1. Waste Future Energy for Future

2. Waste WaterHumanHeat Waste Industrial Commercial Residential

3. Recoverable Heat Industrial Process Data Center/Server Air-Conditioner Refrigerator Can power 60W Light Bulb for 50, 000 hour 18, 000 hour 27, 000 hour Waste Heat Calcium Carbide Sulphuric Acid Furnace Slag

4. Thermoelectric Recovery System Waste Heat Cooling System N- Semicon ductor P- Semicon ductor Conductor --++

5. B. Siphon concept - Create large water current C. Micro-hydro generator D. Waste outlet - Single acting spring hinge - Remove solid/semi-liquid waste A.Sedimentation tank with Inclined Plate Technology - Separate solid from liquid waste - Filter Waste Water

6. Feasibility Average family uses 400 gallons water everyday 70 % of water is used indoors. With 100 l/s flow rate, it can produce 5kW power The system has an average efficiency of 60% Waste Water kW litre/s

7. Waste Human Convert energy released in metabolic reactions into electrical energy Microbial Fuel Cell

8. Sewage, Food & Feaces Fuel Cell Electricity & Water treatment 30% energy conversion Waste Human

9. Generate 3,150 kWh Fuel Cell (2700kg dry weight) Power a light bulb for 50,000 hours Waste Human

10. Air conditioner Sedimentation tank Turbine generator Microbial fuel cell Generator Server Integrated Harness System Generator Heat Sewage

11. We see waste as a resource