The Filterit device is a breakthrough solution designed to eliminate soot and fine particulate matter from flue gases emitted during the combustion of various fuels.
It is a maintenance-free and consumable-free device that eliminates the need for electricity and disposal of emitted substances during filtration.
The device prevents the accumulation of soot in flue pipes and significantly increases combustion efficiency by more than 20%.
Through its innovative catalyst layer, it ensures that all unburned solid and gaseous substances are completely burned, resulting in flue gas emissions well below clean air standards.
Stops the release of soot and fine particulate matter from combustors and equipment using solid, liquid, and gaseous fuels.
Maintenance-free design eliminates the need for consumables, electricity, and disposal of emitted substances.
Increases combustion efficiency by more than 20%, reducing fuel consumption and environmental impact.
Ensures compliance with clean air standards by significantly reducing fine particulate matter in flue gas emissions.
Stop the release of soot and fine particulate matter from combustors and equipment using solid, liquid, and gaseous fuels.
Achieve complete combustion of unburned substances, improving combustion efficiency by over 20%.
Significantly reduce fine particulate matter in flue gas emissions, surpassing clean air standards.
Maintenance-free and consumable-free solution, eliminating the need for additional costs and disposal.
Existing filters require different types of consumables, electricity, and disposal of emitted substances during filtration.
Soot and fine particulate matter are released from combustion processes using various fuels.
Maintenance-free design with no consumables required.
Complete combustion of unburned substances through the catalyst layer.
Combustion efficiency increased by over 20%.
Fine particulate matter in flue gas emissions well below clean air standards.
Domestic heating stoves.
Industrial combustion installations.
Coal or oil-fired heating and power plants.
Versatile and applicable to various combustion installations.
Reduces the size of incinerator combustion chambers while maintaining functionality.
Improves environmental performance of flue gases and increases overall efficiency.