A Fresh View on Waste Processing
G-COR Information
Adapted for new purpose, G-COR patent gasification technology is a consequent development of the state-of-the-art metallurgical technologies from the foundry and steel industry, in existence for 200 years. The fully operational R&D plant in Arnstadt in Germany was tested under continuous operation in compliance with strict EC guidelines and 17. BImSchV (German Federal Emission Protection Decree).
G-COR unique control gasification process transforms all types of bulk waste into clean energy and inert re-usable products
Superior net energy efficiency and consistent clean syn-gas production, assuring long-term energy price stability and equipment durability
With a single technology, G-COR can process all waste types of high & low CV's (Calorific Value) simultaneously, needing no pre-sorting or shredding
G-COR unique waste mixing system enables constant control of profit targets
Resilience against competitive pressures — unlike most technologies, no restrictions or dependency on only a narrow range of waste or conditions
Almost complete mass reduction — 1-3% non-toxic dust of original volume remains. Significant disposal costs reduction and obvious solution to environmental issues
Scalable from small single to multi-location sites and large industrial size plants. Easily integrated into existing infrastructures
Municipal and industrial wastes such as lacquers, paints, hazardous waste, waste from paper industry, used tyres, rubber, scrap metal, compound materials, asbestos, clinical waste, oil sludge, electronic scrap etc. These can be mixed to achieve performance targets. With its ultra high temperature control flexibility, G-COR is capable of processing highly toxic substances to safe and complete destruction.
Gasification is the process of turning a substance into gas. It is not incineration. Due to a controlled and limited oxygen supply into the G-COR process, combustion of the feed material is prevented. G-COR enables a new approach to waste processing. There is no formation of typical combustion by-products like ash or smoke. With temperatures between 1500 - 2500°C, pollutants in the waste material such as dioxins, furans and Chromium Carbonyl (Cr 6) are completely cracked into harmless or re-usable compounds