GeneralFlame environmental protection projects are widely applied in industrial kilns, waste-to-energy plants, biomass utilization systems, and energy-saving renovations.
We feature an integrated system comprising a fluidized bed gasifier, high-efficiency purification unit, and intelligent control system, which is suitable for a variety of biomass fuels.
Our solutions serve industries such as building materials, chemicals, metallurgy, and solid waste treatment, helping enterprises achieve green, low-carbon, and cost-effective development.
GeneralFlame gasification engineering is widely applied in industrial kilns, biomass energy utilization, solid waste treatment, and distributed power generation.
Utilizing circulating fluidized bed gasification, high-efficiency purification, and intelligent control technologies, the system adapts to various feedstocks such as palm shells, straw, and wood chips, producing stable syngas with low tar content.
It provides clean energy for heating and power generation, serving industries like building materials, chemicals, and metallurgy to help achieve green, low-carbon, and efficient production.
GeneralFlame utilizes the direct process (Waelz process) in rotary kilns to economically convert zinc-bearing wastes and low-grade ores into industrial zinc oxide (90%-99% purity), supported by comprehensive environmental solutions.
Zinc oxide is a crucial inorganic compound widely used in industries such as rubber, ceramics, coatings, and pharmaceuticals. Its production primarily falls into two categories: the indirect process (French process) and the direct process (Waelz process). The choice between them depends on raw material sources and required product purity.
GeneralFlame's professional thermal solutions are widely used in ferrosilicon smelting.
We provide high-performance burners, hot gas systems, and intelligent control units featuring high efficiency, low nitrogen emissions, and stable combustion.
These solutions adapt to harsh high-temperature smelting conditions, improve heat utilization, reduce energy consumption and pollutant emissions, helping smelting enterprises achieve safe, efficient, and green production.
GeneralFlame hydrogen production technology is widely applied in industrial kilns, metallurgy, chemicals, and other high-energy-consuming industries.
It supports on-demand hydrogen supply and hydrogen-blended combustion, offering stable operation with low carbon and low nitrogen emissions.
Integrated with intelligent control systems, it significantly reduces carbon emissions and energy costs, helping enterprises achieve green, low-carbon, and efficient industrial production.
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