Gasifier Power Generation Projects.Click on the module to view details
Using advanced biomass gasification technology to convert agricultural waste, forestry waste and other biomass into clean gas, with high efficiency and low emissions.
Efficient coal gasification technology, converting coal into clean syngas, suitable for various application scenarios such as industrial heating and power generation.
Using gas produced from biomass gasification for power generation, achieving efficient utilization of renewable energy and reducing carbon emissions.
Using mineralized coal gasification technology to convert low-quality coal into high-quality gas for power generation, improving energy utilization efficiency.
Intuitively display the internal structure and working principle of the intelligent energy storage system through 3D models
Understand the energy conversion process flow of our overall process
Wood chip raw materials are transported to the gasifier through the raw material conveying device for combustion to produce gas.
Gas enters the cyclone dust collector for preliminary removal of particles. The cyclone dust collector is equipped with spray to further reduce dust quantity, and hot water spray prevents tar solidification.
Gas enters the secondary spray electric capture integrated equipment to remove particles and tar. The lower part of this equipment is the spray section, mainly removing particles and some water-soluble gases. The upper part is the electric tar capture section, mainly removing tar.
Biomass gas is introduced into the internal combustion engine. Through burning the gas, high-temperature and high-pressure gas is produced, driving piston movement to convert into mechanical energy, which is then converted into electrical energy through the generator. The core is the conversion process of "chemical energy → thermal energy → mechanical energy → electrical energy".
Intuitively display the complete process of biomass gasifier
