Introduction on Technical Process

The biomass feedstock is sent into the gasifier continuously through the feeder system to have  pyrolysis and gasification reaction with the small volume of air sent through the air blower at the bottom of gasifier. The energy generated can help maintain the stable reaction within the gasifier and turn the feedstock into biogas and biochar in an efficient way. The biomass ash not fully reacted will be carried to the primary cyclone separator for separation and sent back to the gasifier for further gasification. The biomass ash thus generated will be sent to the secondary cyclone separator for further separation and collected through the cooling screw conveyor. The biogas generated will be sent to the combustor system for heat supply.

Main Parameters

Feedstock input: ≤40t/h

Biogas output: ≤90,000Nm3/h

Max. saturated steam output of single unit: 125t/h

Max. power generation of single unit: 33MW

Feedstock Applicable

Mixture of shredded palm EFB/straw, rice husk, bark, bamboo scrap, sawdust, waste, sludge, etc;

Particle size: ≤3cm

Moisture: ≤40%

Conversion Ratio

Gasification efficiency: ≥85%

Application

Alternative to natural gas, coal and other fossil fuels to supply steam, heat and power for energy-using enterprises such as chemical plant, printing and dyeing mill, package plant, wood-working factory, smelting plant and foodstuffs factory; the biochar can be made into high-value products like activated carbon, machine-made carbon, carbon-based fertilizer, thermal insulation material, and capacitor carbon/silicon-carbon black