.0 | 10.47370 (16110624) 7.95078 (16110624) 20.33678 (16121224) 4.28654 (16110624)22.5 | 12.76422 (16122724) 20.48893c(16122024) 15.02030c(16122024) 4.96810 (16103024)45.0 | 14.70072c(16120824) 12.35719c(16120824) 9.58657 (16111024) 6.73234c(16120824)67.5 | 7.65747 (16110624) 10.64323c(16112924) 4.90722 (16110624) 6.56648 (16110624)90.0 | 11.88821c(16101324) 9.96953c(16101324) 8.23120 (16122524) 5.61788c(16101324)112.5 | 8.02653 (16122224) 6.64521 (16122224) 6.36710 (16110824) 6.11671 (16110824)135.0 | 12.50418c(16120824) 10.39829c(16120824) 8.50511 (16122224) 21.84245 (16101824)157.5 | 11.27119 (16101024) 10.63179 (16101024) 22.79816 (16122424) 31.75977 (16122424)180.0 | 10.44097 (16112324) 8.42464 (16112324) 16.14762c(16111524) 25.52549c(16111524)202.5 | 11.91722 (16113024) 9.72768 (16113024) 7.17378 (16113024) 12.92474 (16120124)225.0 | 13.46519 (16111024) 34.16568 (16120724) 31.92499 (16122124) 11.53569 (16122124)247.5 | 6.52006 (16122924) 26.68178 (16121724) 25.76882 (16121724) 23.41633 (16121724)270.0 | 24.68825 (16122124) 7.41951 (16100224) 5.26898 (16102824) 3.98060 (16102824)292.5 | 11.38707 (16110324) 18.65736 (16120324) 7.12688 (16110324) 5.22548 (16110324)315.0 | 16.43352c(16101324) 15.01184c(16101324) 8.01147c(16101324) 5.48447c(16101324)337.5 | 10.24695 (16111924) 8.40318 (16111924) 6.24048 (16111924) 4.56544 (16111924)





316289.00 2426986.00 26.94357 (16110624) 316731.00 2426781.00 34.80076 (16102824)317152.00 2426588.00 33.37478 (16111024) 317520.00 2426230.00 21.80360c (16112924)317442.00 2425688.00 28.30219c (16111524) 317220.00 2425281.00 28.61459 (16122224)317081.00 2424884.00 32.17019 (16122224) 316858.00 2424366.00 26.54311 (16101024)316370.00 2424150.00 23.64721 (16112324) 315855.00 2424333.00 26.02943 (16113024)315414.00 2424615.00 27.10906 (16111024) 315265.00 2425137.00 26.92881 (16111024)315405.00 2425623.00 30.98197 (16122724) 315472.00 2425999.00 35.25768 (16102724)315488.00 2426497.00 41.87241c (16101324) 315833.00 2426836.00 32.97071 (16111924)316358.00 2425833.00 22.45159 (16110824) 319020.00 2425482.00 15.65321 (16122524)324523.00 2426018.00 10.29969 (16121924) 315387.00 2425811.00 36.12398 (16122724)314736.00 2424047.00 21.93875 (16111024) 319274.00 2428745.00 14.56386c (16120824)315864.00 2421542.00 11.18113 (16110824) 318394.00 2423119.00 16.26682c (16120824)


1. 41.87241c(16101324) AT ( 315488.00, 2426497.00) DC 26. 28.94598 (16102724) AT ( 315405.00, 2425623.00) DC2. 36.12398 (16122724) AT ( 315387.00, 2425811.00) DC 27. 28.63997c(16102124) AT ( 316731.00, 2426781.00) DC3. 35.25768 (16102724) AT ( 315472.00, 2425999.00) DC 28. 28.61459 (16122224) AT ( 317220.00, 2425281.00) DC4. 34.80076 (16102824) AT ( 316731.00, 2426781.00) DC 29. 28.55257 (16100124) AT ( 312789.50, 2422111.00) GP5. 34.77266 (16102724) AT ( 315488.00, 2426497.00) DC 30. 28.55245 (16120624) AT ( 315405.00, 2425623.00) DC6. 34.16568 (16120724) AT ( 312789.50, 2422111.00) GP 31. 28.30219c(16111524) AT ( 317442.00, 2425688.00) DC7. 33.46043 (16111024) AT ( 312789.50, 2422111.00) GP 32. 28.28513 (16112424) AT ( 316731.00, 2426781.00) DC8. 33.37478 (16111024) AT ( 317152.00, 2426588.00) DC 33. 28.13215 (16111024) AT ( 315264.30, 2424585.00) GP9. 33.36575c(16101324) AT ( 315264.30, 2426707.00) GP 34. 27.97813 (16121924) AT ( 315488.00, 2426497.00) DC10. 33.09520c(16120824) AT ( 317152.00, 2426588.00) DC 35. 27.84838 (16111024) AT ( 317385.70, 2426707.00) GP11. 33.05886c(16120824) AT ( 316731.00, 2426781.00) DC 36. 27.74196 (16122724) AT ( 315472.00, 2425999.00) DC12. 32.97071 (16111924) AT ( 315833.00, 2426836.00) DC 37. 27.61526 (16102224) AT ( 312789.50, 2422111.00) GP13. 32.27804 (16121724) AT ( 315833.00, 2426836.00) DC 38. 27.34996 (16112424) AT ( 312789.50, 2422111.00) GP14. 32.17019 (16122224) AT ( 317081.00, 2424884.00) DC 39. 27.30481 (16100124) AT ( 311375.30, 2420696.00) GP15. 31.92499 (16122124) AT ( 311375.30, 2420696.00) GP 40. 27.25041 (16102924) AT ( 312789.50, 2422111.00) GP16. 31.75977 (16122424) AT ( 320151.80, 2416407.00) GP 41. 27.24304 (16111924) AT ( 311375.30, 2420696.00) GP17. 31.39753c(16120824) AT ( 317081.00, 2424884.00) DC 42. 27.23585 (16102824) AT ( 316899.00, 2427032.00) GP18. 31.28446 (16122124) AT ( 312789.50, 2422111.00) GP 43. 27.23254 (16101524) AT ( 312789.50, 2422111.00) GP19. 30.98197 (16122724) AT ( 315405.00, 2425623.00) DC 44. 27.23137 (16100824) AT ( 312789.50, 2422111.00) GP20. 30.45703 (16121724) AT ( 315488.00, 2426497.00) DC 45. 27.21404c(16120824) AT ( 316899.00, 2427032.00) GP21. 30.28828 (16100624) AT ( 315488.00, 2426497.00) DC 46. 27.15381 (16111024) AT ( 311375.30, 2420696.00) GP22. 29.57072 (16110924) AT ( 317152.00, 2426588.00) DC 47. 27.10906 (16111024) AT ( 315414.00, 2424615.00) DC23. 29.47851 (16121724) AT ( 315387.00, 2425811.00) DC 48. 27.08833 (16120724) AT ( 311375.30, 2420696.00) GP24. 29.38453 (16111724) AT ( 312789.50, 2422111.00) GP 49. 27.07319c(16122024) AT ( 317081.00, 2424884.00) DC25. 29.15718 (16102724) AT ( 315264.30, 2426707.00) GP 50. 26.98562c(16120824) AT ( 317385.70, 2426707.00) GP







360.0 | 8.01898 (16102424) 5.74406 (16102424) 4.59464 (16102424) 4.03126 (16102424) 5.73208c(16122024)22.5 | 10.73908 (16102824) 7.46573 (16102824) 5.72986 (16102824) 4.62694 (16103024) 4.09569 (16103024)45.0 | 8.81319 (16110924) 8.19016 (16110924) 7.36300 (16110924) 6.31217 (16110924) 5.55905 (16110924)67.5 | 7.27080 (16101524) 5.35735 (16110624) 4.36183 (16110624) 3.66483 (16110624) 3.16670 (16110624)90.0 | 7.40054c(16111524) 6.06246 (16102324) 4.99898 (16102324) 4.27081 (16100424) 3.80162 (16100424)112.5 | 7.03080 (16122224) 5.21139 (16122224) 4.16836 (16122224) 3.49533 (16122224) 3.02317 (16122224)135.0 | 9.71496c(16120824) 8.16416c(16120824) 6.92417c(16120824) 5.94578c(16120824) 5.17352c(16120824)157.5 | 8.63888 (16101024) 6.87609 (16101024) 5.71485 (16101024) 4.77332 (16101024) 4.14097 (16101024)180.0 | 8.01349 (16112324) 6.38630 (16112324) 5.25084 (16112324) 4.44600 (16112324) 3.84807 (16112324)202.5 | 9.44652 (16113024) 7.49867 (16113024) 6.16557 (16113024) 5.22050 (16113024) 4.53189 (16113024)225.0 | 10.98517 (16111024) 8.80251 (16111024) 7.24874 (16111024) 6.12299 (16111024) 5.27241 (16111024)247.5 | 5.47018 (16111724) 3.77665 (16111724) 3.05523 (16122924) 2.66882 (16122924) 2.37660 (16122924)270.0 | 5.80448 (16102824) 4.82330 (16102824) 4.16555 (16102824) 3.69805 (16102824) 7.91839 (16100224)292.5 | 7.50204 (16110324) 6.45369 (16110324) 5.59512 (16110324) 4.90793 (16110324) 4.37629 (16110324)315.0 | 10.62991 (16102724) 8.60169 (16102724) 7.63422 (16102724) 8.03676 (16112824) 5.34221 (16102724)337.5 | 10.03869c(16101324) 7.40346 (16111924) 15.49492 (16093024) 7.99366 (16093024) 4.27594 (16111924)


360.0 | 3.61375 (16102424) 2.28591 (16102424) 5.41814 (16121224) 1.18783 (16102424)22.5 | 4.54613c(16122024) 7.33809c(16122024) 4.71881c(16122024) 1.68421 (16103024)45.0 | 4.96225 (16110924) 4.08609 (16110924) 3.02321 (16110924) 2.19062 (16110924)67.5 | 2.81028 (16110624) 3.81203 (16122324) 1.68951 (16110624) 1.64365 (16121624)90.0 | 3.43489 (16100424) 2.86987 (16100424) 2.78511 (16121924) 1.59288 (16100424)112.5 | 2.71745 (16120924) 2.27850 (16120924) 2.47895 (16110824) 2.20136 (16110824)135.0 | 4.59630c(16120824) 3.77089c(16120824) 2.81091c(16120824) 5.67637 (16101824)157.5 | 3.67342 (16101024) 3.12923 (16101024) 6.13624 (16122424) 7.86348 (16122424)180.0 | 3.39521 (16112324) 2.75674 (16112324) 5.06768c(16111524) 7.31018c(16111524)202.5 | 4.00886 (16113024) 3.26710 (16113024) 2.40794 (16113024) 3.76749 (16120124)225.0 | 4.63865 (16111024) 12.41689 (16120724) 9.03429 (16122124) 3.10663 (16122124)247.5 | 2.29508 (16120724) 7.83601 (16120724) 4.83832 (16120724) 4.39168 (16121724)270.0 | 8.77023 (16100224) 2.67964 (16100224) 1.83945 (16102824) 1.35632 (16102824)292.5 | 3.91331 (16110324) 3.28185 (16110324) 2.42549 (16110324) 1.76710 (16110324)315.0 | 5.39844c(16101324) 4.70757c(16101324) 2.62374c(16101324) 1.80860c(16101324)337.5 | 3.75690 (16111924) 3.04076 (16111924) 2.22543 (16111924) 1.61142 (16111924)





316289.00 2426986.00 9.04542 (16102424) 316731.00 2426781.00 13.32620 (16102824)317152.00 2426588.00 10.13298 (16110924) 317520.00 2426230.00 7.84422 (16101524)317442.00 2425688.00 9.00632c (16111524) 317220.00 2425281.00 11.06845 (16122224)317081.00 2424884.00 11.38821c (16120824) 316858.00 2424366.00 9.15990 (16101024)316370.00 2424150.00 7.69390 (16112324) 315855.00 2424333.00 9.48128 (16113024)315414.00 2424615.00 10.82780 (16111024) 315265.00 2425137.00 8.97725 (16111024)315405.00 2425623.00 8.95952 (16122724) 315472.00 2425999.00 8.84976 (16122724)315488.00 2426497.00 12.15756c (16101324) 315833.00 2426836.00 12.34099c (16101324)316358.00 2425833.00 3.27077 (16102624) 319020.00 2425482.00 4.67844c (16111524)324523.00 2426018.00 2.75166 (16121924) 315387.00 2425811.00 8.07928 (16122724)314736.00 2424047.00 8.01566 (16111024) 319274.00 2428745.00 4.78068 (16110924)315864.00 2421542.00 3.58239 (16110824) 318394.00 2423119.00 5.47115c (16120824)


1. 15.49492 (16093024) AT ( 315368.30, 2427956.00) GP 26. 9.55670 (16112224) AT ( 316731.00, 2426781.00) DC2. 13.32620 (16102824) AT ( 316731.00, 2426781.00) DC 27. 9.48128 (16113024) AT ( 315855.00, 2424333.00) DC3. 12.41689 (16120724) AT ( 312789.50, 2422111.00) GP 28. 9.46785 (16110324) AT ( 315488.00, 2426497.00) DC4. 12.34099c(16101324) AT ( 315833.00, 2426836.00) DC 29. 9.44652 (16113024) AT ( 315751.00, 2424260.00) GP5. 12.15756c(16101324) AT ( 315488.00, 2426497.00) DC 30. 9.44448 (16121724) AT ( 315751.00, 2427032.00) GP6. 12.05609 (16102724) AT ( 315488.00, 2426497.00) DC 31. 9.25091 (16121524) AT ( 317220.00, 2425281.00) DC7. 11.78799 (16111924) AT ( 315833.00, 2426836.00) DC 32. 9.23935 (16121924) AT ( 315488.00, 2426497.00) DC8. 11.71491 (16121724) AT ( 315833.00, 2426836.00) DC 33. 9.15990 (16101024) AT ( 316858.00, 2424366.00) DC9. 11.38821c(16120824) AT ( 317081.00, 2424884.00) DC 34. 9.14957 (16121724) AT ( 315488.00, 2426497.00) DC10. 11.28141 (16122224) AT ( 317081.00, 2424884.00) DC 35. 9.14228 (16103024) AT ( 316731.00, 2426781.00) DC11. 11.06845 (16122224) AT ( 317220.00, 2425281.00) DC 36. 9.14049 (16100624) AT ( 315264.30, 2426707.00) GP12. 10.98517 (16111024) AT ( 315264.30, 2424585.00) GP 37. 9.04542 (16102424) AT ( 316289.00, 2426986.00) DC13. 10.83527 (16100624) AT ( 315488.00, 2426497.00) DC 38. 9.03429 (16122124) AT ( 311375.30, 2420696.00) GP14. 10.82780 (16111024) AT ( 315414.00, 2424615.00) DC 39. 9.00632c(16111524) AT ( 317442.00, 2425688.00) DC15. 10.73908 (16102824) AT ( 316899.00, 2427032.00) GP 40. 8.99261 (16111024) AT ( 317152.00, 2426588.00) DC16. 10.62991 (16102724) AT ( 315264.30, 2426707.00) GP 41. 8.97725 (16111024) AT ( 315265.00, 2425137.00) DC17. 10.60439c(16102124) AT ( 316731.00, 2426781.00) DC 42. 8.95952 (16122724) AT ( 315405.00, 2425623.00) DC18. 10.22445 (16122124) AT ( 312789.50, 2422111.00) GP 43. 8.87665 (16100424) AT ( 317442.00, 2425688.00) DC19. 10.13298 (16110924) AT ( 317152.00, 2426588.00) DC 44. 8.85820 (16122224) AT ( 317385.70, 2424585.00) GP20. 10.09011c(16101324) AT ( 315264.30, 2426707.00) GP 45. 8.84976 (16122724) AT ( 315472.00, 2425999.00) DC21. 10.03869c(16101324) AT ( 315751.00, 2427032.00) GP 46. 8.83923 (16112424) AT ( 317152.00, 2426588.00) DC22. 10.03570 (16111924) AT ( 315751.00, 2427032.00) GP 47. 8.81319 (16110924) AT ( 317385.70, 2426707.00) GP23. 9.81048c(16120824) AT ( 317152.00, 2426588.00) DC 48. 8.80251 (16111024) AT ( 314910.80, 2424232.00) GP24. 9.71496c(16120824) AT ( 317385.70, 2424585.00) GP 49. 8.77023 (16100224) AT ( 312325.00, 2425646.00) GP25. 9.56313 (16122824) AT ( 317081.00, 2424884.00) DC 50. 8.71039 (16122824) AT ( 317385.70, 2424585.00) GP













Modelling for existing (0.277 MTPA) units

ISCST3Model for 0.277MTPAof Kamanda Steel Plant of RML,Odisha 1

CO STARTING

TITLEONE EXISTING KAMANDA STEEL PLANT

(0.277MTPA) OFRML

TITLETWOPM10 EMISSIONS FROM ALL STACKS

MODELOPT DFAULT CONC RURAL

AVERTIME 24 PERIOD

POLLUTID PM10

RUNORNOT RUN

TERRHGTS ELEV

CO FINISHED

SO STARTING

























** Point Source QS HS TS VS DS

** Parameters: ---- ---- ---- ---- ---

SO SRCPARAM S-8 0.085 42 100 5.262 2.1

SO SRCPARAM S-9 0.16 42 100 5.262 2.1

SO SRCPARAM S-10 0.29 42 100 5.262 2.1

SO SRCPARAM S-11 0.291667 75 167 2.357 4.4

SO SRCPARAM S-13 0.328125 75 167 2.535 4.5

SO SRCPARAM S-15 0.096875 18.5 50 19.143 0.81

SO SRCPARAM S-16 0.096875 18.5 50 19.143 0.81

SO SRCPARAM S-17 0.096875 18.5 50 19.143 0.81

SO SRCPARAM S-18 0.10625 16.5 50 34.889 0.6

SO SRCPARAM S-19 0.10625 18 50 19.143 0.81

SO SRCPARAM S-20 0.4375 18.2 50 37.989 1.15

SO SRCPARAM S-21 0.028802 15.2 50 10.934 0.55

SO SRCPARAM S-22 0.028802 15.2 50 10.934 0.55

SO SRCPARAM S-23 0.028802 15.2 50 10.934 0.55

SO SRCPARAM S-24 0.129167 25 50 10.718 1.25

SO SRCPARAM S-25 0.557083 30 50 40.942 1.25

SO SRCPARAM S-26 0.284375 30 50 20.9 1.25

SO SRCPARAM S-27 0.28125 35 50 16.747 1.5

SO SRCPARAM S-28 0.203125 30 100 13.967 1.5

SO SRCPARAM S-29 0.1875 35 50 13.038 1.7

SO SRCPARAM S-40 0.139583 30 100 12.247 2.3

SO SRCPARAM S-41 0.139583 30 100 12.247 2.3

SO SRCPARAM S-47 0.289663 60 365 8.517 3

SO SRCPARAM S-51 0.913448 75 150 21.805 2.1

SO SRCGROUP ALL

SO FINISHED

RE STARTING


GRIDPOLR POL1 STA



4000 5000 7000 10000


ELEV 1 506 502 532 545 570 557 512 578 499

ELEV 2 474 487 482 503 512 562 574 563 530

ELEV 3 474 468 496 471 467 463 477 498 456

ELEV 4 476 478 492 499 502 520 560 507 539

ELEV 5 525 522 508 485 495 516 521 561 519

ELEV 6 503 522 509 519 510 495 510 541 539

ELEV 7 484 486 497 506 487 496 508 546 585

ELEV 8 483 488 533 499 490 501 552 580 597

ELEV 9 479 495 498 502 493 499 508 559 580

ELEV 10 479 482 488 485 485 489 494 526 562

ELEV 11 496 489 490 501 500 514 598 600 562

ELEV 12 490 491 502 511 524 554 585 580 581

ELEV 13 494 502 527 545 576 580 552 453 309

ELEV 14 521 539 540 542 562 529 585 445 342

ELEV 15 494 514 543 572 519 553 565 469 423

ELEV 16 519 533 565 563 531 506 503 452 446

GRIDPOLR POL1 END

** AT 500

DISCCART 316289 2426986 507

DISCCART 316731 2426781 458

DISCCART 317152 2426588 472

DISCCART 317520 2426230 473

DISCCART 317442 2425688 484

DISCCART 317220 2425281 475

DISCCART 317081 2424884 474

DISCCART 316858 2424366 482

DISCCART 316370 2424150 479

DISCCART 315855 2424333 479

DISCCART 315414 2424615 493

DISCCART 315265 2425137 487

DISCCART 315405 2425623 492

DISCCART 315472 2425999 469

DISCCART 315488 2426497 481

DISCCART 315833 2426836 513

** AT AAQ

DISCCART 316358 2425833 476

DISCCART 319020 2425482 514

DISCCART 324523 2426018 589

DISCCART 315387 2425811 479

DISCCART 314736 2424047 518

DISCCART 319274 2428745 492

DISCCART 315864 2421542 528




DISCCART 318394 2423119 520

RE FINISHED

ME STARTING


ANEMHGHT 5.0



WDROTATE 180

ME FINISHED

OUSTARTING

OURECTABLE 24 FIRST

OU MAXTABLE 24 50



OU FINISHED

***********************************


***********************************

***POINT SOURCE DATA ***




S-8 0 8.50E-02 4.89E-02 3.63E+00 1.36E-02 316207 2426123 573 42 100 5.26 2.1 NO

S-9 0 1.60E-01 9.20E-02 3.63E+00 1.36E-02 316166 2426146 574 42 100 5.26 2.1 NO

S-10 0 2.90E-01 1.67E-01 3.63E+00 1.36E-02 316104 2426191 572 42 100 5.26 2.1 NO

S-11 0 2.92E-01 1.68E-01 5.03E+00 1.88E-02 316351 2426055 567 75 167 2.36 4.4 NO

S-13 0 3.28E-01 1.89E-01 6.56E+00 2.46E-02 316382 2426044 565 75 167 2.54 4.5 NO

S-15 0 9.69E-02 5.57E-02 316157 2426290 571 18.5 50 19.14 0.81 NO

S-16 0 9.69E-02 5.57E-02 316270 2426222 571 18.5 50 19.14 0.81 NO

S-17 0 9.69E-02 5.57E-02 316239 2426244 572 18.5 50 19.14 0.81 NO

S-18 0 1.06E-01 6.11E-02 316209 2426356 572 16.5 50 34.89 0.6 NO

S-19 0 1.06E-01 6.11E-02 316250 2426322 571 18 50 19.14 0.81 NO

S-20 0 4.38E-01 2.52E-01 316190 2426433 575 18.2 50 37.99 1.15 NO

S-21 0 2.88E-02 1.66E-02 316208 2426189 573 15.2 50 10.93 0.55 NO

S-22 0 2.88E-02 1.66E-02 316187 2426212 573 15.2 50 10.93 0.55 NO

S-23 0 2.88E-02 1.66E-02 316167 2426223 573 15.2 50 10.93 0.55 NO

S-24 0 1.29E-01 7.43E-02 316506 2426109 563 25 50 10.72 1.25 NO

S-25 0 5.57E-01 3.20E-01 316609 2426063 561 30 50 40.94 1.25 NO

S-26 0 2.84E-01 1.64E-01 316559 2426208 564 30 50 20.9 1.25 NO

S-27 0 2.81E-01 1.62E-01 316031 2426070 569 35 50 16.75 1.5 NO

S-28 0 2.03E-01 1.17E-01 316071 2425959 567 30 100 13.97 1.5 NO

S-29 0 1.88E-01 1.08E-01 316102 2425991 567 35 50 13.04 1.7 NO

S-40 0 1.40E-01 8.03E-02 316730 2425818 558 30 100 12.25 2.3 NO

S-41 0 1.40E-01 8.03E-02 316710 2425829 558 30 100 12.25 2.3 NO

S-47 0 2.90E-01 1.67E-01 9.01E+00 3.34E+00 316721 2425896 557 60 365 8.52 3 NO

S-51 0 9.13E-01 5.25E-01 3.09E+00 1.46E+01 316300 2426100 569 75 150 21.8 2.1 NO








1500.0, 2000.0, 2500.0, 3000.0, 3500.0, 4000.0, 5000.0, 7000.0, 10000.0,


360.0,22.5,45.0,67.5,90.0, 112.5, 135.0, 157.5, 180.0, 202.5, 225.0, 247.5, 270.0,292.5, 315.0, 337.5,


DIRECTION | DISTANCE (METERS)(DEGREES) | 1500.0 2000.0 2500.0 3000.0 3500.0 4000.0 5000.0 7000.0 10000.0

360.00 | 506.00 502.00 532.00 545.00 570.00 557.00 512.00 578.00 499.0022.50 | 474.00 487.00 482.00 503.00 512.00 562.00 574.00 563.00 530.0045.00 | 474.00 468.00 496.00 471.00 467.00 463.00 477.00 498.00 456.0067.50 | 476.00 478.00 492.00 499.00 502.00 520.00 560.00 507.00 539.0090.00 | 525.00 522.00 508.00 485.00 495.00 516.00 521.00 561.00 519.00

112.50 | 503.00 522.00 509.00 519.00 510.00 495.00 510.00 541.00 539.00135.00 | 484.00 486.00 497.00 506.00 487.00 496.00 508.00 546.00 585.00157.50 | 483.00 488.00 533.00 499.00 490.00 501.00 552.00 580.00 597.00180.00 | 479.00 495.00 498.00 502.00 493.00 499.00 508.00 559.00 580.00202.50 | 479.00 482.00 488.00 485.00 485.00 489.00 494.00 526.00 562.00225.00 | 496.00 489.00 490.00 501.00 500.00 514.00 598.00 600.00 562.00247.50 | 490.00 491.00 502.00 511.00 524.00 554.00 585.00 580.00 581.00270.00 | 494.00 502.00 527.00 545.00 576.00 580.00 552.00 453.00 309.00292.50 | 521.00 539.00 540.00 542.00 562.00 529.00 585.00 445.00 342.00315.00 | 494.00 514.00 543.00 572.00 519.00 553.00 565.00 469.00 423.00337.50 | 519.00 533.00 565.00 563.00 531.00 506.00 503.00 452.00 446.00


( 316289.0, 2426986.0, 507.0, .0); ( 316731.0, 2426781.0, 458.0, .0);( 317152.0, 2426588.0, 472.0, .0); ( 317520.0, 2426230.0, 473.0, .0);( 317442.0, 2425688.0, 484.0, .0); ( 317220.0, 2425281.0, 475.0, .0);( 317081.0, 2424884.0, 474.0, .0); ( 316858.0, 2424366.0, 482.0, .0);( 316370.0, 2424150.0, 479.0, .0); ( 315855.0, 2424333.0, 479.0, .0);( 315414.0, 2424615.0, 493.0, .0); ( 315265.0, 2425137.0, 487.0, .0);( 315405.0, 2425623.0, 492.0, .0); ( 315472.0, 2425999.0, 469.0, .0);( 315488.0, 2426497.0, 481.0, .0); ( 315833.0, 2426836.0, 513.0, .0);( 316358.0, 2425833.0, 476.0, .0); ( 319020.0, 2425482.0, 514.0, .0);( 324523.0, 2426018.0, 589.0, .0); ( 315387.0, 2425811.0, 479.0, .0);( 314736.0, 2424047.0, 518.0, .0); ( 319274.0, 2428745.0, 492.0, .0);( 315864.0, 2421542.0, 528.0, .0); ( 318394.0, 2423119.0, 520.0, .0);








- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

16 9 30 24 164.1 .79 293.1 6 450.0 450.0 .0000 .0 .0000 0 .0016 10 1 1 222.3 .86 293.2 6 455.0 455.0 .0000 .0 .0000 0 .0016 10 1 2 326.0 .72 293.7 6 425.0 425.0 .0000 .0 .0000 0 .0016 10 1 3 42.6 .46 292.6 6 400.0 400.0 .0000 .0 .0000 0 .0016 10 1 4 334.4 .33 293.2 6 373.0 373.0 .0000 .0 .0000 0 .0016 10 1 5 185.5 1.94 293.9 6 355.0 355.0 .0000 .0 .0000 0 .0016 10 1 6 264.4 .93 292.2 1 360.0 360.0 .0000 .0 .0000 0 .0016 10 1 7 53.3 .72 293.0 1 60.0 60.0 .0000 .0 .0000 0 .0016 10 1 8 35.1 .73 294.3 1 150.0 150.0 .0000 .0 .0000 0 .0016 10 1 9 350.3 1.48 295.4 1 290.0 290.0 .0000 .0 .0000 0 .0016 10 1 10 10.1 1.81 295.7 1 538.0 538.0 .0000 .0 .0000 0 .0016 10 1 11 88.5 1.61 298.5 1 795.0 795.0 .0000 .0 .0000 0 .0016 10 1 12 315.8 2.24 299.5 2 920.0 920.0 .0000 .0 .0000 0 .0016 10 1 13 190.7 3.40 299.4 2 1125.0 1125.0 .0000 .0 .0000 0 .0016 10 1 14 37.0 .08 300.6 1 1193.0 1193.0 .0000 .0 .0000 0 .0016 10 1 15 206.0 .03 300.1 1 1190.0 1190.0 .0000 .0 .0000 0 .0016 10 1 16 226.7 .13 299.9 1 1105.0 1105.0 .0000 .0 .0000 0 .0016 10 1 17 288.6 .52 300.1 1 785.0 785.0 .0000 .0 .0000 0 .0016 10 1 18 357.0 2.86 305.7 2 560.0 560.0 .0000 .0 .0000 0 .0016 10 1 19 159.1 .69 303.8 1 413.0 413.0 .0000 .0 .0000 0 .0016 10 1 20 229.2 .53 303.0 6 563.0 563.0 .0000 .0 .0000 0 .0016 10 1 21 303.9 .56 301.4 6 500.0 500.0 .0000 .0 .0000 0 .0016 10 1 22 125.3 .63 299.4 6 485.0 485.0 .0000 .0 .0000 0 .0016 10 1 23 63.9 .58 296.6 6 468.0 468.0 .0000 .0 .0000 0 .00








360.0 | 1.95011 (16110624) 1.36693 (16110624) 1.18068 (16110624) 1.07022 (16110624) 3.03342c(16122024)22.5 | 2.41175c(16120824) 1.52650c(16120824) 1.00726c(16120824) .83187c(16100924) .70673c(16100924)45.0 | 1.67166 (16111024) 1.48703 (16111024) 1.34883 (16111024) 1.19827 (16111024) 1.07534 (16111024)67.5 | 2.15818c(16111524) 1.56871c(16111524) 1.18129c(16111524) .93397c(16112924) .79385c(16112924)90.0 | 1.30898 (16120324) 1.18489 (16120324) 1.06701 (16122524) .96733 (16122524) .87735 (16122524)112.5 | 1.61728c(16122024) 1.16710c(16122024) .86910c(16122024) .67516 (16121324) .55841 (16121324)135.0 | 1.34749 (16101024) 1.17512c(16120824) 1.03499c(16120824) .91541c(16120824) .80687c(16120824)157.5 | 1.09824 (16101024) .90564 (16101024) .91283 (16101024) .66653 (16101024) .58701 (16101024)180.0 | 1.07805 (16112324) .88530 (16112324) .74321 (16112324) .63973 (16112324) .56003 (16112324)202.5 | 1.26425 (16113024) 1.03359 (16113024) .87049 (16113024) .75133 (16113024) .66179 (16113024)225.0 | 1.34793 (16111024) 1.16392 (16111024) 1.00519 (16111024) .87813 (16111024) .77572 (16111024)247.5 | 1.27651 (16111024) .87911 (16121124) .68196 (16121124) .53615 (16121124) .43029 (16121124)270.0 | 1.12728 (16102724) .95242 (16102724) .88125 (16102724) .99075 (16102724) 4.73151 (16122824)292.5 | 1.67328 (16102824) 1.13721 (16102824) .87160 (16102824) .88229 (16110324) 1.90786 (16110324)315.0 | 1.91605 (16110324) 1.48506 (16102724) 1.38393 (16102724) 2.77392 (16121524) .90424 (16102724)337.5 | 2.55107c(16101324) 1.66214c(16101324) 1.38513c(16101324) .96796c(16101324) .77537c(16101324)


360.0 | 1.44638c(16122024) .59856 (16110624) 2.12702 (16102524) .31484 (16110624)22.5 | 1.63415 (16122724) 2.61984 (16120624) 1.69348 (16120624) .62999c(16122024)45.0 | .97095 (16111024) .82743 (16111024) .70323 (16111024) .47621 (16111024)67.5 | .81194c(16112924) 2.09927c(16112924) .46595c(16112924) .85604 (16110624)90.0 | .83408 (16122524) .76660 (16122524) 1.62822 (16120724) .43092 (16120724)112.5 | .47105 (16121324) .35203 (16121324) .62135c(16120224) .77696c(16120224)135.0 | .72635c(16120824) .60923c(16120824) 1.10955 (16122724) 2.73678 (16120624)157.5 | .54328 (16101024) 1.52156 (16101024) 2.43503 (16101024) 2.66543 (16121724)180.0 | .50066 (16112324) .42221 (16112324) 1.74264c(16112924) 2.56263c(16112924)202.5 | .59206 (16113024) .49045 (16113024) .41385 (16120524) 1.29973 (16120124)225.0 | .71142 (16111024) 3.59679 (16120724) 3.03474 (16111024) 1.35763 (16100124)247.5 | .83522 (16122424) 3.79354 (16122424) 3.61051 (16121724) 3.33144 (16121724)270.0 | 6.23316 (16120724) 2.18016 (16120724) .33752 (16102824) .26797 (16102824)292.5 | .70037 (16110324) 3.95467 (16121524) .38641 (16110324) .28571 (16110324)315.0 | .85373 (16102724) .82947 (16122424) .42793 (16102724) .28833 (16102724)337.5 | .65075c(16101324) .48815c(16101324) .34806 (16111924) .24882 (16111924)





316289.00 2426986.00 2.33314 (16110624) 316731.00 2426781.00 2.81242c (16120824)317152.00 2426588.00 2.14710 (16111024) 317520.00 2426230.00 2.44110c (16111524)317442.00 2425688.00 1.65049 (16122224) 317220.00 2425281.00 2.33615c (16120824)317081.00 2424884.00 1.76570 (16101024) 316858.00 2424366.00 1.15388 (16101024)316370.00 2424150.00 1.07114 (16112324) 315855.00 2424333.00 1.26223 (16113024)315414.00 2424615.00 1.32336 (16113024) 315265.00 2425137.00 1.83251 (16111024)315405.00 2425623.00 1.70943 (16122924) 315472.00 2425999.00 2.09047 (16122724)315488.00 2426497.00 2.39468 (16110324) 315833.00 2426836.00 3.30296c (16101324)316358.00 2425833.00 1.27255 (16101124) 319020.00 2425482.00 .92443 (16120324)324523.00 2426018.00 1.44091 (16122824) 315387.00 2425811.00 1.73739 (16102724)314736.00 2424047.00 1.08400 (16111024) 319274.00 2428745.00 .98835c (16120824)315864.00 2421542.00 .65119 (16110824) 318394.00 2423119.00 .82066 (16122824)


1. 6.23316 (16120724) AT ( 312325.00, 2425646.00) GP 26. 3.38310 (16122924) AT ( 311705.60, 2427560.00) GP2. 6.09369 (16122124) AT ( 312325.00, 2425646.00) GP 27. 3.35966 (16121624) AT ( 312825.00, 2425646.00) GP3. 5.55389 (16122824) AT ( 312325.00, 2425646.00) GP 28. 3.33144 (16121724) AT ( 307086.20, 2421819.00) GP4. 5.18368 (16113024) AT ( 312325.00, 2425646.00) GP 29. 3.30296c(16101324) AT ( 315833.00, 2426836.00) DC5. 5.18170 (16112324) AT ( 312325.00, 2425646.00) GP 30. 3.26955 (16122324) AT ( 312325.00, 2425646.00) GP6. 5.17997 (16111624) AT ( 312325.00, 2425646.00) GP 31. 3.24545 (16111024) AT ( 312789.50, 2422111.00) GP7. 5.15367 (16110924) AT ( 312325.00, 2425646.00) GP 32. 3.07793 (16120324) AT ( 311705.60, 2427560.00) GP8. 5.15161 (16110224) AT ( 312325.00, 2425646.00) GP 33. 3.05015 (16120924) AT ( 312825.00, 2425646.00) GP9. 4.73562 (16121424) AT ( 312325.00, 2425646.00) GP 34. 3.04747 (16122324) AT ( 312825.00, 2425646.00) GP10. 4.73151 (16122824) AT ( 312825.00, 2425646.00) GP 35. 3.03474 (16111024) AT ( 311375.30, 2420696.00) GP11. 4.50023 (16113024) AT ( 312825.00, 2425646.00) GP 36. 3.03342c(16122024) AT ( 316325.00, 2429146.00) GP12. 4.49576 (16112324) AT ( 312825.00, 2425646.00) GP 37. 3.01872 (16123024) AT ( 312325.00, 2425646.00) GP13. 4.49074 (16111624) AT ( 312825.00, 2425646.00) GP 38. 3.00858 (16100824) AT ( 312325.00, 2425646.00) GP14. 4.46432 (16110924) AT ( 312825.00, 2425646.00) GP 39. 2.98063 (16120724) AT ( 311375.30, 2420696.00) GP15. 4.46213 (16110224) AT ( 312825.00, 2425646.00) GP 40. 2.96452 (16111724) AT ( 312789.50, 2422111.00) GP16. 4.43168 (16122124) AT ( 312825.00, 2425646.00) GP 41. 2.94452 (16102924) AT ( 312325.00, 2425646.00) GP17. 4.34814 (16121624) AT ( 312325.00, 2425646.00) GP 42. 2.89406 (16100124) AT ( 312789.50, 2422111.00) GP18. 4.22238 (16120724) AT ( 312825.00, 2425646.00) GP 43. 2.86609 (16111724) AT ( 311375.30, 2420696.00) GP19. 3.97388 (16121424) AT ( 312825.00, 2425646.00) GP 44. 2.85784 (16100124) AT ( 311375.30, 2420696.00) GP20. 3.95467 (16121524) AT ( 311705.60, 2427560.00) GP 45. 2.85539 (16102224) AT ( 312325.00, 2425646.00) GP21. 3.79354 (16122424) AT ( 311705.60, 2423733.00) GP 46. 2.85524 (16112424) AT ( 312789.50, 2422111.00) GP22. 3.63543 (16120924) AT ( 312325.00, 2425646.00) GP 47. 2.85423 (16101524) AT ( 312325.00, 2425646.00) GP23. 3.61051 (16121724) AT ( 309857.80, 2422967.00) GP 48. 2.85226 (16100124) AT ( 312325.00, 2425646.00) GP24. 3.59679 (16120724) AT ( 312789.50, 2422111.00) GP 49. 2.84069 (16102224) AT ( 312789.50, 2422111.00) GP25. 3.40686 (16121724) AT ( 311705.60, 2423733.00) GP 50. 2.81588 (16102924) AT ( 312789.50, 2422111.00) GP






360.0 | 1.12131 (16110624) .78598 (16110624) .67889 (16110624) .61538 (16110624) 1.74422c(16122024)22.5 | 1.38676c(16120824) .87774c(16120824) .57917c(16120824) .47833c(16100924) .40637c(16100924)45.0 | .96121 (16111024) .85504 (16111024) .77558 (16111024) .68901 (16111024) .61832 (16111024)67.5 | 1.24095c(16111524) .90201c(16111524) .67924c(16111524) .53703c(16112924) .45646c(16112924)90.0 | .75266 (16120324) .68131 (16120324) .61353 (16122524) .55622 (16122524) .50448 (16122524)112.5 | .92994c(16122024) .67108c(16122024) .49973c(16122024) .38822 (16121324) .32109 (16121324)135.0 | .77481 (16101024) .67570c(16120824) .59512c(16120824) .52636c(16120824) .46395c(16120824)157.5 | .63149 (16101024) .52074 (16101024) .52488 (16101024) .38326 (16101024) .33753 (16101024)180.0 | .61988 (16112324) .50905 (16112324) .42734 (16112324) .36784 (16112324) .32202 (16112324)202.5 | .72695 (16113024) .59432 (16113024) .50053 (16113024) .43201 (16113024) .38053 (16113024)225.0 | .77506 (16111024) .66925 (16111024) .57798 (16111024) .50492 (16111024) .44604 (16111024)247.5 | .73400 (16111024) .50549 (16121124) .39213 (16121124) .30828 (16121124) .24742 (16121124)270.0 | .64818 (16102724) .54764 (16102724) .50672 (16102724) .56968 (16102724) 2.72062 (16122824)292.5 | .96213 (16102824) .65390 (16102824) .50117 (16102824) .50732 (16110324) 1.09702 (16110324)315.0 | 1.10173 (16110324) .85391 (16102724) .79576 (16102724) 1.59500 (16121524) .51994 (16102724)337.5 | 1.46687c(16101324) .95573c(16101324) .79645c(16101324) .55658c(16101324) .44584c(16101324)


360.0 | .83167c(16122024) .34417 (16110624) 1.22304 (16102524) .18103 (16110624)22.5 | .93963 (16122724) 1.50641 (16120624) .97375 (16120624) .36224c(16122024)45.0 | .55830 (16111024) .47577 (16111024) .40436 (16111024) .27382 (16111024)67.5 | .46687c(16112924) 1.20708c(16112924) .26792c(16112924) .49223 (16110624)90.0 | .47959 (16122524) .44080 (16122524) .93623 (16120724) .24778 (16120724)112.5 | .27085 (16121324) .20242 (16121324) .35727c(16120224) .44675c(16120224)135.0 | .41765c(16120824) .35031c(16120824) .63799 (16122724) 1.57365 (16120624)157.5 | .31239 (16101024) .87490 (16101024) 1.40014 (16101024) 1.53262 (16121724)180.0 | .28788 (16112324) .24277 (16112324) 1.00202c(16112924) 1.47351c(16112924)202.5 | .34043 (16113024) .28201 (16113024) .23796 (16120524) .74735 (16120124)225.0 | .40907 (16111024) 2.06815 (16120724) 1.74498 (16111024) .78064 (16100124)247.5 | .48025 (16122424) 2.18129 (16122424) 2.07604 (16121724) 1.91558 (16121724)270.0 | 3.58407 (16120724) 1.25359 (16120724) .19408 (16102824) .15408 (16102824)292.5 | .40271 (16110324) 2.27393 (16121524) .22218 (16110324) .16428 (16110324)315.0 | .49090 (16102724) .47695 (16122424) .24606 (16102724) .16579 (16102724)337.5 | .37418c(16101324) .28068c(16101324) .20013 (16111924) .14307 (16111924)





316289.00 2426986.00 1.34156 (16110624) 316731.00 2426781.00 1.61714c (16120824)317152.00 2426588.00 1.23458 (16111024) 317520.00 2426230.00 1.40363c (16111524)317442.00 2425688.00 .94903 (16122224) 317220.00 2425281.00 1.34329c (16120824)317081.00 2424884.00 1.01528 (16101024) 316858.00 2424366.00 .66348 (16101024)316370.00 2424150.00 .61591 (16112324) 315855.00 2424333.00 .72578 (16113024)315414.00 2424615.00 .76093 (16113024) 315265.00 2425137.00 1.05369 (16111024)315405.00 2425623.00 .98292 (16122924) 315472.00 2425999.00 1.20202 (16122724)315488.00 2426497.00 1.37694 (16110324) 315833.00 2426836.00 1.89920c (16101324)316358.00 2425833.00 .73172 (16101124) 319020.00 2425482.00 .53155 (16120324)324523.00 2426018.00 .82852 (16122824) 315387.00 2425811.00 .99900 (16102724)314736.00 2424047.00 .62330 (16111024) 319274.00 2428745.00 .56830c (16120824)315864.00 2421542.00 .37443 (16110824) 318394.00 2423119.00 .47188 (16122824)


1. 3.58407 (16120724) AT ( 312325.00, 2425646.00) GP 26. 1.94528 (16122924) AT ( 311705.60, 2427560.00) GP2. 3.50387 (16122124) AT ( 312325.00, 2425646.00) GP 27. 1.93181 (16121624) AT ( 312825.00, 2425646.00) GP3. 3.19349 (16122824) AT ( 312325.00, 2425646.00) GP 28. 1.91558 (16121724) AT ( 307086.20, 2421819.00) GP4. 2.98061 (16113024) AT ( 312325.00, 2425646.00) GP 29. 1.89920c(16101324) AT ( 315833.00, 2426836.00) DC5. 2.97948 (16112324) AT ( 312325.00, 2425646.00) GP 30. 1.87999 (16122324) AT ( 312325.00, 2425646.00) GP6. 2.97848 (16111624) AT ( 312325.00, 2425646.00) GP 31. 1.86613 (16111024) AT ( 312789.50, 2422111.00) GP7. 2.96336 (16110924) AT ( 312325.00, 2425646.00) GP 32. 1.76981 (16120324) AT ( 311705.60, 2427560.00) GP8. 2.96218 (16110224) AT ( 312325.00, 2425646.00) GP 33. 1.75384 (16120924) AT ( 312825.00, 2425646.00) GP9. 2.72298 (16121424) AT ( 312325.00, 2425646.00) GP 34. 1.75229 (16122324) AT ( 312825.00, 2425646.00) GP10. 2.72062 (16122824) AT ( 312825.00, 2425646.00) GP 35. 1.74498 (16111024) AT ( 311375.30, 2420696.00) GP11. 2.58763 (16113024) AT ( 312825.00, 2425646.00) GP 36. 1.74422c(16122024) AT ( 316325.00, 2429146.00) GP12. 2.58506 (16112324) AT ( 312825.00, 2425646.00) GP 37. 1.73577 (16123024) AT ( 312325.00, 2425646.00) GP13. 2.58217 (16111624) AT ( 312825.00, 2425646.00) GP 38. 1.72993 (16100824) AT ( 312325.00, 2425646.00) GP14. 2.56698 (16110924) AT ( 312825.00, 2425646.00) GP 39. 1.71386 (16120724) AT ( 311375.30, 2420696.00) GP15. 2.56573 (16110224) AT ( 312825.00, 2425646.00) GP 40. 1.70460 (16111724) AT ( 312789.50, 2422111.00) GP16. 2.54822 (16122124) AT ( 312825.00, 2425646.00) GP 41. 1.69310 (16102924) AT ( 312325.00, 2425646.00) GP17. 2.50018 (16121624) AT ( 312325.00, 2425646.00) GP 42. 1.66408 (16100124) AT ( 312789.50, 2422111.00) GP18. 2.42787 (16120724) AT ( 312825.00, 2425646.00) GP 43. 1.64800 (16111724) AT ( 311375.30, 2420696.00) GP19. 2.28498 (16121424) AT ( 312825.00, 2425646.00) GP 44. 1.64326 (16100124) AT ( 311375.30, 2420696.00) GP20. 2.27393 (16121524) AT ( 311705.60, 2427560.00) GP 45. 1.64185 (16102224) AT ( 312325.00, 2425646.00) GP21. 2.18129 (16122424) AT ( 311705.60, 2423733.00) GP 46. 1.64177 (16112424) AT ( 312789.50, 2422111.00) GP22. 2.09037 (16120924) AT ( 312325.00, 2425646.00) GP 47. 1.64118 (16101524) AT ( 312325.00, 2425646.00) GP23. 2.07604 (16121724) AT ( 309857.80, 2422967.00) GP 48. 1.64005 (16100124) AT ( 312325.00, 2425646.00) GP24. 2.06815 (16120724) AT ( 312789.50, 2422111.00) GP 49. 1.63340 (16102224) AT ( 312789.50, 2422111.00) GP25. 1.95894 (16121724) AT ( 311705.60, 2423733.00) GP 50. 1.61913 (16102924) AT ( 312789.50, 2422111.00) GP







360.0 | 12.80982 (16110624) 8.95600 (16110624) 7.38275 (16110624) 6.42987 (16110624) 7.67451c(16122024)22.5 | 14.03766c(16120824) 8.38921c(16100924) 6.56496c(16100924) 5.36575c(16100924) 4.52078c(16100924)45.0 | 11.52157 (16111024) 10.32950 (16111024) 9.08791 (16111024) 7.96333 (16111024) 7.04946 (16111024)67.5 | 11.39536c(16101324) 7.97012 (16111924) 6.22528 (16111224) 5.14147 (16111224) 4.31407 (16111224)90.0 | 8.45206 (16112724) 8.02877 (16122524) 7.34690 (16122524) 6.52941 (16122524) 5.82746 (16122524)112.5 | 7.66949c(16122024) 5.52198 (16121724) 4.30258 (16121724) 3.44392 (16121724) 2.82732 (16121724)135.0 | 8.80735 (16122824) 7.75573 (16122824) 6.65912 (16122824) 5.71648 (16122824) 4.94973 (16122824)157.5 | 7.13123 (16101024) 5.89674 (16101024) 5.06541 (16101024) 4.31338 (16101024) 3.80635 (16101024)180.0 | 6.74776 (16112324) 5.49890 (16112324) 4.56318 (16112324) 3.88071 (16112324) 3.36603 (16112324)202.5 | 6.96601 (16113024) 5.69081 (16113024) 4.79217 (16113024) 4.13651 (16113024) 3.64426 (16113024)225.0 | 9.14967 (16122924) 7.43855 (16122924) 6.13287 (16122924) 5.15086 (16122924) 4.39632 (16122924)247.5 | 7.50437 (16121124) 5.62506 (16121124) 4.23742 (16121124) 3.27541 (16121124) 2.60293 (16121124)270.0 | 7.95049 (16102724) 6.33805 (16102724) 5.29719 (16103024) 5.25958 (16102724) 14.00581 (16122824)292.5 | 9.91536 (16102824) 6.09405 (16100224) 4.29687 (16100224) 3.90426 (16110324) 5.44644 (16121524)315.0 | 10.64536 (16102724) 8.54027 (16102724) 6.98324 (16102724) 5.90447 (16102724) 4.99498 (16102724)337.5 | 14.45881c(16101324) 9.47746c(16101324) 6.95202c(16101324) 5.42009c(16101324) 4.46116 (16111924)


360.0 | 4.90997 (16110624) 3.77404 (16110624) 8.78864 (16121924) 1.99615 (16110624)22.5 | 4.52062 (16102424) 8.03762 (16120624) 5.33344 (16120624) 1.74844 (16122724)45.0 | 6.30521 (16111024) 5.24168 (16111024) 4.20130 (16111024) 2.90500 (16111024)67.5 | 3.68176 (16111224) 6.90717c(16112924) 1.83976 (16111224) 3.06248 (16110624)90.0 | 5.26846 (16122524) 4.39434 (16122524) 5.35439 (16120724) 2.36679c(16101324)112.5 | 2.48328 (16120924) 2.13137 (16120924) 2.02567c(16120224) 2.45151c(16120224)135.0 | 4.35093 (16122824) 3.57706c(16120824) 3.93755 (16120624) 12.17004 (16120624)157.5 | 3.42039 (16101024) 3.74311 (16101024) 10.77706 (16121724) 13.80227 (16121724)180.0 | 2.97324 (16112324) 2.41650 (16112324) 5.91995c(16111524) 9.91033c(16111524)202.5 | 3.26099 (16113024) 2.70220 (16113024) 2.03041 (16113024) 4.85571 (16120124)225.0 | 3.85959 (16111024) 13.56051 (16111024) 13.18142 (16100124) 4.98616 (16100124)247.5 | 2.21592 (16120324) 14.19024 (16122424) 13.63619 (16121724) 13.30462 (16121724)270.0 | 19.76171 (16122124) 5.83957 (16120724) 1.86186 (16102824) 1.46545 (16102824)292.5 | 3.23396 (16121524) 14.59321 (16120324) 2.09763 (16121524) 1.58235 (16121524)315.0 | 4.44086 (16102724) 3.86783 (16122424) 2.43580 (16102724) 1.67709 (16121824)337.5 | 3.88533 (16111924) 3.10822 (16111924) 2.24538 (16111924) 1.61076 (16111924)





316289.00 2426986.00 15.38953 (16110624) 316731.00 2426781.00 17.69892c (16120824)317152.00 2426588.00 14.13011 (16111024) 317520.00 2426230.00 12.10406 (16111924)317442.00 2425688.00 9.08163 (16112724) 317220.00 2425281.00 12.72678c (16120824)317081.00 2424884.00 11.54676 (16101024) 316858.00 2424366.00 7.48785 (16101024)316370.00 2424150.00 6.69397 (16112324) 315855.00 2424333.00 7.07717 (16113024)315414.00 2424615.00 9.07291 (16122924) 315265.00 2425137.00 10.43897 (16111024)315405.00 2425623.00 9.66400 (16121124) 315472.00 2425999.00 14.96810 (16122724)315488.00 2426497.00 13.84531 (16110324) 315833.00 2426836.00 19.44462c (16101324)316358.00 2425833.00 5.61864c (16112024) 319020.00 2425482.00 5.72518 (16122524)324523.00 2426018.00 3.56891 (16121924) 315387.00 2425811.00 12.43309 (16102724)314736.00 2424047.00 6.77639 (16122924) 319274.00 2428745.00 6.09936 (16111024)315864.00 2421542.00 3.67808 (16110824) 318394.00 2423119.00 4.85044 (16122824)


1. 19.76171 (16122124) AT ( 312325.00, 2425646.00) GP 26. 13.80227 (16121724) AT ( 320151.80, 2416407.00) GP2. 19.47147 (16120724) AT ( 312325.00, 2425646.00) GP 27. 13.64270 (16121524) AT ( 311705.60, 2427560.00) GP3. 19.44462c(16101324) AT ( 315833.00, 2426836.00) DC 28. 13.63619 (16121724) AT ( 309857.80, 2422967.00) GP4. 17.72442 (16111924) AT ( 315833.00, 2426836.00) DC 29. 13.56051 (16111024) AT ( 312789.50, 2422111.00) GP5. 17.69892c(16120824) AT ( 316731.00, 2426781.00) DC 30. 13.54406 (16113024) AT ( 312825.00, 2425646.00) GP6. 16.66135 (16121624) AT ( 312325.00, 2425646.00) GP 31. 13.53942 (16112324) AT ( 312825.00, 2425646.00) GP7. 16.21069 (16121724) AT ( 315833.00, 2426836.00) DC 32. 13.52496 (16111624) AT ( 312825.00, 2425646.00) GP8. 16.20327 (16111624) AT ( 312325.00, 2425646.00) GP 33. 13.34526 (16103024) AT ( 315472.00, 2425999.00) DC9. 16.20064 (16113024) AT ( 312325.00, 2425646.00) GP 34. 13.34083 (16111324) AT ( 316731.00, 2426781.00) DC10. 16.19557 (16112324) AT ( 312325.00, 2425646.00) GP 35. 13.32047 (16110924) AT ( 312825.00, 2425646.00) GP11. 16.10677 (16112424) AT ( 316731.00, 2426781.00) DC 36. 13.31487 (16110224) AT ( 312825.00, 2425646.00) GP12. 16.00373 (16110924) AT ( 312325.00, 2425646.00) GP 37. 13.30462 (16121724) AT ( 307086.20, 2421819.00) GP13. 15.99821 (16110224) AT ( 312325.00, 2425646.00) GP 38. 13.18142 (16100124) AT ( 311375.30, 2420696.00) GP14. 15.68402 (16102824) AT ( 316731.00, 2426781.00) DC 39. 13.15607 (16111024) AT ( 316731.00, 2426781.00) DC15. 15.41727 (16122824) AT ( 312325.00, 2425646.00) GP 40. 13.08311 (16111024) AT ( 311375.30, 2420696.00) GP16. 15.38953 (16110624) AT ( 316289.00, 2426986.00) DC 41. 12.96789 (16111924) AT ( 311375.30, 2420696.00) GP17. 14.96810 (16122724) AT ( 315472.00, 2425999.00) DC 42. 12.94026 (16102224) AT ( 311375.30, 2420696.00) GP18. 14.59321 (16120324) AT ( 311705.60, 2427560.00) GP 43. 12.88788 (16120524) AT ( 316731.00, 2426781.00) DC19. 14.45881c(16101324) AT ( 315751.00, 2427032.00) GP 44. 12.85945c(16100924) AT ( 316731.00, 2426781.00) DC20. 14.44415 (16121424) AT ( 312325.00, 2425646.00) GP 45. 12.85760 (16102924) AT ( 311375.30, 2420696.00) GP21. 14.19024 (16122424) AT ( 311705.60, 2423733.00) GP 46. 12.85642 (16101524) AT ( 311375.30, 2420696.00) GP22. 14.13011 (16111024) AT ( 317152.00, 2426588.00) DC 47. 12.85620 (16100824) AT ( 311375.30, 2420696.00) GP23. 14.03766c(16120824) AT ( 316899.00, 2427032.00) GP 48. 12.83867 (16121524) AT ( 315488.00, 2426497.00) DC24. 14.00581 (16122824) AT ( 312825.00, 2425646.00) GP 49. 12.80982 (16110624) AT ( 316325.00, 2427146.00) GP25. 13.84531 (16110324) AT ( 315488.00, 2426497.00) DC 50. 12.77775 (16122224) AT ( 315488.00, 2426497.00) DC







360.0 | 4.47792 (16102424) 3.04870 (16102424) 2.38417 (16102424) 1.96147 (16102424) 1.68758 (16102424)22.5 | 6.40958 (16102824) 4.24254 (16102824) 3.17922 (16102824) 2.52340 (16102824) 2.08750c(16102124)45.0 | 3.50751 (16111024) 3.81053 (16110924) 3.66825 (16110924) 3.17790 (16110924) 2.81670 (16110924)67.5 | 5.51505 (16101524) 3.87880 (16101524) 2.87687 (16101524) 2.22190 (16101524) 1.77739 (16101524)90.0 | 3.57972 (16122224) 3.26829 (16121524) 2.78490 (16121524) 2.34099 (16121524) 2.00121 (16121524)112.5 | 3.82640 (16122224) 2.58915 (16122224) 1.96180 (16122224) 1.59564 (16122224) 1.38973 (16120924)135.0 | 4.50224 (16122824) 3.99118 (16122824) 3.43213 (16122824) 2.94789 (16122824) 2.60077c(16120824)157.5 | 3.52336 (16101024) 2.93000 (16101024) 2.50644 (16101024) 2.15419 (16101024) 1.90371 (16101024)180.0 | 3.64954 (16112324) 2.96073 (16112324) 2.45709 (16112324) 2.09222 (16112324) 1.81767 (16112324)202.5 | 3.94908 (16113024) 3.20932 (16113024) 2.69202 (16113024) 2.31642 (16113024) 2.03583 (16113024)225.0 | 4.44289 (16111024) 3.75300 (16111024) 3.19155 (16111024) 2.75415 (16111024) 2.40927 (16111024)247.5 | 3.58995 (16111024) 2.39430 (16111724) 1.76806 (16111724) 1.35325 (16111724) 1.06970 (16111724)270.0 | 2.69814 (16122924) 2.17360 (16112724) 1.80979 (16112724) 1.51358 (16112724) 1.33914 (16121824)292.5 | 3.15249 (16122724) 2.33959 (16110324) 2.26951 (16110324) 2.10677 (16110324) 1.95262 (16110324)315.0 | 5.50807 (16102724) 4.60797 (16102724) 3.79926 (16102724) 3.18911 (16102724) 2.72148 (16102724)337.5 | 8.25237c(16101324) 5.35552c(16101324) 3.88842c(16101324) 3.01440c(16101324) 2.44445c(16101324)


360.0 | 1.45903 (16102424) 1.15181 (16102424) 1.26039 (16102424) .60648 (16110724)22.5 | 1.83317 (16103024) 1.51258 (16103024) 1.12624 (16103024) .82081 (16103024)45.0 | 2.52151 (16110924) 2.07975 (16110924) 1.53453 (16110924) 1.10578 (16110924)67.5 | 1.46787 (16110624) 1.22367 (16110624) .84695 (16110624) .76365 (16110624)90.0 | 1.73145 (16121524) 1.37989 (16100424) 1.06284 (16100424) .78634 (16100424)112.5 | 1.28262 (16120924) 1.10372 (16120924) .85760 (16120924) .64324 (16120924)135.0 | 2.32980c(16120824) 1.92817c(16120824) 1.44509c(16120824) 2.22819 (16120624)157.5 | 1.71049 (16101024) 1.49721 (16101024) 1.79717 (16101024) 3.14596 (16121724)180.0 | 1.60758 (16112324) 1.30602 (16112324) 1.33126c(16111524) 2.42390c(16111524)202.5 | 1.81832 (16113024) 1.50282 (16113024) 1.12623 (16113024) .95337 (16120124)225.0 | 2.14063 (16111024) 3.55773 (16111024) 3.31415 (16111024) 1.23072 (16111024)247.5 | .94404 (16101624) 1.28546 (16122424) 1.81398 (16121724) 2.32247 (16121724)270.0 | 1.36072 (16120724) .99795 (16112624) .73725 (16112624) .54548 (16121124)292.5 | 1.77024 (16110324) 1.53933 (16110324) 1.14445 (16110324) .84172 (16110324)315.0 | 2.37490 (16102724) 1.90398 (16102724) 1.30955 (16102724) .89468 (16102724)337.5 | 2.05061 (16111924) 1.63568 (16111924) 1.17770 (16111924) .84296 (16111924)





316289.00 2426986.00 5.07041 (16102424) 316731.00 2426781.00 8.27068 (16102824)317152.00 2426588.00 4.34141 (16102024) 317520.00 2426230.00 6.30877 (16101524)317442.00 2425688.00 4.61380 (16122224) 317220.00 2425281.00 6.54156c (16120824)317081.00 2424884.00 4.60858c (16120824) 316858.00 2424366.00 3.68866 (16101024)316370.00 2424150.00 3.62663 (16112324) 315855.00 2424333.00 4.02176 (16113024)315414.00 2424615.00 4.09602 (16111024) 315265.00 2425137.00 5.67645 (16111024)315405.00 2425623.00 4.07076 (16120624) 315472.00 2425999.00 6.51720 (16122724)315488.00 2426497.00 6.86071 (16110324) 315833.00 2426836.00 10.44661c (16101324)316358.00 2425833.00 .02109c (16112024) 319020.00 2425482.00 2.37516 (16121524)324523.00 2426018.00 1.25709 (16121924) 315387.00 2425811.00 4.74125 (16120624)314736.00 2424047.00 3.45994 (16111024) 319274.00 2428745.00 2.48317 (16110924)315864.00 2421542.00 1.64117 (16123024) 318394.00 2423119.00 2.48432 (16122824)


1. 10.44661c(16101324) AT ( 315833.00, 2426836.00) DC 26. 5.28291 (16121224) AT ( 315833.00, 2426836.00) DC2. 8.27068 (16102824) AT ( 316731.00, 2426781.00) DC 27. 5.23556 (16100624) AT ( 315833.00, 2426836.00) DC3. 8.25237c(16101324) AT ( 315751.00, 2427032.00) GP 28. 5.21039c(16112924) AT ( 316731.00, 2426781.00) DC4. 7.30200 (16111924) AT ( 315833.00, 2426836.00) DC 29. 5.20812 (16102024) AT ( 315833.00, 2426836.00) DC5. 7.28495 (16121724) AT ( 315833.00, 2426836.00) DC 30. 5.09193 (16122824) AT ( 317220.00, 2425281.00) DC6. 6.86071 (16110324) AT ( 315488.00, 2426497.00) DC 31. 5.07041 (16102424) AT ( 316289.00, 2426986.00) DC7. 6.54156c(16120824) AT ( 317220.00, 2425281.00) DC 32. 4.88977c(16102124) AT ( 316899.00, 2427032.00) GP8. 6.51720 (16122724) AT ( 315472.00, 2425999.00) DC 33. 4.81104c(16120824) AT ( 316731.00, 2426781.00) DC9. 6.48016 (16122224) AT ( 317220.00, 2425281.00) DC 34. 4.79068 (16121024) AT ( 315833.00, 2426836.00) DC10. 6.40958 (16102824) AT ( 316899.00, 2427032.00) GP 35. 4.75155 (16100424) AT ( 317520.00, 2426230.00) DC11. 6.30877 (16101524) AT ( 317520.00, 2426230.00) DC 36. 4.74656 (16100824) AT ( 317520.00, 2426230.00) DC12. 6.11707 (16111924) AT ( 315751.00, 2427032.00) GP 37. 4.74643 (16121524) AT ( 317220.00, 2425281.00) DC13. 5.92633 (16102724) AT ( 315488.00, 2426497.00) DC 38. 4.74125 (16120624) AT ( 315387.00, 2425811.00) DC14. 5.69984 (16112224) AT ( 316731.00, 2426781.00) DC 39. 4.73928 (16103124) AT ( 316731.00, 2426781.00) DC15. 5.67645 (16111024) AT ( 315265.00, 2425137.00) DC 40. 4.66885 (16110624) AT ( 317520.00, 2426230.00) DC16. 5.62827 (16102724) AT ( 315833.00, 2426836.00) DC 41. 4.65440 (16112824) AT ( 316289.00, 2426986.00) DC17. 5.60051c(16102124) AT ( 316731.00, 2426781.00) DC 42. 4.61380 (16122224) AT ( 317442.00, 2425688.00) DC18. 5.51505 (16101524) AT ( 317710.80, 2426220.00) GP 43. 4.60994 (16103024) AT ( 316731.00, 2426781.00) DC19. 5.51399 (16121724) AT ( 315751.00, 2427032.00) GP 44. 4.60858c(16120824) AT ( 317081.00, 2424884.00) DC20. 5.50807 (16102724) AT ( 315264.30, 2426707.00) GP 45. 4.60797 (16102724) AT ( 314910.80, 2427060.00) GP21. 5.45806 (16110124) AT ( 315833.00, 2426836.00) DC 46. 4.59249 (16121824) AT ( 315472.00, 2425999.00) DC22. 5.39389 (16100624) AT ( 315488.00, 2426497.00) DC 47. 4.58772 (16112724) AT ( 315472.00, 2425999.00) DC23. 5.35552c(16101324) AT ( 315559.60, 2427494.00) GP 48. 4.57929 (16110324) AT ( 315264.30, 2426707.00) GP24. 5.34416 (16112124) AT ( 315488.00, 2426497.00) DC 49. 4.52219 (16102424) AT ( 316731.00, 2426781.00) DC25. 5.28318 (16112624) AT ( 315472.00, 2425999.00) DC 50. 4.50224 (16122824) AT ( 317385.70, 2424585.00) GP












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