What We Do

Introduce to Technology

The following types of processes are to produce the Raw Biogas : -

CSTR

naerobic Digestion: In the CSTR tank, continuous stirring is carried out using various types of mixers, such as side wall mixers, top-mounted mixers, or submersible mixers. This ensures thorough mixing of the feedstock and its anaerobic decomposition. Microorganisms break down the feedstock and release biogas.

MC-CSTR (Multi-Chamber Continuous Stirred Tank Reactor (MC-CSTR) Technology)

❐ A Multi-Chamber Continuous Stirred Tank Reactor (MCCSTR) is a chemical reactor that's used to produce chemicals, pharmaceuticals, and other products. It's a large tank with a stirring mechanism that keeps reactants mixed and moving so that the reaction happens at a uniform rate.
❐ Reactants are continuously fed into the reactor, mixed, and allowed to react. The products are then removed through outlet ports.
❐ MCCSTRs are known for their efficient mixing, stable performance, and good temperature control. They're also cheap to construct, have a large heat capacity and achieve maximum raw biogas yield up to 15% are easy to install & operate.
❐ MCCSTRs are often used in industrial processes, and are especially well-suited for reactions that require high conversion rates or produce intermediate products. They're extremely used in anaerobic digestion to produce biogas from animal slurry and agro waste.
❐ Multiple chamber reactors can be linked together to create a MCCSTR cascade. This improves residence time distribution control and can be used when a reaction is too slow, or when two immiscible or viscous liquids require a high agitation rate.

Thermophilic

❐ Thermophilic bacteria are heat-loving microbes that can be used to produce biogas through anaerobic digestion.
❐ Thermophilic bacteria can break down organic waste quickly, kill harmful germs, and produce more biogas up to 20% than mesophilic bacteria.
❐ Thermophilic bacteria perform best at temperatures between 50°C and 65°C.
❐ Lignocellulosic biomass, like straw and wood chips, is a key feedstock for producing biogas.
❐ Using a thermophilic inoculum can speed up the growth of the microbes needed to break down organic matter.

The right pH levels, balance of nutrients, and type of waste material are also important for the process to work well. Pre-treatment methods can help break down tough substances before digestion.