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INTERNATIONAL BIO-GAS ENTERPRISES (I.B.E.) For solving the problem of Energy, Air & Water Pollution with our Fixed Dome Bio-gas Technology for Night
Soil through Scavengers and Night soil tankers, Individual and Community Latrine (toilet), Sewage and sewerage treatment, Horse dung, Zoo Animal dung, Rotten Potatoes, Agro & Flower Wastes, Slaughter house wastes, Water hyacinth, City garbage and Dead animals, 100% success and longer life, without
maintenance Since 1979 in India and Abroad --------------------------------------------------------------------------------------------------------------------------------
HOW TO SOLVE HAZARDOUS POLLUTION PROBLEMS BY FIXED DOME BIO-GAS TECHNOLOGY AS FOLLOWING :-
GLOBAL PROBLEMS
Air Pollution Deforestation for Cooking fuel Water Pollution by Soak Pits
MANDIR WASTES PROBLEMS
Collected flower wastes in Mandir Pollution in river by flowers Collected cow-dung in Mandir
RURAL AREAS PROBLEMS
Making Dung Cakes Cleaning Dry Latrines Septic tanks pollution
SEWER LINE LAYING PROBLEMS
Using Big Dia Pipe Two Deep / expensive sewar lines Connected to Sloot then river
SLAUGHTER HOUSE PROBLEMS
Blood flowing to Sloot Peoples walking in the rumens Animals eating rumens
CITY GARBAGE POLLUTION PROBLEMS
Cow is eating wastes Garbage on dumping point Garbage on National Highway
DEAD ANIMALS POLLUTION PROBLEMS
Taking out skin from dead cattle Vultures & dogs are eating Sundry & Create Hazard pollution
SOLVED ALL PROBLEMS BY I.B.E.
Sectional Elevation of Plant Space available after construction Totally under-ground Plant in park
Dead
Cleaned Toilet Complex Bio-gas Plant in Balkeshwar Mandir Feeding Flower wastes in Plant
Dung & Flower waste fed in tank. Cleaned Mandir campus Cleaned atmosphere at sun-dry bed
Liquid wastes of Slaughter house Feeding through inlet Dry Bio-organic Manure
Burning Bio-gas Burners Lighted Bio-gas Lamp Electricity can be generated
INAUGURATIONS OF I.B.E. PROJECTS
By Hon’ble Mulayam Singh Yadav By Hon’ble Lalji Tandon Slaughter House of Delhi Cantt. Bd. By Hon’ble Minister Jagdish Tytler
Founder : Mr. MOHAMMAD IBRAHIM
INTERNATIONAL BIO-GAS SPECIALIST Old Bans Mandi Near T.G. Hostel Sitapur Road, Lucknow U.P. India
Ph. (Mob.) 09415022304, 09415324158, (Res.) 0522-2743660 e-mail : [email protected], [email protected]
HOW TO SOLVE PROBLEM OF ENVIRONMENTAL POLLUTION, ENERGY & PROTECTION OF OZONE LAYER FROM DAMAGE BY METHANE GAS THROUGH I.B.E. BIO-GAS TECHNOLOGY
Every knowledgeable person is well aware of the fact of animal dung, human excreta, agro, flower wastes
liquid & solid waste of slaughter house, city garbage & dead animals feed in the fixed dome. Bio gas plant to be
degraded to yield a very useful product known as Bio-gas, contains 60% to 65% of highly inflammable methane gas
which if burnt without air gives luminous flame and can be used for lighting purposes and if burnt with air gives a high
temperature non-luminous flame and can be used as domestic fuel, just like L.P.G. and can also be used to generate
electricity and produced liquid and dry Bioorganic manure.
SOME ABOUT THE BIO-METHANATION FROM THE BIODEGRADABLE WASTES
International Bio-gas Enterprises (I.B.E.) is a registered organization and is engaged in research &
development work since 1979 both at lab & field level for the betterment of mankind. Since its inception, we are
concerned with the problems of energy, Bioorganic manure, air & water pollution, scavengers for cleaning dry latrine
(toilet) and to keep clean and pollution free city, town & rural areas and to control generation of diseases carrying
various insects like mosquitoes, flies etc. for good health and wealth of human being and also protection of ozone
layer depletion by the methane gas which is decomposed from Biodegradable wastes in open land, surface drains,
sloot, pond & rivers.
The animal dung is used for making dung cakes for cooking food in rural & urban areas in dry season. When
dung cake is burnt in stove (chula) then houses get dirty and become black with smoke creating air pollution and
women suffer from eye diseases other than destroyed valuable manure the animal dung collects in the pits in the
Rainy season, around the rural area and drain out in the city. Because of this system, various insects like, flies,
mosquitoes etc. which cause diseases like cholera, T.B., malaria & dengue etc. which are lethal for humans life,
health & wealth.
The above problems were serious issues for human life. So we decided to solve these problems which are
being created through liquid & solid biodegradable wastes, with the help of Govt. of U.P. and India and results of our
hard working, deep concentration, long studies, practical practices, facing of life dangers, practical training and regular
participation in National and International seminars, workshops & demonstrations organized by Central Govt, State
Govt, U.N.F.A.O., World Bank & by other funding resourceful organization at National & International level.
U.N.F.A.O. organized South East Asia seminar on Bio-gas Technology in China. The government of India
deputed Mr. Mohd. Ibrahim in department P.R.A.D Lucknow to attend the seminar and got training to Chinese Bio-gas
Technology in 1980. We have all records of Chinese Bio-gas technology with photograph Design & drawing and it
proves that our Bio-gas technology is better than China.
Our Design and Technology is suitable to have a successful working treatment system through fixed dome
Bio-gas plant on any type of land i.e. plain, hills & high water table. The technology is to make energy sustainable
houses. The Bio-gas plants construction budget is within the reach of a rural or urban families also running
successfully with the dung of one buffalo or two cows with feeding kitchen wastes & attached toilet to meet the
requirement of energy for cooking & lightning of a family and Bioorganic manure for the user agricultural land is
sufficient per year and pay back period is three years of total cost for the family size Bio-gas Plant and 95% pollution
problem is also solved.
It has been proved that the designs developed by the organization are most effective to control problem of
energy and pollution. The technology has given its considerable contribution in adding new sources of fuel, energy
and nitrogenous Bioorganic manure in the form of liquid and dry from the feed of Biodegradable wastes in the fixed
dome Bio-gas plant. In other words, it is a process to produce wealth from waste.
Different wastes have their different characteristics such as their density, retention time & mesophilic
temperature for bacterial action in the digester slurry (to produce Bio-gas), their setting position in the digester bottom
& floating wastes collecting in the dome of the different type of the carbonic materials are different, therefore, one
design of the Bio-gas plant will not be worked on other waste to obtain its desired results. Our fixed dome Bio-gas
technology is pioneer in the World and cheaper in comparison of other Bio-gas plant and also the life is 50 years
without any maintenance (on the basis of field experiences) which has been proved in National and International
seminars. We have taken it seriously and done deep study of wastes and finally involved that different wastes need
different designs of Bio-gas plant to obtained good results without a single Bio-gas Plant failure till date in India &
Abroad.
DESIGN AND CONSTRUCTION OF BIO-GAS PLANT FOR THE FOLLOWING WASTES SINCE 1979
A. BIODEGRADABLE SOLID WASTES
1. Animal dung (cow, buffalo, horse and elephant dung etc.),
2. Individual sewar and Kitchen wastes.
3. Destroyed / Rotten Potatoes,
4. Tobacco wastes,
5. Agricultural wastes,
6. Flower wastes,
7. Sugarcane based,
8. Water hyacinth & algae,
9. Hotel wastes,
10. Slaughter House liquid and solid wastes,
11. Domestic garbage & Dead animals,
B. HUMAN EXCRETA
1. Individual & small Bio-gas Plant 1 to 4 M³.
2. Community toilet complex.
3. Sewar treatment for slum colonies, new developed colonies and rural area (without bath water).
4. Sewage treatment (with bath water) without using of electrical & mechanical energy, (electricity
is used only for pumping sludge from sump well to settling tank),
5. Sewage treatment (without use of electrical & mechanical energy) in irregular shape land in
plain & hilly areas.
These Bio-gas Plants are running successfully without any maintenance since 1979 in 30 years of their
installation. The working of the plants can be seen at any time in U.P., Delhi, Kashmir, Madhya Pradesh, Bihar &
Kerala etc., states of India & Abroad.
We have designed & constructed fixed dome Bio-gas plant of digester volume 1 to 1000 M³ at mesophilic &
thermophilic temperature (high rate fermentation like Kerala), which has controlled successfully 95% pollution and
added a new source of income by supplying kitchen fuel / electricity, bottling as C.N.G. for running vehicles and
Bioorganic manure in liquid & solid form. Our Bio-gas Plants served for Hotel, Police line, Zoo, Seminary, Schools,
Development Authority, Slum area, Cantonment Board, Training College, University, Sugar Cane & Tobacco
Factories, Temples (Mandir) & Islamic Institutions. The capacity of Bio-gas plant is decided on the basis of the
quantity and type of the waste available in rural & urban areas.
The Govt. of U.P. organized seminars to give training in the different training centers and showed video films
to all the participant and I.A.S. officers of U.P. and Govt. of India. Our Bio-gas technology got fame in National and
International books, News paper, and National & International telecasts.
The sewar & sewage treatment system has been done since 1979 in the department of Rural
Development, N.E.D.A., L.D.A., G.D.A., V.D.A, S.U.D.A./ D.U.D.A, water work department. Tourism Lucknow,
Deen Dayal Upadhyay state institute of rural development U.P. Bakhshi-Ka-Talab Lucknow, Sulabh International
Patna, Lucknow and trained staff of Sulabh, Hotels, Schools in rural and urban areas in India, Vambay & Ambedkar
Awasiya Yojna, etc.
We have designed and constructed a sewage treatment project through Bio-gas plant at O.N.G.C. (Oil
Natural Gas Commission) Dehradun, colony of 5000 people without electrical and mechanical system & electricity
used only for pumping sludge from sump well to settling tank and mostly work is being done automatically and the
project is handled manually.
MALAWI CENTRAL AFRICA
Malawi Govt. through World Bank deputed their engineers in India for training of design & construction of the
Bio-gas plant who were trained by our International Bio-gas specialist Mr. Mohd Ibrahim as a World Bank short term
consultant to Govt. of Malawi. He found on spot in Malawi that they had constructed two Bio-gas Plants from some
other agencies in 1990 and 1991 with huge investment. These Bio-gas Plants were ineffective and in-operational
because of gas leakage from dome. Our Fixed Dome Bio-gas technology was constructed there since 1993 to 1997
with poor quality of bricks available at the doorsteps of rural areas. The Plant’s cost was within their budget. The
Malawi Govt. and World Bank team were entirely satisfied with results of our Bio-gas Plants. All Bio-gas plants are
working successfully till date without any expenses on their maintenance and operation.
SLUM MASHALCHI TOLA
Ministry of Urban Development U.P. gave a good opinion about I.B.E. Bio-gas Technology and invited our
specialist Mr. Mohd. Ibrahim to know more about our work. The Ministry was convinced and allotted the work of
Mashalchi Tola (one of the most dirty / slum colony in Lucknow) project. A sewar and kitchen wastes based Bio-gas
plant 60M³ was constructed in high water table slum Mashalchi Tola in 1998 for 428 families with 2143 population. It
controlled 95% pollution of the area and supplied their kitchen fuel to 25 families of the colony from feed of their
human excreta through sewar line.
The Bio-gas plant’s results had been appreciated at all levels. Resident’s of colony were happy, as they
were free from air & water pollution and safe from the attack of fatal diseases such as T.B., Cholera and eyes
diseases etc., which were very common before the installation of the Bio-gas plant. The Bio-gas plant and sewar line
are working smoothly without any investment since 1999.
The National and International Bio-gas specialists team of Japan, China & Africa visited the project, they all
had appreciated it very much. Ministry of Urban Development Govt. of India was so much impressed with the working
of the Bio-gas plant that on seeing fruitful results of the projects sanctioned a proposal submitted by SUDA / DUDA
Lucknow to make many Lucknow slum colonies pollution free & supply them cooking gas on the basis of slum
Mashalchi Tola technology.
Slum colony Panni Wali Gali Thakurganj, Vambay Awasiya Yojna, Para Narpat Khera, Slum colony Pandey-
Ka-Talab, Nagar Panchayat Itaunjaa, Moazzam Nagar (Sewar by Scavengers Pale Depo), Prakash Nagar, Lucknow
(By :- Lucknow Jal Sansthan), Deen Dayal Ashrayheen Yojna, Takrohi.
The Senior Officers of City Nagar Nigam, District Urban Development Authorities and Water Boards of U.P.
etc. were involved in the projects. All of them were highly impressed to see the pollution free working of the Bio-gas
plant. The concerned Departments allotted us work for their various projects under sanitation program in Lucknow.
The sewar line is 35% cheaper in comparison to old sewar line laying system. I.B.E. is only an organization
concerned with design & construction of the project shall run upto 30 years on the basis of separate agreement.
DESIGN PARAMETERS FOR A SEWAR BASED PROJECT
A project for construction of Bio-gas plant, through conversion/construction of dry latrines into pour flush water
seal latrines and its connection through sewer line which carries the raw materials (human excreta) to the sewar
based Bio-gas Plant. The project could deals with “Night Soil” with the benefit of production of Bio-Gas which could be
used for Cooking, Lightning and electricity generation.
PROCESS OF BIO-GAS PLANT
(i) The feed (Sewage) to the plant is carried by the sewar line.
(ii) Once the sewage has entered into the digester it is subjected to anaerobic Bio-gas degradation and is
produced by Mesophilic Bacteria at the temp. between 250C to 350C. The Bio-Gas primarily consists of 60 to
65% Methane (CH4) along with other gases such as CO2, CO, SO2, H2S, etc.
(iii) The produced Bio-gas is accumulated in the dome of the Bio-gas plant and is tapped for supply from top of the
'Dome' through gate valve and G.I. pipeline. When the gas is not being consumed it accumulates in dome and
pressure gradually increases as more and more gas accumulates. This gas pressure presses the top surface of
the digester slurry and the level of the slurry begins to rise in the outlet of plant upto discharge hole, finally
when sufficient gas has accumulated in dome the entire gas portion is filled with the Bio-gas and the digester
slurry in the upper portion of the digester is forced into the outlet which begins to overflow and the gas portion
of digester decomposed slurry flows out through outlet discharge hole on top to channel into the sun-drying
slurry beds or to sloot.
(iv) When the Bio-gas is consumed then the pressure of the accumulated gas in the dome decreases and the level
of the digester slurry begins to rise and the slurry in the inlet and outlet recedes back into the digester. Because
of this hydraulic pressure the sewar line never gets choked and requires no maintenance for running without
investing single rupee for cleaning sewar line as proved since 1999 in slum Mashalchi Tola.
FLOWER WASTES BASED PLANT
We have constructed 52 M³ digester volume Bio-gas Plant in Sri. Balkeshwar Hanumanji Mandir in Nirala
Nagar, Lucknow in 2007 for solving the pollution problem from the flower waste, dung and all other bio-degradable
waste of the temple which is first in its type. After construction of this Bio-gas Plant temple campus is absolutely free
from pollution besides getting cooking gas used for food preparation for temple staff as well as lighting purpose.
KASHMIR
One eyewitness case of failure of septic tank & soak pits in Kashmir is before us and we felt necessary to
quote it here to know about high effectiveness of our Bio-gas technology. In Darul Uloom Bilaliya Lal Bazar Srinagar
Kashmir, 500 students and staff were residing there. The management of institution got constructed community
latrines (toilets) attached with small septic tank and soak pits.
There were also 10 seated latrines in main building and 21 seated community latrines attached with big
septic tanks, effluent was connected two soakage pits. The sewar system failed completely there. The whole area of
the Darul Uloom was polluted badly, 200 students became victims of fatal diseases such as T.B., eye diseases and
200 students left the Darul Uloom. Management and staff were worried about the situation and they were in the
search of solution of the serious problem.
They were contacting to the concerned departments, persons and specialists who suggested them that
drinking water should be treated before its used to control T.B. All suggested equipments of water treatment were
installed in the campus and followed other water using instructions of experts but T.B. was not controlled. Students
were admitted in medical hospital for the treatment regularly.
The news was broadcasted on TV and Radios from Kashmir stations. Through some official contacts, they
were suggested to contact our Bio-gas specialist Mr. Mohd. Ibrahim for the solution of their problems. After studying
situation, he found that sewar system had failed and he suggested that T.B. is because of air pollution from the failure
of sewar system and not because of drinking water. Our sewar based Bio-gas plant 30 M³ was constructed in 2002. It
controlled pollution and serious diseases such as T.B. and Eye diseases completely.
I.B.E. SEWAR AND SEWAGE TREATMENT SYSTEM
We have developed designs of suitable sewar and sewage treatment fixed dome Bio-gas Plant without bath
water as well as with bath water. Our technology on the basis of our successful experiences speaks loudly and
expressly that the sewar treatment project without bath water is more effective and lesser expensive with longer life of
50 years on the bases of field experiences. Also it does not requires any extra money to maintain and run the
treatment system. The initial capital investment is also lower if the sewar line is laid according to our design and
attached with sewar based Bio-gas plant, as has been proved in slum Mashalchi Tola Lucknow and new developed
colonies.
The specialty of our Bio-gas technology is that it does not need big dia hume pipe deep and long distance
sewer line. The sewar treatment project can be set up in a colony park or any type of open land near by in slum and
new developed colonies, and rural area just by laying 0.60 to 1.20 M deep main sewer line with small dia hume pipe
and manholes 1.20 M deep and the depth of manhole comes automatically design of Hydraulic pressure of the
digester slurry..
The project construction/installation does not effect routine work of the colony residents and other
departments like electricity, telephone etc. During installation of project road accidents, road blockages, flowing of
sewar on the road and lane are never seen in our design whereas they are very common in other designs.
The treated water of the project is 95% pollution free, which is used for top dressing in parks, lawns and
agriculture field etc, or it can be disposed on the surface drains of the road by sewar lines laying. The construction of
septic tanks and soak pits are not needed, because this system spent enormous money and also creates air and
water pollution in the area soon after their construction and also during the time of cleaning.
OLD SEWAGE TREATMENT SYSTEM
The project installation of sewage treatment with bath water is costlier and needs regular running expenses,
i.e. salary of the staff employed in operation of the project, chemical treatment, i.e. consumption of alum, lime &
electricity for running the treatment system. Important points to discourage the old technology such as firstly, laying of
sewer line is expensive, secondly, it needs a running expenses regularly, thirdly the earning from the project is lesser
as there is no income from the treated water, which is directly connected to sloot or river, fourthly maintenance of the
project is also expensive. And also creates air & water pollution which can be seen on such treatment systems.
BIO- METHANATION SYSTEM FROM SLAUGHTER HOUSE LIQUID & SOLID WASTE
The existence of slaughterhouses can be evidenced from the emergence of British Empire in India.
According to the consumption pattern and demand of Indian population (Urban & Rural) slaughtering of buffaloes,
cows, goats, chickens and pigs are very common. The slaughter house pay no heed to the liquid and solid wastes but
only throw the solid waste in the open land for decomposition of liquid wastes to drain out. These slaughter houses
cause grate air and water pollution. On the other hand, wastes left in open areas attract dogs, vultures, eagles &
crows etc. causing localized pollution around the slaughter houses, also spreading over a large area and as a result of
neighborhood people suffer a lot due to the diseases caused by pollution.
We have seen modern slaughter houses where after slaughtering the solid wastes are burnt in the incubator
and its smoke pass out in the sky through mild steel chimney and thus create air pollution and the liquid wastes being
carried in open sloot for treatment and thus the whole modern system creates air and water pollution around the area.
The mechanical and electrical systems for treatment are very expensive and need maintenance. Further for
destroying the solid wastes the electricity is consumed in the incubators while destroying the wastes. The nation is
loosing the valuable organic manure and methane gas.
Beyond this, these liquid and solid wastes through I.B.E. Bio-gas technology produce Bio-gas and generate
electricity and also organic manure, and results is in pollution free slaughtered area & without throwing of meat pieces
& bones by birds in neighborhood houses.
Now pollution has become a global problem, due to the pressure of growing number of slaughter houses
situated in the inhabited areas. Considering the situation of pollution caused by slaughter houses of inhabited areas.
Government has decided to shift such slaughter houses to the outskirts of the cities with a treatment plant for the
wastes. But this decision taken by the Government has to insure a large amount of investment on the slaughter
houses owners. Of course, the shifting of slaughter houses is a short term or partial measure to confront the problem
of pollution caused by slaughter houses because many modern slaughter houses which are constructed according to
the directions of the Government in the inhabited areas with modern treatment system and also burning solid wastes
through incubator are regularly creating pollution and consume electricity which can be seen in modern slaughter
houses.
SLAUGHTER HOUSE WASTES PROBLEM SOLVED BY I.B.E
In such situation some other measures have to be explored. We have designed and constructed for a
slaughter house a pilot project in 1995 at Delhi Cantonment Board New Delhi near Supply Depot Nagal New Delhi on
the basis of 50 goats being slaughtered their per day. The pollution problem solved 95% in the area birds and vultures
no longer infested by the locality. The project is eco-friendly and produces useful Bio-gas is still using as cooking fuel
in the staff colony and also provides very valuable Bioorganic manure, which also has immense export potential.
This project was inaugurated by Sri. Jagdish Tytler, surface Transport Minister Govt. of India, the Ex-Chief
Executive Officer at the Cantonment Board may be contacted to know the present status of the plant. Mrs. Veena
Mitra, the Ex-Director General of the Central Cantonment Board may be contacted for her views on the project as she
was the authority who had initiated the setting upto the project.
This is Pioneer Pilot Project is running satisfactorily since 1995 without maintenance and at any type of
pollution around the area. The Bio-gas supply to staff colony and Bioorganic manure being used in the lawns of
Cantonment Board, New Delhi.
This pilot Project challenges all previous technologies in India & Abroad and there is no air and water
pollution without maintenance, running staff and saved slaughtered liquid and solid wastes to burnt and drained
out to sloot and no need for extra space for the construction of slaughter house. At first construction slaughter
house wastes based Bio-gas Plant projected and then can be constructed a slaughter house structure on the
Bio-gas Plant at any capacity. Thus, the valuable agricultural land could be saved which will be used for shifting
slaughter house from the city.
CITY GARBAGE AND DEAD ANIMALS
A huge problem create difficulties to the human life in the outside and inside of the Municipal area has
raised in regards to city garbage, dead animals, its storage and disposal various aspects of this problem its solution
was discussed in the meeting.
Some photographs, certificates, pamphlets and newspaper about our works in this field were showed to
the concern officers and discussed about it widely,Nagar Nigams provided sufficient information according to our
demands.
PROBLEMS OF CITY GARBAGE
The city garbage & dead animals are big pollution & other problems on dumping station for its disposal
system having no income to the nagar nigam after then facing heavy expenses turning dumped city garbage by J.C.B.
and laborers per month.
City garbage decompose with its own moisture and during Raining season because of direct wastes
moisture and due to rain water the city garbage and dead animals are being decomposed and produce unhygienic
gases and methane gas which create air pollution around the dumping station. Also the methane gas damages ozone
layer directly because of which the human life is in danger.
The dumped city garbage catches fire automatically or burnt by manual to create air pollution by smoke on
dumping station, plastic bags eat by cows in city and on dumping station and causing death.
DEAD ANIMALS FROM CITY
The dead animals small and big cattle are carried out from the city on dumping station and the dogs, cats
and birds also dumped on dumping station. The contractor taking out skin from the dead cattle and rest body left on
dumping station. these dead bodies decompose and sundry which creates hazardous air pollution around the
dumping station.
DEAD ANIMALS FROM RURAL AREAS
The dead animals are collected from rural area's in the open agricultural land, near National highways and
roads. The contractor takes out skin and rest body left for vultures and dogs. The vultures come down with high speed
from the sky for eating dead body of animals and are often hit by aircraft resulting damage to national properties and
human life also.
The dogs run on the road for eating dead bodies of animals making road accidents. Sometimes vultures and
dogs do not eat the dead bodies then these bodies decompose and created air pollution around the area.
The city garbage and dead animals are thrown on the road and open space in the city ultimately which are
dumped on dumping station for disposal. But this time of present system creating huge pollution and problems for
humanity, to make atmosphere free from pollution has become a very difficult task for Municipal Corporation (Nagar
Nigam) in present time this system is creating difficulties for Nagar Nigam.
SOLUTION OF THE PROBLEM
Our I.B.E. Bio-gas technology can surely solve the above problems. The design details of available city
garbage, dead animals, slaughter house wastes and human excreta through tankers from the city and feed in the
fixed dome Bio-gas plant thus the pollution problem could be solved 95% and pay back period within 15 years of the
total cost of treatment system of city garbage and dead animals.
CONSTRUCTION OF COMMUNITY LATRINES (TOILET COMPLEX)
Firstly, we construct Sewar based Bio-gas plant in available space and after completion of dome of the Bio-
gas plant then construct community toilet complex on the dome hence the valuable land is being saved which is used
in construction of septic tank and soakage pits on other traditional systems.
We also provide water tap at each seat and there is no need to take water in mugs. We also bear
maintenance of Toilet Complex at no profit and loss basis.
The Bio-gas plant’s treated liquid slurry (water) free from pollution is connected to the surface drains of road
sides. The Bio-gas is used as kitchen fuel, other produces such as Bioorganic manure rich in nitrogen in liquid form, is
used in agriculture land to maintain soils rich fertility. The projects earning is available for running the activities of the
project without any financial help from government budget and the whole area (colony as well as project site) of the
site is free from pollution.
FOR THE INFORMATION
A project is submitted to the MNES Govt. of India and copy to Commissioner M.C.D. for the treatment and
Bio-methanation system of city garbage 7435 M.T. and dead animals 12 M.T. of M.C.D., New Delhi on dated 19-03-
2007. Total cost of the project Rs. 2119.74 crores and pay back period 11 year for the sanction.
Many other projects is in process of construction and sanction for the treatment by Bio-methanation system of
Sewar and Kitchen wastes based Bio-gas Plants in the Ministry of Housing and Urban Poverty Alleviation (M/o
HUPA), Govt. of India under B.S.U.P., I.H.S.D.P., I.L.C.S. Adarsh Nagar Yojna, Nagar Panchayats, Manniya
Kashiramji Shahri Garib Awas Yojna (MKSGA Yojna) & S.C.S.P. Yojna.
OUR SALIENT FEATURES
We can design & install plants having gas generation capacity from 1 M³ upwards to any capacity of
any type Bio-degradable liquid and solid wastes.
The Bio-gas Plant longer life 50 years without any maintenance on the bases of I.B.E. design and
construction technology R.B & R.C.C. work with using construction materials according to
specification as design.
The I.B.E. shall runs the project upto 30 years on the basis of agreement with no profit & no loss or in the ration of 70:30 (70% of firm (IBE) and 30% of department) depending on the earning and savings
of the proposal.
On application of our developed technology, the project will run free of all types of pollution,
generating electricity for running the project and road light & produce valuable organic manure for agricultural land and lawns etc.
Our Bio-gas Plant is totally underground so that the space above them may be used for any other
purpose whatsoever.
The construction of Bio-gas plant in single phase.
The Bio-degradable waste are being feed through its inlet according to the capacity of the Bio-gas plant.
The function of the Bio-gas Plant 100% success on the basis of hydraulic pressure and Hydraulic Retention Time (H.R.T.).
When agro & flower waste is feeding with dung in the Bio-gas Plant then it required cleaning within 5 years without any pollution problems
The 95% treated water of the project shall be supplied to the farmers for agriculture field, department lawns by tanker or for disposal by connecting to the sloot.
The department will be help for selling Bio-gas supplying & Bio-organic manure to the users.
This system is absolutely eco-friendly.
This is a truly and totally natural process.
Our Bio-gas system minimize air and water pollution and prevent violation of human rights.
Our plants require no maintenance.
No external energy and chemical are required (on without bathwater type projects only).
Bio-gas available may be used as cooking fuel or burning lamp or for generation of electricity.
Our designed sewer line laying system is 35% cheaper in comparison of old system.
May be installed at any location even in high water level.
May be designed for a specific and Biodegradable matter.
We provide tap in each seat of community toilet complex of Bio-gas Plants, hence no need to bring water from outside.
We do not participate in tenders but we are working on offers.
We provide our on offers on demand for different type of wastes. (details can be filled in the form below).
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BELOW ARE SOME PROJECTS WHICH HAVE BEEN INSTALLED BY
INTERNATIONAL BIO-GAS ENTERPRISES (I.B.E.) FROM 1979
Designed by
MOHAMMAD IBRAHIM
(INTERNATIONAL BIO-GAS SPECIALIST)
Sl. Field Work USER NAME & Type of Wastes Gas Volume Digester No. in Year Address (M³) Vol. (M³)
1.i (1979) MR. S.M. RASHID, Dung 12 24 Jopling Road, Lucknow, U.P. ( Ist Big Bio-gas plant of India)
ii. (1979) HAJI ABDUL HAMEED Slaughter house, dung 12 24 village Raipur, Sharanpur, U.P., & kitchen wastes
2. (1980) IDEAL CHILDREN SCHOOL School sewar, dung 8 20 Chander Nagar, Alambagh Lucknow, U.P. & kitchen wastes
3-i. (1980) CARLTON HOTEL, Poultry litter, dung 30 60 Rana Pratap Marg, Lucknow, U.P., & Hotel wastes (IInd Big Bio-gas plant of India)
ii. (1990) -- do -- -- do -- 30 60
4. SULABH INTERNATIONAL, PATNA, BIHAR
i. (1982) BINDESHWARI PATHAK, Sewar, dung 4 8 FOUNDER SULABH INTERNATIONAL, & kitchen wastes Mandiri, Patna, Bihar
ii. (1982) ADALATGANJ, PATNA, BIHAR, INDIA Community Toilet Sewar 55 170
iii. (1983) 6th gali, Nishatganj, Lucknow, U.P., -- do -- 15 46
iv. (1983) BALRAMPUR HOSP. Lucknow, U.P., -- do -- 15 46
v. (1983) QUEEN MARY HOSP. K.G.M.C. Lucknow, -- do -- 20 60
vi. (1983) K.G.M.C. Neuro Dept. Lucknow, U.P., -- do -- 15 46
5. (1982) ZOOLOGICAL GARDENS (ZOO), Elephant dung 10 30
Lucknow, U.P. & wastes
6. (1982) A.M.C. HOUSE Dung & kitchen 4 8
Cantonment, Lucknow, U.P.A wastes
7. (1982) FOREST OFFICE PICNIC CENTER Leaves, dung 4 9
Mausam bagh Lucknow, U.P. & kitchen wastes
8. (1982) SHANKAR COLD STORE Destroyed potatoes, 6 12
Chinhat, Lucknow, U.P. dung & kitchen wastes
9. (1982) JAMMU KHAN Sewar by Scavangers 8 15
Abdul Aziz Road, Lucknow, U.P., & kitchen wastes
10. (1982) WAKIL AHMAD Water hyacinth, dung 6 12
Andhay ki Chauki Kakori, Lucknow, U.P. & kitchen wastes
11. (1982) D.D. SINHA ALLIED Dung & kitchen 20 40
Wazir Hasan Road, Lucknow, U.P. wastes
12. (1983) DEPT. OF SCIENCE & TECH. Community Toilet 45 246
Atraulli Mohan Lal Ganj Lucknow, U.P., & dung
13. (1983) POLICE LINES, Horse dung 15 30
Lucknow, U.P.,
14.i (1983) LITERACY HOUSE, Dung & kitchen 15 30
Kanpur Road, Lucknow, U.P. wastes
ii. (1984) -- do -- -- do -- 15 30
15. (1983) HARISH GARG, Sugar cane wastes 20 40
Khandsari Unit, Thana Asmaulli, sewar & dung
Sambhal, Moradabad, U.P.
16. (1983) AHMAD HUSSAIN & DILDAR HUSSAIN Tobacco & kitchen 8 16
Chowk, Lucknow, U.P. wastes
17. (1984) D.M. RESIDENCE Dung & kitchen 3 6
Lucknow, U.P. wastes
18. (1984) RUNNING STAFF REST ROOM -- do -- 12 24
Northern Railway Charbagh, Lucknow, U.P.
19. (1984) YASHODA NANDAN, Moalasses, press mud 60 120
Khansari unit, Raja ka Sahaspur, & dung wastes
Sambhal, Moradabad, U.P.
20.i. (1986) ST. PAUL SEMINARY Dung & kitchen 4 8
15 Subhash Marg, Cantonment, Lucknow, U.P. wastes
ii. (1990) -- do-- Hostal sewar & night soil 15 30
feed tanker with sanitary
pads by Cant. Board
21. (1987) SHALESH KRISHNA Sewar, dung 6 12
Gomti Nagar, Lucknow, U.P. & kitchen wastes
22. LUCKNOW DEVELOPMENAT AUTHORITY (L.D.A.), LUCKNOW, U.P.
i. (1987) Tikait Rai Talab Colony, Phase-1 Colony sewar & 70 383
kithcen wastes
ii. (1987) Tikait Rai Talab Colony, Phase-2 -- do-- 70 383
iii. (1991) Tikait Rai Talab Colony, Phase-3 -- do-- 160 876
iv. (1987) Labour colony Aishbagh -- do-- 30 164
v. (1987) Ram Nagar, Colony -- do-- 140 766
vi. (1993) Nanda khera colony -- do -- 45 246
vii. (1994) Priyadarshni Colony, -- do -- 140 766
23. NON-CONVENTIONAL ENERGY DEVELOPMENT AGENCY, LUCKNOW (N.E.D.A.)
i. (1989) O.N.G.C., Sewage treatment 50 66
Dehradun, U.P. Project & kit. wastes
ii. (1988) NAGAR NIGAM, Khurrampur, Community Toilet 20 60
Gorakhpur, U.P. Sewar
iii. (1988) PEER BUKHARA, -- do -- 15 46
Lucknow, U.P.
iv. (1988) ROADWAYS BUS STAND, -- do -- 10 30
Sharanpur, U.P.
v. (1989) GRAM BHUDPURA, -- do -- 20 60
Varanasi, U.P.
vi. (1988) NIRANJANPUR, -- do -- 10 30
Dehradun, U.P.
vii. (1989) LAKSHMIPUR, -- do -- 15 46
Aligarh, U.P.
viii. (1989) MAHROLY, -- do -- 10 30
Meerut, U.P.
ix. (1989) GRAM NASEERI, -- do -- 10 30
Bijnour, U.P.
24. VARANASI DEVELOPMENT AUTHORITY (V.D.A.), VARANASI, U.P.
i. (1989) Ram Nagar, Colony Colony sewar & 45 246 Kitchen wastes
ii (1990) Pandeypur Colony, Phase-1 -- do -- 85 465
iii. (1990) Pandeypur Colony, Phase-2 -- do -- 85 465
25. GHAZIABAD DEVELOPMENT AUTHORITY (G.D.A.), GHAZIABAD, U.P.
i. (1990) Tulsi Niketan, Phase-1 Colony sewar & 140 766 Kitchen wastes
ii. (1990) Tulsi Niketan, Phase-2 -- do -- 140 766
26. (1990) RURAL DEVELOPMENT TRAINING, Hostel Sewar, dung 8 19 Centre Bakhsi-ka-Talab, Lucknow, U.P. & kitchen wastes
27-i. (1990) MOHD. ALI (FAQIR MOHD. FARM) Tobacco, agro wastes, 30 70 Madiyaon, Sitapur Raod Lucknow, U.P. water hyacinth & dung ii. (1991) -- do -- -- do -- 30 70
28. (1993) DR. ISTIYAQ MADARSA (GIRLS) Hostel sewar, sanitary 30 75 Hardoi Road, Lucknow, U.P. pads & kitchen wastes
29. (1995) DELHI CANT. BOARD Slaughter house liquid 10 30 Slaughter House, near Supply Depot., & solid wastes Nagal Cantonment, New Delhi
30. (1997) HANUMAN PRASAD Sewar, dung 10 20 Kannaujia, Sanjay Gandhi Puram & kitchen wastes Faizabad Road, Lucknow, U.P.
31. DISTRICT URBAN DEVELOPMENT AGENCY (D.U.D.A.), LUCKNOW, U.P.
i. (1998) MASHALCHI TOLA, Slum Colony wastes, 60 332 Sitapur Road, Lucknow, U.P. Sewar, kitchen wastes & Small dead animals
ii. (2000) PANNI WALI GALI, -- do -- 30 166 Thakurganj, Lucknow, U.P.
iii. (2003) VAMBAY YOJNA PARA NARPAT KHERA, Sindhi Colony Lucknow, U.P. -- do -- 15 83
iv. (2004) PART-B, VAMBAY YOJNA PARA NARPAT KHERA, -- do -- 20 110
v. (2004) PART-C “ -- do -- 20 110
vi. (2004) PART-C “ -- do -- 90 493
vii. (2004) PANDEY-KA-TALAB, Lucknow, U.P. -- do -- 60 332
viii. (2005) MOAZZAM NAGAR, Sewar by Scavangers 100 200 Sadatganj, Lucknow, U.P. (Pale Depo)
ix. (1998) DEEN DAYAL ASHRAY HEEN YOJNA Community 10 30 Takrohi, Lucknow, U.P. , Phase-1 Toilet Sewar
x. (2000) -- do -- Phase-2 -- do -- 10 30
xi. (1999) MAQBARA LALBAGH, Lucknow, U.P. -- do -- 10 30
xii. (1999) NEHRU NAGAR, Lucknow, U.P. -- do -- 10 30
xiii. (1999) GUDIYAN TOLA, Lucknow, U.P. -- do -- 15 46
xiv. (2001) AHMADGANJ PAJAWA, Lucknow, U.P -- do -- 15 46
xv. (2002) BHEEM NAGAR, Lucknow, U.P. -- do -- 15 46
xvi. (2002) PEER BUKHARA (rep.), Lucknow, U.P. -- do -- 15 46
xvii.(2009) A) S.C.S.P. YOJNA, Colony Sewar & Nagar Panchayat Itaunjaa, Lucknow, U.P. kitchen wastes 90 490
B) S.C.S.P. YOJNA, Nagar Panchayat Itaunjaa, Lucknow, U.P. -- do -- 60 332
32. FAIZABAD DEVELOPMENT AUTHORITY (F.D.A.), FAIZABAD, U.P.
(2000) KAUSHALPURI AWASIYA YOJNA, Colony Sewar & 60 328 Faizabad, U.P. kitchen wastes
33. LUCKNOW JAL SANSTHAN, LUCKNOW (L.J.S.)
(2002) Prakash Nagar, Balaganj, Slum Colony Sewar 120 664 Hardoi Road, Lucknow, U.P., & kitchen wastes
34. U.P. AVAS EVAM VIKAS PARISHAD, LUCKNOW (UPAVP)
(2009) GOKUL GRAM YOJNA - 2 Slum Colony Sewar 140 766 Bibi Khera, Lucknow, U.P., & kitchen wastes
35. U.P. RAJKIYA NIRMAN NIGAM LTD, LUCKNOW (UPRNN)
(2010) JASWANT NAGAR, ETAWAH (2 Nos.) 34 & 32 185 & 175 (2010) BABARPUR, ORRAYYA (3 Nos.) 15,5 & 5 83, 27 & 27 (2010) ACCHALADA, ORRAYYA (2 Nos.) 12 & 7 65 & 37 (2010) PHAPOOND, ORRAYYA 8 46 (2010) DIBYAPUR, ORRAYYA 10 55 (2010) VIDHUNA, ORRAYYA (5 Nos.) 34,15,15,12&8 185,83,83,65&46 (2010) BHIKAMPUR 7 37
36. (2002) BABY MARTIN PUBLIC SCHOOL Sewar, Dung & 10 25 Dubagga, Lucknow, U.P. kitchen wastes
37. (2003) SRI. LALJI TANDON, Dung & kitchen 10 20 Ex. Minister Form House, Malihabad, U.P. wastes
38. (2003) HAFEEZ, Sewar, dung 10 20 Kasampur Garhi Afzalgarh, Bijnor, U.P. & kitchen wastes
39. (2004) NAGAR NIGAM, Sewar treatment project 60 80 Bhopal, M.P. & kitchen wastes
40. (2005) INTEGRAL UNIVERSITY, Hostel Sewar & 30 75 Kursi Road, Lucknow, U.P. Kitchen wastes
41. (2005) DARUL ULOOM -- do -- 30 75 Bilaliya Lal Bazar Srinagar, Kashmir
42. (2007) JAMIATUL BANAT-AL-ISLAMIA -- do -- 60 332 B-112 Strt. No. 7 Shaheen Bagh Okhla, N.Delhi
43. (2007) SRI. BALKESHWAR HANUMANJI MANDIR Flower & Dung wastes 26 52 35, Nirala Nagar, Lucknow Based Bio-gas Plant
44. (2008) ATTHARTALA, ALUVA, (3 Nos.) All Bio-degradable Distt. Eranakulam, Kerala wastes 10 25
45. (2011) M.P. TOURISM DEV. CORP. LTD. Kitchen wastes Highway Treat, Dhodi, Sihore, Indore 04 12
46. (2011) NAGAR PANCHAYAT, FATEHPUR, Slaughter house liquid Distt. Barabanki & solid waste 25 50
NOTE :- Many other plants which are not included in the list are running successfully without any maintenance
since 1979 after their installation. The working of the Bio-gas plants can be seen at any time in Uttar
Pradesh, Delhi, Kashmir, Kerala, Madhya Pradesh and Bihar etc, State of India. We have also
constructed many Bio-gas Plants in Foreign Countries.
_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
THE I.B.E. BIO-GAS TECHNOLOGY’S BIO-METHANATION SYSTEM FROM
THE LIQUID & SOLID WASTES WERE INAUGURATED / INSPECTED BY THE FOLLOWING OFFICIALS & DIGNITARIES
A. - Mr. Giyani Zail Sin, Hon’ble Prime Minister on India. - Mr. Sripati Mishra, Hon’ble Chief Minister, U.P. - Mr. Vishwa Nath Pratap Singh, Hon’ble Chief Minister, U.P. - Mr. Mulayam Singh Yadav, Hon’ble Chief Minister, U.P. - Mr. Jagmohan, Hon’ble Minister for Urban Development, Government of India. - Mrs. Mohsina Qidwaai, Hon’ble Minister for Rural Development, Government of India. - Mrs. Sheela Kaul, Hon’ble Education Minister, Government of India. - Mr. Jagdish Tytler, Hon’ble Minister for State Transport, New Delhi. - Mr. Ammar Rizvi, Minister of Rural Development, Govt. of U.P. - Mr. Baij Nath Kuril, Minister, Govt. of U.P. - Mr. Mohd. Ameen Ansari, Minister, Govt. of U.P. - Mrs. Premvati Tiwari, Minister, Govt. of U.P. - Mr. Lalji Tandon, Hon’ble Minister for Urban Development, Govt. of U.P. - Dr. S.C. Rai, Mayor, Lucknow. - Raja Vijay Kumar Tripathi, M.L.A., Mohanlalganj, Lucknow, Govt. of U.P. - Mr. Shiv Kumar Mishra, P.R.O. Mr. Atal Bihari Vajpayee, Hon’ble Prime Minister of India
(B) VISITED BY HIGHER OFFICERS OF GOVERNMENT OF INDIA & GOVERNMENT OF U.P.
- Mr. S.S. Mehdi, (IAS) Fertilizer Commissioner, Govt. of India, - Mr. S.P. Mukhergi, (IAS) Agricultural Secretory, Govt. of India, - Mr. K.C. Khandelwal, Assistant Food Commissioner, Govt. of India, - Mr. Fazal Ahmad, Member, Planning Commission, Govt. of India. - Mr. Kaushal Ram, (IAS) Secretary of Urban Development, Govt. of India. - Mr. S.K. Chopra, Adviser for Rural Integrated Energy Program, Planning Commission, Govt. of India. - Dr. H.S. Anand, Secretary Housing & Poverty Allevation, Govt. of India. - Mrs. K.L. Dhingra, Secretary Housing & Poverty Allevation, Govt. of India. - Mr. P.K. Mohanty, Joint Secretary Housing & Poverty Allevation & Mission Director JNNURM, Govt. of India. - Mr. Shamshad Ahmad, (IAS) Commissioner, Agricultural Production and other higher officials, Govt. of U.P. - Mr. Shirish Chandra Dixit, Director General of Police, Govt. of U.P. - Mr. Om Prakash Richharia, (IAS) Minister of State for Finance, Govt. of U.P. - Mr. R.S. Tolia (IAS), Commissioner, Gram Vikas & Panchayti Raj, Lucknow, Govt. of U.P. - Mr. Yogendra Narain, (IAS) Secretary to Chief Minister. Govt. of U.P. - Mr. K.K. Randhar, (IAS) Additional A.P.C., Govt. of U.P. - Mr. Surendra Mohan, (IAS) Commissioner, Lucknow Division, Lucknow, Govt. of U.P. - Dr. J.P. Singh, (IAS) Planning Secretary, Govt. of U.P. - Mr. Om Pathak, (IAS) District Magistrate, Lucknow, Govt. of U.P. - Mr. Ashok Kumar Khurana, (IAS) Chief Development Officer, Lucknow, Govt. of U.P. - Mr. R.N. Trivedi, (IAS) District Magistrate, Lucknow, Govt. of U.P. - Mr. P.V.B. Ghate, (IAS) Director, P.R.A.D., Lucknow, Govt. of U.P. - Mr. Shahzad Bahadur, (IAS) Director, P.R.A.D., Lucknow, Govt. of U.P. - Mr. Ashok Priyadarshi, (IAS) Director, N.E.D.A., Lucknow, Govt. of U.P. - Dr. Ram Das, (IAS) Director, P.R.A.D. & Chief, UNICEF, Govt. of U.P. - Mr. Shailesh Krishna, (IAS) V.C., Lucknow Development Authority, Lucknow, Govt. of U.P. - Mr. Raj Pratap Singh, (IAS) C.D.O., Lucknow, Govt. of U.P. - Mr. S. R. Lakha, (IAS) Secretary / Director, S.U.D.A., Govt. of U.P. - Mr. Navneet Sahgal, (IAS), Secretary, Shahri Samgra Vikas and S.U.D.A. & Director S.U.D.A. & D.M./
Director D.U.D.A., Lucknow, Govt. of U.P.
- Mr. Rohit, (IAS) D.M. Lucknow, Govt. of U.P.
- Mr. Sanjay Agarwal, (IAS) D.M., Lucknow, Govt. of U.P.
- Mr. N.S. Ravi, (IAS) Chairman of S.U.D.A., Govt. of U.P.
- Mr. Alok Kumar, (IAS) Director of S.U.D.A., Govt. of U.P.
- Mr. Diwakar Tripathi, (IAS) Director, S.U.D.A., Govt. of U.P.
- Mr. Jivesh Nandan, (IAS) D.M. / Director, D.U.D.A. Lucknow., Govt. of U.P.
- Mr. Chandra Prakash, (IAS) Chief Development Officer, Lucknow, Govt. of U.P.
- Ms. Deepti Gaur Mukherjee, Project Director, Project UDAY, Bhopal, M.P.
- Mr. Deepak Kumar, (IAS) Commissioner UPAVP, Lucknow, Govt. of U.P.
- Mr. Nitishwar Kuomar, (IAS) Director, U.P.N.E.D.A., Lucknow, Govt. of U.P.
- Ms. Rekha Gupta, (PCS) Project Director (P.D.), D.U.D.A., Lucknow, Govt. of U.P.
- Mr. Sushil Kumar, Director, (PCS) S.U.D.A., Lucknow, Govt. of U.P. - Mr. Chintamani, Director, (PCS) S.U.D.A., Lucknow, Govt. of U.P. - Mr. S.P. Singh, (PCS) M.N.A., Nagar Nigam, Govt. of U.P. - Mr. Hiralal, (PCS), A.D.M (P). Sambhal, Morodabad, U.P. - Mr. A.C. Sinha, M.N.A., Nagar Nigam, Govt. of U.P. - Mr. M.L. Paswan, Deputy Commissioner, UPAVP, Lucknow, Govt. of U.P. - Mr. A.K. Dhussa, AFPRO, New Delhi. - Dr. Atma Ram Shukla, Scientist “G”, Ministry of New & Renewable Energy, Govt. of India. - Mr. S.K. Tripathi, Director (Corporate Planning), HUDCO, New Delhi. - Mr. T.K. Prabhakaran, Director (Finance), HUDCO, New Delhi. - Mr. Pankaj Joshi, Director (Ministry of HUPA), Govt. of India. - Mr. H.K. Dubey, Executive Director (Operation), HUDCO, New Delhi. - Er. S.N. Ram, Chief Engineer, UPAVP, Lucknow, Govt. of U.P. - Er. D.K. Jain, Chief Engineer, UPAVP, Lucknow, Govt. of U.P. - Mr. Rashid Khan, G. M., Lucknow Jal Sansthan, Lucknow, - Mr. R.K. Tripathi. G. M. Lucknow Jal Sansthan, Lucknow, - Er. B.K. Bajpai, Senior Engineer, UPAVP, Lucknow, Govt. of U.P. - Mr. R.K. Mathur, Regional Chief HUDCO, Lucknow. - Mr. Neelesh Dubey, Urban Governance Officer, Urban Water Supply & Environmental Improvement in M.P. - Mr. Saurabh Pandey, Community Development Officer, Urban Water Supply & Environmental Improvement
in M.P. - Mr. Rajesh Nagal, Project Director, M.P. Vikas Pradhikaran Sangh, Bhopal M.P. - Prof. P.K.Seth, Ph.D. FNASc. FNA, FAMS, Chief Executive Officer, Bio-tech Park, Lucknow, Govt. of U.P. - Mr. P.S. Ojha, State Co-ordinator, Jetropha Mission Cell, Deptt. of Planning, Govt. of U.P. - Mr. M.A. Hanif, District Agriculture Officer, Lucknow, Govt. of U.P.
- Mrs. Deepa Bajwa (IDES), Cantonment Executive Officer, Delhi Cantt.
- Principal Director Defence State, Central Command, Lucknow, Govt. of U.P.
- Dr. M.Z. Khan, Asst.Prof. Civil Engg.Department, Institute of Engg. & Technology, Lucknow, Govt. of U.P.
- Dr. S.C. Agarwal, Senior Research Officer, P.R.A.D., Govt. of U.P.
- Mr. I.P. Kannaujia, Project Director (P.D.), D.U.D.A., Lucknow, Govt. of U.P.
- Mr. A.K. Mathur, Senior Project Officer, N.E.D.A., Lucknow, Govt. of U.P.
- Mr. Mohan Hingorani, Director - Corporate Affairs, Shapoorji Pallonji & Co. Ltd., Mumbai.
- Dr. Ashok K. Gupta, Consultant with other staff, Shapoorji Pallonji & Co. Ltd., Mumbai.
- Mr. Andleeb H. Zuberi, Company Secretary, Hind Agro Industries Ltd., Aligarh
- Er. H.K. Munjal, Addl. Dir. Gen. (Retd.), C.P.W.D.
- Co-ordinator of Integrated Rural Energy Planning Programme in different States attended the National Workshop of Integrated Rural Energy Planning held in Mohanlalganj and visited community Bio-gas plant, Attrauli in 1986.
- National Defence Academy, Senior Officer Deligate.
(C) THE FOLLOWING VISITORS INSPECTED THE BIO-GAS PLANT OF PATNA (BIHAR) BY SULABH INTERNATIONAL :
- Sri. S.B.Chauhan, Union Minister of Planning, Govt. of India. - Sri. Ram Autar Singh, Planning Adviser. - Other State Ministers, - International Seminar Participant, (and proved this is best technology)
(D) THE TEAM OF FOREIGNERS OF FOLLOWING COUNTRIES INSPECTED OUR BIO-GAS PLANT :
- A team from Egypt. - A team from China. - A team from Afghanistan. - A team from Japan. - A team from Nepal. - A team from World Bank. - A team from Malawi Africa.
(E) VISITORS FROM MALAWI AFRICA :-
- Mrs. Sinoya, PCDO. - Mr. P.J. Msefula, Principal of the College. - Ms. Nancy Latunen Long Term Consultant of World Bank. - Mrs. Maggie Salah, Representative of the World Bank. - Mr, Kamanga, Deputy Principal of the college. - Mr. Pandey, I.A.S. Officer Karnataka of India. - Mrs. Edda Chitalo, (M.P.) Minister of women & children Affairs, Community Development & social Welfare. - Mr. Chirambo, Project Co-ordinator, Minister of women & children Affairs, Community Development & social
Welfare. - Mrs. Andrea Hetzemen, World Bank representative.
(F) VISITORS FROM ABROAD :-
- Mrs. Dradho, Journalist Guardian Paper, London. - Mr. Walter Sachward & his wife Mrs. Prooho, Journalist Guardian Paper, London. - Mr. Butao, AG, C.C.D.O. - Sri. John Garbutt, I.C.C.O., Zusterplien, Zeist, The Netherlands. - Representative from Indonesia. - Mr. Jaffery Gale of England. - Mr. Peter Bon Ecramari, Technology Consultancy Center, University of Science & Technology, Kumasi, Ghana. - Edward B. Summer, West Virginia University, Technology Education, Morgantown, U.S.A. - Mr. S. Vengsay & Mr. T. Nakhavith, National Institute of Polytechnic, Leoe P.D.R. - Mr. T. Van Hemmert, ICCO, Zeist, The Netherlands - Daniel Kwami Cheku, Technology of Education, West Virginia University of Science & Technology, Kumasi,
Ghana. - Mr. Edward C. Pytlik, Technology of Education, West Virginia University, Morgantown, West Virginia, U.S.A. - Bram Van Leouwan, - Peter Diemer, C/o BORDA, Bremen, West Germany. - Helmut Milcke, Bread for the World, Stuttgart, West Germany, and so many other Bio-gas Specialist from
Abroad.
(G) DELEGATIONS IAS, PCS, SCIENTISTS & BIO-GAS SPECIALISTS VISITED FROM INDIA AND
APPRECIATE OUR WORK,
(H) NATIONAL & INTERNATIONAL TELECAST BY RADIO, T.V. BOOKLETS, NEWSPAPER
(I) ATTENDED THE NATIONAL & INTERNATIONAL SEMINARS BY MR. MOHAMMAD IBRAHIM IN PLANNING
RESEARCH AND ACTION DIVISION (P.R.A.D.), IN KALAKANKAR HOUSE, LUCKNOW, U.P. AND WRITTEN
A BOOK JANATA BIO-GAS PLANT MODEL NO. 1.
THE MINISTRY OF WOMEN & CHILDREN AFFAIRS, COMMUNITY DEVELOPMENT & SOCIAL WELFARE
MALAWI AFRICA ORGANISED A INTERNATIONAL SEMINAR ON 24 APRIL 1997 MR. MOHAMMAD
IBRAHIM ATTENDED SEMINAR AS A CONSULTANT OF MALAWI BY WORLD BANK AFTER LONG
DISCUSSION OF THE PRACTICE PLANT. HE PROVED HIS TECHNOLOGY IS CHEAPER & LONGER LIFE
WITHOUT MAITENANCE THAN OTHER INTERNATIONAL TECHNOLOGIES OF BIO-GAS PLANT.
_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
(To be filled by the department/user)
PROFORMA FOR PREPARATION OF PROPOSAL
1.a) Slum colony population without bath water (sewar line) ..........peoples
b) Slum colony population with bath water ( “ ) ..........peoples
2.a) New developed colony population without bath water ( “ ) ...........peoples
b) New developed colony population with bath water ( “ ) ...........peoples
3. Population of slum & new developed
colonies for community toilet complex .......... users
4. Slaughtering animals in slaughter house.
i. Goats ......... Nos. / day
ii. Cattles ......... Nos. / day
iii. Pigs ......... Nos. / day
iv. Birds (Chicken) ......... Nos. / day
5. Dairy form Buffaloes/Cows .............Animals.
6. City garbage. …........ M.T./day
7(a). Dead animals like dogs, cats and birds ......... Nos.
(b). Dead Cattles small ..........Nos.
(c). Dead Cattles big ...........Nos.
8. Dung, Water hyacinth and other agro & flower wastes ...... M.T./day
9. Any other Bio-degradable wastes ........ M.T./day
Name ………………………………..
Department ……………………………….………………..
Address …………………………………………………………….…………..
……………………………………………………………………….
Site Name / Address ……………………………………………………………
………………………………………………………………………….
City ………………………………..
State ………………………………..
Contacts …………………………….