Biogas (Gobar Gas) Plant from Water tanks Video Tutorial
Video tutorial about bigas plant construction in video slide show Video source is Pakistan Science club website www.paksc.org
This plant can be fulfill the requirement of small family kitchen usable gas
State and Federal Policy for Biogas by American Biogas Council
State and Federal Policy for Biogas from American Biogas Council on Vimeo.
The American Biogas Council webinar explored federal- and state-level policies that affect the development of biogas-producing anaerobic digestion facilities.
Deforestation is an important cause for climate change. We believe that in order to tackle some of the worlds biggest problems, we have to build on local solutions. Scaling these up is the key to making a difference. One way to stop deforestation is by using biogas.
Ethiopia is characterised by very low energy consumption, with the vast majority of the rural population having no access to electricity. As a result, the dependency on woody biomass has created an over-exploitation of the natural resource base, which in turn leads to lower agricultural production.
Continued interest in domestic biogas as one of the solutions to address rural energy, combined with SNVs experience with the promotion of domestic biogas and the commitment of national and regional stakeholders, led to the formulation of a Programme Implementation Document for a National Biogas Programme in Ethiopia in partnership with the Ethiopian Rural Energy Promotion & Development Centre (EREDPC). Implementation started in May 2008 with the construction of 100 demonstration biogas plants in 4 regions (Tigray, Oromia, Southern region and Amhara). In an initial phase (2008-2013), constructing a total of 14,000 biogas plants is targeted.
In a small village in Nepal, the villagers are creating biogas from animal dung. The advantages of using biogas are vast, but the most important reason for the villagers is their health
Like many organic farmers, Jose Elanjhimattam is both a practical and abundantly resourceful man. Starting with cow dung, Jose has created an ingenious system that simultaneously captures and separates nitrogen-rich organic manure and methane gas. Unlike dried cow dung, which tends to lose nitrogen throughout the drying process, the liquefied organic manure produced through Joses slurry provides soil with far higher levels of nitrogen. Additionally, the methane gas removed is used as a form of fuel. Jose estimates that the dung from two cows is sufficient to provide enough biogas to support the cooking requirements of a family of four. Resourceful, intelligent, simple great stuff!
During part of the research phase of this company it was called UEnergy Project. This video was created to explain the problem that was identified and the proposed solution for sanitation, waste management and clean energy for Africa.
Why not use micro-organisms (bacteria, viruses, fungus, etc) to create sustainable energy and fuel? There are a lot of ideas currently being researched and put to use including turning cow manure into natural gas.
Alofa Tuvalu Small is Beautiful : 2007-2009 Biogas implementation & Training Part 1
Alofa Tuvalu Small is Beautiful : 2007-2009 Biogas implementation & Training (Part 2)
One of Tuvalu Training Centers renewable technologies implemented with the ADEME support. After many community and residents meetings, Alofa Tuvalu implements the first pig manure biogas digester (and piggery) on a coral island. During the 8 weeks construction : 40 people are trained and 4 publics workshops introduced around 200 people to biogaz technology. A 3 months series of daily radio programs about energy efficiency and RET is produced. Training sessions are going on and the project brougt many reproduction requests from overseas. In Tuvalu, the first reproduction for the Nanumea community, is supported by Undp.
