Wuxi Powermax Renewable Energy Technology Co.,Ltd. products

The Biowatt 100 & Biowatt 300 & Biowatt 500 & Biowatt 1000 biomass gasification system is built into multiple skid-mounted container-type frames, easy to ship and fast to install. The Biowatt 100 & Biowatt 300 & Biowatt 500 & Biowatt 1000 complete system is built into multiple skid-mounted container-type frames that make transportation installation simple. This means that equipment is fully tested in the factory before arriving at site, minimizing commissioning time. Easy to operate and transport, the system can be unloaded from the truck and installed rapidly for quick operation. No need of factory building, on-site installation only takes within 7-10 working days.

The basic principle of POWERMAX’s biomass gasification system(abbreviated as BGPS) is to convert Agriculture and forestry products and wood processing remains(including rice husk, wood powder,branches, offcuts, corn straws, rice straws, wheat straws, cotton straws, fruit shells, coconut shells, palm shells, bagasse, corn cobs and etc.) into combustible gas.

POWERMAX TFBG Series Biomass Gasification Power Generation System Flow Chart(TFBG-Twin-Fire Fixed Bed Gasifer).

Biomass Storage, Biomass Conveyo, Biomass Gasifier, Cyclone Dust Collector, Air Cooler, Gas Cooler, ESP, Gas Cooler, Gas Dryer, Buffer Tank,  Gas Flare, Gas Generator Sets,  Blowe.

(Rice Husk) Gasifier Heating And Co Production Of Rice Husk Charcoal System refers to the system that converts rice husk or other biomass materials into charcoal, wood vinegar, tar, biomass gas, electricity and heat. Powermax Biomass (Rice Husk) Gasifier Heating And Co Production Of Rice Husk Charcoal System includes: material feeding system, carbonization system(fine material), burner, waste heat boiler system, flue gas treatment system, etc. The working principle is that the biomass(such as rice husk, straws, bagasse, peanut shells and sunflower seed shells etc) have pyrolysis and gasification reactions with limited oxygen in the gasifier and generate combustible gas. The gas goes into the thermal-insulated furnace directly and then produce hot flue gas Which turns into steam or hot water after the waste heat boiler for civil and industrial use.

As a leader in advanced thermal processing systems, Pyrogreen provides custom screw conveyor carbonization system for the production of biochar from a variety of sources. Sometimes referred to as torrefac-tion, the pyrolysis of biomass into a high quality biochar product is a technical endeavor, requiring advanced knowledge of thermal processing principles.Pyrogreen process experts can work with you to design this system around your unique source of material.

Agricultural and forestry waste, such as waste wood, rice husks, sawdust, branches, forest scraps, straw, rice husks, fruit husks, sugarcane bagasse, corn cobs, and other biomass undergo pyrolysis gasification reactions in a gasifier with limited oxygen supply, producing combustible gases that drive engines to generate electricity for residential or industrial use; Combustible gases converted from biomass can also be directly introduced into an adiabatic furnace for combustion to generate hot flue gas. The hot flue gas undergoes heat exchange through a waste heat boiler to produce steam (hot water) for residential or industrial use.

Agricultural and forestry waste such as rice husks, sawdust, branches, forest residues, straw, fruit shells, sugarcane bagasse, corn cobs, etc undergo pyrolysis gasification reactions in a gasifier with lean oxygen environment, producing combustible gases (syngas); The combustible gas(syngas) converted from biomass is directly introduced into the adiabatic chamber of boiler to burn and generate hot flue gas. The heat from hot flue gas is then exchanged by a waste heat boiler to produce steam (hot water) for residential or industrial use.

Biomass Charcoal Gasifier is a machine that converts biomass such as wood chips, bamboo chips, fruit shells, rice husks, under a lean oxygen atmosphere into biochar and combustible gas which could be piped to heat supply system as gas fuel.

Agricultural and forestry waste such as rice husks, sawdust, branches, (orest residues, straw, fruit shells, sugarcane bagasse, corn cobs, etc undergo pyrolysis gasification reactions in a gasifier with lean oxygen environment, producing combustible gases (syngas); The combustible gas(syngas) converted from biomass is directly introduced into the adiabatic chamber of boiler to burn and generate hot flue gas. The heat from hot flue gas is then exchanged by a waste heat boiler to produce steam (hot water) for residential or industrial use.