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Large Scale Biogas Plant

  • Industrialised countries commonly use biogas digesters where animal dung, and widely fuel crops are used as feedstock for large-scale biogas digesters. Interest and public support in large-scale biogas have been growing in most of the Asian Countries.

  • After a period of stagnation, caused by technical and economic difficulties, the environmental benefits and increasing price of fossil fuel have improved the competitiveness of biogas as an energy fuel.

  • Often large-scale biogas is upgraded to biomethane and can be fed into the electricity grid and enter the energy mix without consumers being aware of the change.

  • A select number of Indian firms have already begun doing so, while farmers who generate excess biogas on their farms make use of incentives to sell the electricity they generate from it to the main power grid. In India, electricity from large-scale biogas is an integral part of the energy market. 

  • Our B-Sustain’s Biogas team of qualified and experienced professionals comprised of Engineers, Biologists, Doctorates, Business management specialists, and technocrats accompanies the client at every step of the project, starting from planning phase to construction down to the start-up of the biogas plant till its stabilization.



Large Scale Biogas Plant

Is Large Scale Biogas Power Feasible?

  • The twenty-first century has been all about being ahead of others and using the latest technology gadgets. But little do we be aware of, while we are creating new novelty, we are running out of that basic energy that powers everything.

  • If we continue to increase our energy utilization, the major non-renewable energy sources are wanted to be extremely tired within this century. Further, the fossil fuel-based energy production damage nature in awful ways by causing global warming, air, water and land pollution.

  • In order to make sure our sustainability, we need to switch to ecological energy sources such as solar, wind, biogas, biodiesel, water etc. Among them, biogas could be the best sources for fuel in India, since it not only supply inexpensive fuel, but it also has a solution for proper organic waste disposal without causing any kind of pollution.

  • It is one of the fastest growing renewable sources of energy today. ‘Biogas’ is a term used for a mixture of gases produced by anaerobic digestion of the organic waste material. Major gases that consist of biogas are methane and carbon dioxide, which give it fuel like properties along with evidence of hydrogen sulfide and siloxanes.


Large Scale Biogas Plant


  1. Reduces Global Warming & Carbon-footprint.
  2. The gas can be used for cooking, lighting, electricity generation & as a Transportation Fuel.
  3. Portable and maintenance free.
  4. A hygienic and useful way of waste disposal.
  5. Kills harmful pathogens & parasites.
  6. Highly safer than LPG.
  7. One time investment.

FAQ’s About Large Scale Biogas Plant

Cow dung is used as the initial start-up (microbial charging) for the first time only.
No. Biogas plants are made of FRP material which can resist ultraviolet radiation longer than poly tanks as they have a gel coating and tested for heavy impact on weather loads (such as cold & heat).
The generated Biogas will be stored in the gas holder fitted along with the Biodigester. As you will be outstation, you will not be able to feed it & so, no more excess gas will be produced.
Waste coming out of the digester can be directly used as organic fertilizer (after mixing with water in the ratio of 1:10) in Gardens & Farms.
Yes. You can directly feed the factory waste into the biodigester through the inlet pipe. Make sure that the particle is smaller in size so that it should easily pass through the inlet pipe into the digester.
The gas generated will get stored in the Gas holder and the excess gas generated will escape out through the water jacket portion of the biogas plant easily.
After Digestion, the compost will come out of the digester through the Outlet pipe automatically.
Biogas production can reduce the pollution potential in wastewater by converting oxygen-demanding organic matter that could cause low oxygen levels in surface waters. Nutrients, like nitrogen and phosphorous, are conserved in biogas effluents and can be used to displace fertilizers in crop production.