Energy Recycling and Waste Management Today!
Fuels from residual substances and biologically regenertaing raw materials represent the future of energy development. The technology process produces leightweight oil similar to Diesel Fuel
through catalyst reduction at a fraction of the costs associated with excisting recycling processes and uses materials to initiate the catalyzing reduction that are available at realistic
prices.
The standard plant is economically optimized for the most diverse biolgical and mineral materials to be used as plant inputs.
Input materials can include:
- plastic of all kinds (incl. PVC)
- rubber, incl. that of automobile
tires
- waste oils, waxes and fats of all
types (incl. hydraulic oils and
Trafooil
- agricultural waste (incl. animal
waste proucts, spoiled food, etc.)
- hospital waste materials
- all refinery by-products (bitumen,
tars, etc.)
- biologically regenerating raw
materials (wood, vegetables, meat
waste, etc.)
The small size of the plant makes decentralized processing possible on-site where the raw input materials exist, thereby reducing potentially expensive transport costs in check.
Energy Recycling and Waste Management Today! Fuels from residual substances and biologically rege |