Product introduction
Biomass fluidized bed Gasifier two-stage gasification technology for synthesis gas production uses fluidized bed reactors to decouple and reconstruct fuel pyrolysis and semi coke gasification/tar cracking reactions, forming a complete cycle of "catalysis" and "regeneration" of biomass semi coke. In the fast fluidized bed reactor, the synergistic effects of biomass tar thermal cracking, oxidative cracking, and high-temperature semi coke catalytic cracking promote the deep removal of tar in the reaction system, achieving the technical goal of biomass gasification to produce low tar gas or synthesis gas. By leveraging the technological advantages of efficient transfer and reaction in fluidized bed reactors, innovative biomass gasification technology has unique adaptability to high moisture and low calorific value biomass fuels.
Product advantages
The use of biomass as a carbon source, coupled with photovoltaic electrolysis of water to produce "green hydrogen", and the production of green aviation coal and green methanol through catalytic synthesis have become current hotspots in the research and development of green low-carbon technologies and emerging directions in the energy and chemical industries at home and abroad. It has also become a major technology to promote the goal of "carbon neutrality".
Application
Circulating fluidized bed gasifier is widely used in steel, ceramics, metal magnesium, aluminum, refractory material, glass, metallurgy, and other industries.
FAQ
Q1.Who are we?
A: We are a manufacturer engaged in various types of coal-to-gas equipment and its supporting dust removal equipment, sewage treatment equipment, desulfurization equipment,
Q2.What is the feature of circulating fluidized bed gasifier?
A: Stable and reliable operation; Wide adaptability of coal material; High energy efficiency of the system; Clean and environmentally friendly.
Q3.Do we support customized services?
A: Customized service is available.
Packing & Shipping
Generally, we adopt ocean transportation.
