Our wasted energy has unaffordable costs

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• Our wasted energy has unaffordable costs
• Across society
• Energy mostly comes from the sun
• We need to DE-Municipalise Solid Waste
• relearn sustainability
• Cost is less than value

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Temple Cows Residences
banana leaves
fruits vegetables and spices
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In 2005, 800,000 Khadis By 2010, 1 million
6 cows for 1 family 14 cows for 1 farm
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• Whereas 1 European family creates p.a.
• 1 tonne biodegradable (solid) household waste
• c. 10 tonnes sewage (liquid) waste,
• or .2 tonnes of sewage sludge

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• Domestic biodegradable waste per annum
• c. 300kwH electricity
• c. 500kwH thermal
• saving
• 100 p.a waste disposal costs
• 50 p.a energy

infrastructure / environmental benefits
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• biogas heats water
• warms kitchen floor
• cleans waste water

• Bathroom
• BATH WATER AT 35C
• SOIL WATER
• WASHING MACHINE
• DISHWASHER
• SINK with MACERATOR

Kitchen
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Student Accommodation Project with Mark Wilson,
Lancaster University Environment Centre,

• A unit of c.100 students,
• Waste water and sewage from the bathrooms
  kitchens.
• Macerated foodstuffs from leftovers, peelings etc
• prevented from entering domestic municipal
  /sewage waste streams.
•    Potentially a saving per student of 200 p.a.

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Student Accommodation Project with Mark Wilson,
Lancaster University Environment Centre,
Predicted Annual Economies. autumn 2005 Gas
usage 17,247.82 Refuse disposal 937.50
Cleansed wastewater 1211725
3,029.25 21,214.57
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Waterend Project with Liverpool University Centre
for Intelligent Monitoring,
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Waterend Project with Liverpool University Centre
for Intelligent Monitoring,
Cess pit 2 septic tanks beck, via
soakaway
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annual heating
biogas
Energy conservation
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We need to DE-Municipalise Solid Waste
Energy conservation
Waste treatment
Locally