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Introduction of Biogas generator

Biogas solutions offer rural villagers an economical approach that combines organic waste treatment with the provision of clean biogas energy. Fiberglass Reinforced Plastic (FRP) biogas digesters are hydraulic biogas systems that facilitate the automatic circulation of biogas slurry and residue. The slurry and residue from the hydraulic sealing chamber can return to the digestion chamber through a reflux pipe connected to the upper biogas storage chamber. This allows the biogas slurry to undergo repeated fermentation, participating in the decomposition of fermentable materials. As a result, the fermentable substances in the floating water are fully broken down without forming a crust.
The product is designed for easy disassembled transportation, household assembly, and underground installation.

Easy to install
Durable, lasting 30-50 years
Highly reliable
Environmentally friendly

Simplified Diagram of Rural Biogas Application

  • Feedstock: sources can include animal manure, agricultural waste, and food waste.
  • Output: The biogas digester produces biogas and fertilizer.
  • Energy generation: Biogas accumulates in the water tank and is transported to stoves and lamps to meet daily living needs.
  • Eco friendly The fertilizer is organic and environmentally friendly. It can be recycled to farmland as a natural and harmless fertilizer.

The process reaction inside the Bio tank

The process of biogas production in a biogas digester involves parallel steps occurring both temporally and spatially within the digestion tank. The overall rate of the decomposition process is determined by the slowest reaction chain.

In a biogas generator, the treatment liquid contains vegetable-based substrates such as cellulose, hemicellulose, and lignin. Here, hydrolysis is the rate-determining process. During hydrolysis, a relatively small amount of biogas is produced. The biogas yield reaches its peak during the methanogenesis stage.

Who needs this equipment?

Household-scale biogas digesters are suitable for treating waste generated by decentralized livestock and poultry farming.
A typical 8-cubic-meter household biogas digester can process the manure from 8–20 pigs, 1–2 cattle, or 150–200 chickens, producing approximately 0.8–2.0 cubic meters of biogas per day.  
For larger-scale process requirements, multiple biogas digesters can be combined to meet the demand.

 

Highly reliable biotank

onsite installation for media farm

Installation details

Design and tansportation