ENERGY FROM WASTES A TRANSFORMATION PROGRAMME Transforming waste and carbonaceous materials into emission free fuel, potable water and energy, through innovation and design of simple, practical machines FROM WASTEWATERS TO ELECTRICITY

ENERGY FROM WASTES A PROJECT UNDERTAKEN BY The foundation for our children’s children Green U.S.A. novaaqua botswana pty ltd. UNESCO - United Nations Education, Scientific & Cultural Organisation

WATER & ENERGY FROM WASTES AFRICAN Self Sustaining Economic Development Programme A Botswana based implementation operation to help eliminate wastewater health and other damages, as well as bringing new space-age technologies, to help provide economic, safe drinking water, electricity and homes for all.

CARBONACEOUS WASTES including municipal wastewater, municipal solid waste industrial wastewaters, old tires, oil filters & oil, wood, paper, cardboard, on and on, converted into ALCOHOL FUEL ELECTRICITY DRINKING WATER ALCOHOL FUEL ELECTRICITY DRINKING WATER

THE M ENGINE CONVERTS INTO A PUMP MINI M ENGINE to convert it to a PUMP MINOR CHANGES ARE REQUIRED IN THE

A 5’dia x 7’ M Pump can perform the work of a 50’x10’x10’ Natural Gas Compressor costing $50M 80% reduction in fuel (consumption) Comparative sizes for the same power

Converting Municipal Solid Waste into Alcohol/fuel With the Power Energy Conversion System

Enclosed Storage Facility that includes mechanical sorting and removal of non carbonaceous materials. The electricity generation plant is a self- sufficient renewable electric generation system Standard plants are available as 2.5 MW, 5.0 MW, or 10 MW 3 phase, 50 or 60 cycle, 480 volts. Larger sizes upon request

2. Waste Processing that includes sizing of the materials and reduction equipment, with two day supply for continuous equipment operation. converts wastewater into potable water converts wastes into Alcohol Fuel alcohol fuel powers mini M engine mini M engine powers electric plant electric plant produces 200 megawatts

3. Plasma Arc Pyro-electric Thermal Conversion System converting waste into synthesis gas. 4. Heat Exchanger recovering excess heat that is returned to the Pyro-Electric Conversion System. 5. Scrubber and filter removing any foreign materials from the synthesis gas. 6. Compressor Booster providing the first stage of compression.

7. Second Compressor maintains the correct conversion pressure. 8. Pressure Vessel contains patented catalyst that converts synthesis gas into alcohol/fuel (anhydrous alcohol) 9. Cooling and heat recovery of the liquid alcohol/fuel. 10. Sieves to remove any water created in processing the synthesis gas to liquid alcohol/fuel. 11. Storage for blending with gasoline or diesel, or as a straight fuel.

INFO ON ELECTRICAL SYSTEMS TO BE COMPLETED IN THE NEAR FUTURE. THANK YOU