Services: Ferrous metallurgy, PM mining and processing plants, steel mills, coking plants, raw materials and auxiliary production
Drying of iron ore concentrate , drying-milling of charge materials, Increased productivity, modernisation of drying equipment, reduction of fuel costs, use of pulverised fuel, use of dry gas cleaning systems.
003.EN. Broschure. Modern drying for industry produkts.pdf
516. Dewatering of iron ore concentrates and modern drying processesю 2022
Iron ore pellets: preparation of iron ore pellets in rotary kilns, use of pulverised coal.
Iron ore pellets: pellet cooling systems (conveyor-cooler, rotary coolers, water cooling in conveyors).
Sinter production:drying-milling of charge materials, clays, etc.
cooling of sinter.
119. DE. Industry trends to 2012. Promising technical solutions for medium-sized mills
Lime kilns:drying-milling of raw materials, fuel combustion systems in lime kilns.
Blast furnaces: PCI systems -preparing and blowing coal dust into blast furnaces. Working directly with equipment manufacturers and developers.
Coal dust preparation based on optimization of coal preparation processes - drying of fine coal preparation products, thermo-aerodynamic separation of lumpy coal with separation of the finished coal dust for blowing into the blast furnace.
002.EN.Broschure. Coal dust -Fuel for Industrie 2017.pdf
006. EN.Thermo-air-dynamische-Coal-Separation.pdf
Marketable coal quality improvement
Blast furnaces: combustion of blast furnace gases and other low-calorific gases in process units, heat generating boilers, electricity generation in thermal power plants.
001.EN.Broschure.Hot Gas Generators. Coal Dust Firing Units
Slag-tap incinerators: recycling of blast furnace dusts with a high non-ferrous metal content.
207. Numerical modelling of the afterburning zone of an SHWU kiln (FTT, COTES)
Steelmaking: improving the efficiency of gas cooling and gas cleaning systems of electric steelmaking furnaces, converter. utilisation boilers. water cooled flue gas ducts, spray liners.
Coking plants: thermo-aerodynamic separation of coal before loading, Heating of coal before loading into the coke oven battery, combustion of coke oven gas in process units. getting semi-coke from lignite.
Coal preparation shops: coal drying, thermal aero separation of lumpy coal - separation of fines and pulverized fractions, combustion of high-ash slimes and intermediate products in the heat and power boilers of the plant and in the energy-technological units of metallurgical production.
006. EN.Thermo-air-dynamische-Coal-Separation.pdf
Marketable coal quality improvement
Preparation of coal dust for power and energy-technological units of metallurgical production, Smelting furnaces, dryers, firing furnaces.
002.EN.Broschure. Coal dust -Fuel for Industrie 2017.pdf
Space heating for production plant: air preheating and supply of clean, heated air increased energy efficiency of up to 70%.
Thermal decontamination of harmful by-products, waste.
001.EN.Broschure.Hot Gas Generators. Coal Dust Firing Units
Rolling production: De-oiling/firing of scale, metallurgical swarf.
Pneumatic conveying, storage, dosing of powders and granular products: between process equipment, pneumatic conveying and dosing of powders and granulates: between process machinery, into storage silos, from discharge hoppers, to dispatch into vehicles, etc.
Transportation of slurries with high concentrations of solids: process slurries, waste, Ash removal, between technological installations, to storage or discharge hoppers, to dumping sites, from dumping sites, from man-made deposits for processing, solids concentration up to 75%, transported particle size in the sludge up to 70% of the pipeline diameter.
Recovering metals from slags: Comprehensive technology for ferrochrome and similar materials.
Plants for the preparation of slag cement from granulated slag
Direct production of pig iron: Numerical modelling of processes. Research and development, integrated processing of ores. to pig iron at the iron ore concentrator.
012.RU.Direct production of iron from iron ore beneficiation
013.RU.LV5.Combining iron ore beneficiation with direct metal extraction technology