Did our Video Raise Your Interest in AD? If so carry on reading what others are saying about it, below:
Background Info on Anaerobic DigestionThe anaerobic digestion process provides at least 10 ways to make money from Biogas Plant, that's why it is such an amazing asset to the owners and operators of biogas plants. Once a farmer, for example, gets his or her own biogas plant up and running they soon realise that a digester is so much more than just a producer of renewable energy.
Generating heat and power from food waste and other organic waste is now well established. The principal is very simple. Waste is put in to a container without any oxygen and the microbes (bacteria) consume (eat) the waste which in turn produce methane gas. This is a natural process that goes on in peat bogs which is why methane is also known as marsh gas. The methane gas can be used to heat homes and other buildings, or even be sold to Butlins to heat their swimming pool. Alternatively the gas could be burned to drive a generator and produce electricity.
What better way to make money than to invest in a process which uses something that's normally thrown away?
Digester technology is a growing industry in a greener UK.'Recycle and re-use' is the mantra of environmentalists so it makes perfect sense that waste water and biodegradeable material can be processed into energy and fertiliser.
Anaerobic digestion needs to be on a certain scale in order to work; an individual cannot have a mini digestor in their back garden to create renewable energy. The sector is still in its infancy although more AD plants are on the way so the only way a private investor can invest in an AD plant is through a fund.
"It is an elegant and efficient way to access this sector, doing your bit for the environment whilst also looking forward to some healthy returns," Gudgin says.via Americanbiogascouncil
What happens to food scraps after the city takes them? Soon a large fraction will wind up on Long Island, where Charles Vigliotti hopes to turn them into profit.
On an overcast winter morning, Charles Vigliotti, chief executive of American Organic Energy, drove me to his 62-acre lot in rural Yaphank, N.Y., 60 miles east of Manhattan, to show me his vision of the future of alternative energy.
He snaked his company Jeep around tall piles of wood chips, sandy loam and dead leaves. Then, with a sudden turn, we shot up the side of a 30-foot bluff of soil.
At the top, we gazed down upon those many piles and breathed in the mildly sulfurous exhalations of a nearby dump.
Vigliotti radiated enthusiasm.
Within the next several months, he expected to break ground — “right there,” he said, thrusting his index finger toward a two-acre clearing — on a massive $50 million anaerobic digester, a high-tech plant that would transform into clean energy a rich reserve that until recently has gone largely untapped: food waste. via https://en.wikipedia.org/wiki/Anaerobic_digestion
ADBA is the trade association for the anaerobic digestion (AD) industry in the UK and companies and organisations working on novel technologies and processes that compliment the anaerobic digestion process and products. With our members we promote the economic and environmental benefits of AD in the UK.
Anaerobic digestion is the simple, natural breakdown of organic matter into biogas (carbon dioxide and methane) and organic fertiliser called digestate. It is a similar process to that which takes place in the stomach of a cow. via www.all-energy.co.uk
Anaerobic digesters are a mature, proven technology. They take sludge, manure, and other organic waste materials and produce methane (natural gas) fuel.
Nobody questions their technological capabilities. However, the question remains as to their economic benefits. In terms of dollars and cents, how much economic sense do anaerobic digesters make?
What are the economic benefits of an anaerobic digester fuel system? Under what scenarios do they make sense, and under what scenarios are they of only marginal benefit—or should not be considered at all?
As a source of renewable energy, how is this energy applied?
Can anaerobic digesters be used economically to provide grid-ready electrical power, or should they only be used to provide fuel for local, niche applications? via www.greenbiz.com
Many US wastewater treatment plants (WWTPs) are beginning to use anaerobic digesters to produce biogas that can be used in their combined heat and power plants to generate electricity and heat. In addition, the plants are selling the biogas into the gas grid. The growing interest in biogas has led to more attention paid to measuring biogas flow and composition, because proper gas engine operations depends upon use of biogas with the right methane (CH4) content. New ultrasonic technology, including the OPTISONIC 7300, developed by KROHNE, Inc., is being developed to provide the kind of reliable and accurate flow measurement needed to advance this important strategic energy source.
Over the past decade the U.S. has been taking a page out of Europe’s playbook by adding a spate of anaerobic digestion facilities to produce biogas, which can be can be recovered, treated, and used to generate energy in place of traditional fossil fuels.  Anaerobic digestion systems are used in a variety of settings, including wastewater treatment, food waste processing, and agricultural (manure) processing. via www.pmgroup-global.com