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COMPANY PROFILE Plot No. 105, “NISHIJS” Apartments, 4 th floor, Surendra Nagar, Nagpur, Maharashtra-440015 Cell : +91-9011109077 / +91-9822698691 / +91-9168055500 [email protected]
COMPANY PROFILE
Plot No. 105, “NISHIJS” Apartments, 4th floor, Surendra Nagar, Nagpur, Maharashtra-440015
Cell : +91-9011109077 / +91-9822698691 / +91-9168055500 [email protected]
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A COMPANY YOU TRUST FOR WASTEWATER DISPOSAL
RECOVERY, RECYCLE & REUSE OF WATER FROM WASTE STREAMS
A NEED OF HOUR
Almost all the Metropolitan Cities face Water Crisis today. Industries, in particular are facing
severe problems as there is no adequate water to meet the City’s ever growing demands, in
the residential as well as in the Industrial areas. Exodus population from rural to urban areas,
shortage and non-availability of land, the rapid Industrial growth and limited water resources
are mainly responsible for the acute water shortage and the current situation. And if the same
scenario continues for some more years, the Water – War situation everywhere. Will not be a
surprise.
The huge construction activities taking place in almost all the Cities are mainly affected due
to non-availability and shortages of water. Even the organized corporations of Metros are day
by day finding it difficult to meet the demands, ultimate effect being on the increasing Water
Tariff.
The solution today therefore, lies in the Conservation of available Water and in Recovering
and recycling the same for Reuse after the proper Treatment of Waste Water. The waste
water collected from various sources of various Industries, after treatment can be reused and
finds many applications
One of the latest areas of concentration has been the recovery and recycle of oil mixed Water
from Automobile Service Stations and Car Show Rooms, and from Engineering, Pickling,
phosphate and Powder Coating Plants... The treated water thus can be reused for Car
Washings again, in addition to gardening, landscaping etc.
RMR Water Recycle Plants are low priced, easy to install and operate, requires minimum
operating Costs with respect to power, labor and maintenance, and with respect to Dosing
Chemicals, when a compared with the other conventional.
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THE COMPANY
RMR ENVITECH PVT. LTD., an Engineering & Contracting Company, operating from Nagpur, is
dealing mainly in the engineering development and construction of projects, related to Pollution
Control Plants, Industrial and Domestic Effluent Treatment Plants and Water Recycle Plants in the
following areas:
Sewage Treatment Plants and Domestic wastes Treatment Systems
Project Management Consultancy (PMC) for Waste Water Utilization
Effluent Treatment Plants for Engineering / Forging / Automobile Industries
Oil Separation Plants
ETP for wastes from various Chemical / Fertilizer manufacturing Plants.
ETP for wastes from Cosmetic and Food Products manufacturing Plants.
Wastes from Solvent Extraction Plants and Vegetable Oil Refineries
Wastes from Petrochemicals Units, Dairy and Ice Cream Plants waste streams,
Wastes from Textile Industries – Dyeing, Bleaching Units.
Steel Plants, Sponge Iron Plants, Rotary Kiln, Power Plants – Pickling wastes
Sugar, Starch and Corn Industry wastes
Effluents from Pharmaceutical Plants Leather and Tannery wastes Streams
RMR ENVITECH PVT. LTD., over a period of about two decade, along with its associate companies,
has acquired and accumulated special skills and rich operational experience in the field of
Environment Management and Engineering, particularly related to waste water treatment with water
recycle, and pollution Control, over the years of shear hard work in search of engineering excellence,
in executing various large and medium sized projects in the related field
One of the Ex. Directors and Technical Adviser, who was Director Grade Scientist (Rtd.) NEERI, in
his individual capacity, has made significant contributions in the field and his research outcome has
been of direct use to the community and industry.
The successful implementation of Water Recycle Plants [ STWRP ] at NETEL Chromatograph’s
Mumbai [Thane] industrial unit and at residential colony at Nasik [ Maharashtra ] are two examples
of the results of R&D work carried out over the years, by adopting latest techniques used for the Bio-
Chemical Degradation Methods for treatment and reuse.
Water Treatment and Recycle Plant at M/s Kirloskar Pneumatics Limited Saswad, Pune, is
Yet another example of the result, where, installation of a low cost Bio-Reactor.
[RBRC – Rotating Biological Rope Contactor] is responsible for the 75-80% recycle of
Domestic Wastes, which is being mainly used for gardening in addition to toilet flushing
And air conditioning.
The Company is associated with Architects, Chartered Accountants and qualified Engineers in each
faculty of engineering, and has a number of Associate Companies, specialized in the respective fields
and has adequate infra-structure, Manpower and machinery to timely execute the Assignments.
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TREATMENT AND REUSE OF WASTE WATER – DOMESTIC
WASTES
PREAMBLE
Biological method of treatment of domestic wastes is the most effective and economical method of treatment. Industrial waste treatment methods differ from industry to industry for its primary treatment, which is mostly by treatment with dosing of Chemicals and then nowadays allowed to get mixed with the domestic waste streams since it mostly contains organic bodies along with few inorganic matters which are biologically degradable (most inorganic matters in large contents, cannot be biologically degraded )
The wide spread interest regarding the treatment and handling of waste water, because of their deleterious effects on the receiving streams, led to many new developments in this field. These developments basically include marginal improvements of the conventional treatment processes for more effective removal of pollutants, with capability to remove the pollutants not ordinarily removed by the conventional methods.
Few of the newer methods, although conceptually similar to the conventional treatment processes are radically different from the conventional methods.
Engineering Industries containing various oils, greases, coolants, lubricants etc. find difficult to separate oils form the effluent since there are certain oils which cannot be separated by conventional methods and requires modern techniques particularly for the oil emulsions so that the waste streams after the separation can be mixed with the Domestic wastes for the new biological degradation methods.
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Our Technology
MBBR (Moving Bed Bioreactor)
Our technology has been specifically designed for effective and complete treatment of
sewage. The treated wastewater meets the highest quality discharge standards as
prescribed by government agencies and is fit for reuse for several purposes such as
irrigation.
Brief Description of Treatment Process: Process flow diagram is given below. Wastewater is stored in an Equalization cum
Storage Sump. From here it is lifted with the help of a Raw Effluent Lift Pump to a
two stage Aerobic Reactor. First stage of the same is an attached growth based MBBR
(Moving Bed Biological Reactor). Here Bacteria Culture develops on Floating MEDIA
CYLINDERS. These micro-organisms derive their food from the organic impurities in
water and air from an Air Blower which diffuses air in Fine Bubble Form at the bottom
of the reactor through Membrane Diffusers. This reduces the BOD Load of the
Discharge significantly. The water is further fed to Extended Aeration Reactor which
is a suspended growth type aerobic reactor. Here BOD/COD load is reduced further.
Water from here is fed to a Tube Settler where finer suspended impurities as well as
dead organic matter from the MBBR is settled and dumped to Sludge Beds where it is
sun–dried (or to Sludge Tank, where it is dewatered using a Filter Press). Part of the
sludge is recycled using a Sludge Recycling Pump.
Water after Tube Settler is stored in Pre-filtration Sump and is pumped through a
Filtration Pump to a set of Pressure Sand & Activated Carbon Filters. They remove
very fine suspended particles in the Discharge Stream, as well as traces of any impurity
or any Odour or Colour inherent in the stream. BOD and COD of water is further
reduced during Filtration. Further, before filtration the water is disinfected using
Sodium hypochlorite based dosing, before final disposal of treated water.
Treated Water is then fit for reuse in Irrigation & Plantation on Land.(Only for non-edible crops)
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APPLICATIONS OF TREATED WATER
1. Toilet Flushing to the maximum extent by separate O/H tanks
2. Gardening and Landscaping
3. Centralized Air - Conditioning
4. Building construction
HIGHLIGHTS:
1. Less Power Consumption 30 % less than conventional Activated sludge Process
2. Less area for the Sewage Treatment Plant
3. Low operating costs
4. A powerful and ecofriendly De-odorization system – Odor free environment
5. Corrosion free materials
6. Effective method of sludge dewatering
7. Easy operations of the Plant
8. Low Maintenance of the Equipment’s and Plant
9. Level Controller Systems and Pump Interlock Systems with hooters
QUALITY OF TREATED WATER
1. No stints in treated water.
2. Levels of BOD, COD are even below the limits set by various statutory - State
PCBs.
3. Suspended Solids are in minimum quantity.
4. Can be safely, recycled and reused
5. Recovery of Water is to the tune of 90-95%.
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OPERATIONS & MAINTENANCE
1. Easy operations and minimum maintenance
2. Drastic reduction in loads of organic habitats / pollutants in the primary Aerobic
Treatment - say to the tune of 60-70%.
3. Bacteria Culture is grown on Reactor Media which eats the wastes & purifies the
water.
4. Static Equipments in the Secondary Treatment are smaller in size
5. Dynamic Equipments requires less Power to drive
6. Number of Mechanical and Civil Equipments are less
7. Plant will remain in stabilized conditions for 6-8 hours even during Power Failures
8. Low Operational costs
LABOUR COSTS
1. Minimum Labour Costs
2. One person per shift, even on part time basis, can manage the operations of the
Plant.
3. Require minimum Inventories on account of spares
POWER COSTS
1. Negligible Power Costs
2. Dynamic Equipments requires less Power to drive
3. Number of Mechanical and Civil Equipments are less
4. Power Costs are less when compared with Conventional Methods
FUTURE CONSIDERATION
Due to less number of mechanical and electrical / Instrumentation equipment’s,
less spares are required to be kept in reserves and therefore
less inventories are required for the treatment plant.
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Company Achievement
1. Workshop by RMR Envitech Pvt. Ltd. on Modern Pollution Control Equipment for
the office and employees of Western Coal Fields Limited (WCL) Majri on 21st
December 2015.
2. RMR Envitech Pvt. Ltd. is the registered vendor of LafargeHolcim
List of Project Executed
Sewage Treatment Plant (STP)
And Many More…..
Sr. No.
Client Address Type Capacity
(KLD)
1
NATIONAL ENVIROMENT ENGINEERING
INSTITUTE – NEERI
Nagpur A prestigious Project of
Biogas Plant from Municipal Solid Waste
R&D
2 Chandrapur Municipal
Corporation, Chandrapur STP 500 KLD
3 ACC Mines Shindola
Laying of Underground Sewer Line Residential
Quarters 2.8 KM
4 Shivnari I Gogli, Nagpur STP 100 KLD
5 Naksatra I Wagdara, Nagpur STP 100 KLD
6 Naksatra II Wagdara, Nagpur STP 100 KLD
7 Naksatra III Wagdara, Nagpur STP 35 KLD
8 Sonari I Jhamtha STP 35 KLD
9 Sonari II Jhamtha STP 35 KLD
10 AIR Developers Nagpur STP 35 KLD
11 Atharva Nagri Nagpur STP 400 KLD
12 LG Developers &
Builders Nagpur STP 200 KLD
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List of Project Executed
Effluent Treatment Plant (ETP)
And Many More…..
Sr. No.
Client Name Capacity
(Liters Per Day)
1 ACC Limited, Mine at Shindola 4000
2 ACC Limited, Mine at Gowari 4000
3 ACC Limited, Factory at Cement Nagar 4000
4 Ambuja Cement Limited, Uparwahi 4000
5 Ketan Hyundai Limited, Amravati Road, Nagpur
3000
6 Jaika Automobiles and Finance Pvt. Ltd, Jagdalpur, C.G.
3000
7 Ketan Hyundai Limited, Padoli, Chandrapur
3000
8 Shivnath Hyundai Pvt. Ltd, Raipur C.G.
2000
9 Jaika Automobiles and Finance Pvt. Ltd, Raipur C.G.
5000
10 A.K.Gandhi Cars Pvt. Ltd Great Nag Road, NAGPUR 3000
11 Jaika Automobiles and Finance Pvt. Ltd, Rajnandgaon C.G.
5000
12 Sudarshan Motors, Nagpur
2000
13 Dhru Cars Pvt. Ltd Bhavya Honda, Amravati Road, Nagpur
4000
14 Jaika Motors Limited – Civil Lines Nagpur 3000
15 National Garage Raipur - Chhattisgarh
3000
16 JAIKA Motors Limited, Padoli, Chandrapur 3000
17 Pravin Techno Track Engg (India) PVT.LTD 3000
18 A.K.Gandhi Cars Pvt. Ltd NAGPUR
3000
19 Arya Cars – Nagpur
3000
20 Galaxy Car Care Solutions
1500
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PLANT DETAILS:-
Client: - Mahalaxmi Developers, Nagpur
Site: - Gogli, Nagpur
Type: - Sewage Treatment Plant (Package Type)
Capacity: - 100 KLD
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PLANT DETAILS:-
Client: - Chandrapur Municipal Council, Chandrapur
Site: - Azad Garden, Chandrapur
Type: - Sewage Treatment Plant
Capacity: - 500 KLD
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PLANT DETAILS:-
Client: - Mahalaxmi Developers, Nagpur
Site: - Sonari II, Jamtha, Nagpur
Type: - Sewage Treatment Plant (Package Type)
Capacity: - 30 KLD
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PLANT DETAILS:-
Client: - Air Developers, Nagpur
Site: - Heti, Katol Road, Nagpur
Type: - Sewage Treatment Plant (Package Type)
Capacity: - 30 KLD
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PLANT DETAILS:-
Client: - Ambuja Cement Limited
Site: - Uparwahi, Gadchandur
Type: - Effluent Treatment Plant (Package Type)
Capacity: - 4 KLD
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Plot No. 105, “NISHIJS” Apartments, 4th floor, Surendra Nagar,
Nagpur, Maharashtra-440015 Cell : +91-9011109077 / +91-9822698691 / +91-9168055500
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