WasteEnergy for Future

Waste

Water

HumanHeat

WasteIndustrialCommercialResidential

Recoverable Heat

Industrial ProcessData Center/ServerAir-ConditionerRefrigerator

Can power 60W Light Bulb for

50, 000 hour18, 000 hour27, 000 hour

3 hour

28, 000 hour

Waste Heat

Calcium CarbideSulphuric AcidFurnace Slag 17, 000

Hour

Thermoelectric Recovery System

Waste Heat

Heat

Cooling System

N-Semiconductor

P-Semiconductor

Conductor

-- ++

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

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

40 60 80 1000

0.51

1.52

2.53

3.54

4.55

Power Output (kW)kW

litre/s

Waste Human

Convert energy released in metabolic reactions into electrical energy

Microbial Fuel Cell

Sewage, Food& Feaces

Fuel Cell

Electricity &Water

treatment

30% energy conversion

Waste Human

Generate 3,150 kWh

Fuel Cell(2700kg dry

weight)Power a light

bulb for 50,000 hours

Waste Human

Air conditioner

Sedimentation tank

Turbine generato

r

Microbial fuel cell

Generator

Server

Integrated Harness System

Generator

HeatSewage

We see waste as a

resource