
1. Material is collected and brought to a central biosphere process facility where the 100% of the total tonnage is processed.
2. Material is sorted for recycling by the biosphere separator.
• Compost production (20%)
• Plastic rubber recovery (10%)
• Metal, glass, aggregate recover (3%, 5%, 8%)
• Materials processed to generate electricity
3-4. All non-recycled material is forced through the Biosphere densifier which compresses the material into 20 G of flakes with 15-20% moisture (termed biosphere flakes) at the rate of 5-8 ton per hour. These flakes fuel the biosphere process to biosphere venture flux at 3500 degree Fahrenheit/2100 degree centigrade. This process produces inert gas which is then recycled into concrete, masonry and black carbon.
5. Gasification products in stage four power a gas turbine foe micro power generation, as a by-product of electric generation, contaminated water which was employed initially as a circulating coolant is distilled by evaporation and condensation which is collected as portable water.
You may not understand the whole concept for its complication, but the obvious retort is that there is undeniably an elucidation on waste management problems. There were tremendous benefits which can be derived from what we thought are futile like the world’s waste. Nations like the Philippines is one of the countries that struggle to come up with a solution regarding their waste management dilemma. With the use of Biosphere Technology, garbage and bursting landfills will already be problems on the past. Zero waste plus Green energy, what else can you ask for?
If you want to be a part in Green Living and grasp further information on Green investment and Green technology, just visit TGEG (PROMOTERS OF WORLD POWER AND GREEN TECHNOLOGIES).
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