Compressed biogas (CBG) is a purified biogas that is rich in methane. It is subjected to purification processes to eliminate carbon dioxide, hydrogen sulfide, and water vapor. Only a high-grade CBG production plant can produce compressed biogas from organic waste, like agricultural residue, animal manure, and municipal solid waste. MVS Engineering Pvt. Ltd applies modern technology while manufacturing CBG plants that are effective in producing large amounts of purified biomethane or CBG.
CBG is the best eco-friendly fuel that can replace conventional fossil fuels. Hence, it is now preferred for running vehicles and industrial machines. It can also be injected into natural gas pipelines to use as a substitute for natural gas. Thus, CBG plants help in making the environment cleaner. Moreover, organic manure is produced as a by-product from these plants, fetching more revenue for plant owners.
Primary advantages of installing a CBG production plant
The CBG production plant of MVS Engineering is in high demand due to the several benefits it offers to users, which are listed below –
- Reduction in waste materials in the surrounding areas
- Decrease in carbon emissions
- Generation of renewable energy
- Production of organic fertilizer as a by-product
- No use of any harmful chemicals during production
- Highly efficient operation of the separating membranes
- Consistent performance for methane recovery
- Easy installation for both large and small setups
- User-friendly design compatible with all types of infrastructure
- Little space required for installation
- No movable parts that need replacement soon
- Low maintenance due to the smart monitoring system
- Less energy consumption than other biogas purification systems
Working Procedure of a CBG Production Plant
MVS Engineering applies membrane separation technology in a CBG production plant. Firstly, raw biogas is subjected to specific desulfurization treatment for the elimination of hydrogen sulfide. Then it is placed under optimal pressure for the removal of condensable moisture and other impurities. It is further dehydrated and passed through membranes to eliminate carbon dioxide. Finally, 97% pure methane gas is obtained from this production system, which is used as compressed biogas or CBG.