Innovative Industrial Technologies

Comex AS delivers industrial system solutions and processing equipment for sophisticated and demanding applications. The main core activities are related to technologies for advanced optical sorting of large particles, and production and classification of fine powders towards the mining and process industry. After significant efforts in R&D projects, Comex AS provides today the latest state-of-the-art equipment together with the know-how for industrial solutions. Comex AS was established in 2003 as a spin-off from SINTEF, which is the biggest research institution in Scandinavia. Norwegian University...

main control unit rejected gate rejecting valves or flaps Specifications for OSX-1000: Advantages over competitors: ■ cle size: 15-300 mm ■ : i-parameter sorting Advantages over competitors: ■ i iled full 3D scan of the particles ■ mited number of fractions ■ ibility for connecting parallel lines

Case Study: Iron Ore Initial Waste Material Concentration in Feed = 30 % Today’s Solutions Let us assume that we have a material stream out of the mine with the capacity of 500 t/h. This stream has the waste material content of 30 % Innovative Industrial Technologies mine 500 t/h 30% waste material The material stream enters the OSX, which in this case has the separation efficiency of 90 %. A typical iron ore processing plant used about 315 kWh/t iron ore. By implementing OSX into the existing iron ore plant facilities, you can achieve huge cost savings. processing plant processing plant Results:...

Case Study: Coal Initial Waste Material Concentration in Feed = 30 % Today’s Solutions Let us assume that we have the material stream out of the mine with a capacity of 500 t/h. This stream has the waste material content of 30 % Innovative Industrial Technologies mine 500 t/h 30% waste material The material stream enters the OSX, which in this case has the separation efficiency of 90 %. processing plant By implementing OSX into the existing coal plant facilities you can achieve huge saving when it comes to waste disposals and transport requirements between the mine and the processing plant. processing...

Case Study: Quartz Initial Waste Material Concentration in Feed = 40 % Today’s Solutions Let us assume that we have a material stream out of the mine with a capacity of 500 t/h. This stream has the waste material content of 40 % Innovative Industrial Technologies mine 500 t/h 40% waste material The material stream enters the OSX, which in this case has the separation efficiency of 99 %. processing plant By implementing OSX into the existing quartz plant facilities, you can achieve huge savings when it comes to waste disposals and transport requirements between the mine and the processing plant....

Case Study: Gold Initial Gold Bearing Material Concentration in Feed = 20% Today’s Solutions Let us assume that we have the material stream out of the mine with the capacity of 100 t/h. This stream has the gold bearing material concentration of 20 %. Innovative Industrial Technologies 100 t/h 20% gold bearing material concentrate The material stream enters the OSX, which in this case has the separation efficiency of 80 %. 178 t/h OSX (Eff. 80%) 100 t/h 20% gold bearing material concentation 36 t/h 56% gold bearing material concentration processing plant waste material without gold concentration...

Comex AS P.O.Box 53 1309 Rud Norway