- Jul 10, 2006
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Thought this was interesting. Much of the world's population does not have flush toilets connected to sewers and/or modern waste desposal systems. This lady has designed a supposedly economical composting toilet which also producing electricity. These things won't be powering the village, but hopefully at least enough to power an LED light and perhaps even a small ventilator fan at a cost less than a Clivus Multrum.
Perhaps even more importantly, containment of human waste in this toilet will prevent direct and indirect (via contaminated ground water) bacterial infection - important since in societies without modern hygiene and waste treatment, fecal-borne bacterial infections tend to be significant causes of death. It's a good thing - assuming it works as designed anyway.
http://www2.electronicproducts.com/...-article-FANE_green_latrine_Aug2012-html.aspx
Perhaps even more importantly, containment of human waste in this toilet will prevent direct and indirect (via contaminated ground water) bacterial infection - important since in societies without modern hygiene and waste treatment, fecal-borne bacterial infections tend to be significant causes of death. It's a good thing - assuming it works as designed anyway.
http://www2.electronicproducts.com/...-article-FANE_green_latrine_Aug2012-html.aspx
In many countries, sanitary human waste-management systems are non-existent. According to data recorded by the United Nations Human Settlements Program (UN-HABITAT), city level data of 43 African cities showed that 83 percent of the population lacked toilets that were connected to sewers.
Village of Agona Nyakrom in Ghana.
Fortunately, there are researchers and designers that are using their talents to develop healthier and more efficient methods of disposing of human waste, without risking the health of residents.
One civil engineering professor at the University of Massachusetts Amherst, Caitlyn Shea Butler, has designed a green latrine that purifies human waste and turns it into compost for farming. It even generates electricity.
Butler is calling the device the microbial fuel cell latrine and believes that it can benefit many of the rural areas in places such as Africa that suffer from the lack of human waste management systems. The latrine produces electricity, creates compost, and protects the ground water source. Her toilet is inexpensive and has the ability to prevent waterborne diseases.
When human waste seeps into underground water, deadly bacteria spread causing disease. In addition, levels of nitrogen contained in human waste also damage the water systems and can cause nitrate poisoning in both infants and elderly.
SNIP