14 September 2017

Anaerobic Digestion News: Anaerobic Digestion of Dog Poop Fuelled a Pacific ...

Anaerobic Digestion News: Anaerobic Digestion of Dog Poop Fuelled a Pacific ...: The story of anaerobic digestion of dog poop which at first simply lights a park lamp, but can do much more in future, is a fascinating one...



If anyone reading this knows about the current fate of any of the park lamp biogas plants we would love to know what has happened since 2013? Are the original lamps still biogas lit?

05 August 2017

Anaerobic Digestion News: How to Stop Climate Change with Biogas from Sea Ke...

Anaerobic Digestion News: How to Stop Climate Change with Biogas from Sea Ke...: How farming giant seaweed can feed fish and fix the climate Seaweeds can grow very fast – at rates more than 30 times those of land-base...




30 July 2017

Anaerobic Digestion News: Prioritise Biomethane Use for Buses and HGVs ADBA ...

Anaerobic Digestion News: Prioritise Biomethane Use for Buses and HGVs ADBA ...: "Prioritising Biomethane for HGVs and Busses Within UK Clean Air Strategy say ADBA, Should be an Immediate UK Government Goal" ...





Prioritising Biomethane for HGVs and Buses Within UK Clean Air Strategy say ADBA, Should be an Immediate UK Government Goal.

The UK government (Minister Michael Gove MP) has just announced plans to phase out petrol and diesel vehicles from the UK. But, in the short-term he should ensure that the maximum reduction in air pollution which is possible within the next 5 years takes place. The way to do that is to prioritise use of existing biogas biomethane supplies to make sure they are used where they can have most effect in cleaning up polluted air in UK cities. That is by using biomethane as a fuel for buses and HGVs.

For the full article click the link above.

24 July 2017

Anaerobic Digestion News: Anaerobic Digestion of Manure Breakthorugh New Tec...

Anaerobic Digestion News: Anaerobic Digestion of Manure Breakthorugh New Tec...: Anaerobic Digestion of Manure: There has been a breakthrough in the throughput of manure-fed AD Plants! A new pre-treatment process develop...











18 July 2017

Reduce Biogas Cost While Raise Throughput of Anaerobic Digestion Plants

The Anaerobic Digestion UK sector has to significantly minimize biogas manufacturing cost, and also produce a change in digester yields elevating them by an 20 fold increase and will then become fully accepted.



That's the vision of some in the UK market, who likewise mention that without a revolution in AD modern technology productivity there is little chance of the process accomplishing its complete potential.

What's more they make the argument that biogas gives best sustainability and economic outcome as a power storage space medium, yet to earn a good reputation for making a difference, very large quantities of biogas have to be available to (as an example) balance electric power grids throughout times of peak loadings.

The majority of anaerobic digestion UK biogas technology analysts would claim that the UK anaerobic digestion overall has actually been extremely effective in the last couple of years, beginning with a low base the year on year rises in mounted AD Plant abilities have actually gone over previous record numbers.

Those associated with constructing the plants, have actually functioned well extremely difficult circumstances and also achieved a large amount.

They may, not surprisingly, be wringing their hands in frustration to be informed that really they might not have gotten to much above base-camp, as well as a large mountain is still there to climb-up.

Nonetheless, that in effect is just what is looking the UK anaerobic food digestion industry in the face. Also there are still people in the biogas industry that are very willing to take that fact in hand and approve the challenge.

One such person is AD&Bioresources Association Member, and Tropical Power Chairman. Visit the link listed below to see the artile where we duplicate part of a recent foreword in their magazine, authored by Mike Mason, Chairman, Tropical Power.

We liked the item a lot that so we developed a video clip on the subject below, for those that choose to see a video rather than review message:




Anaerobic Digestion News: Anaerobic Digestion UK - Reduce Biogas Cost Raise ...: The Anaerobic Digestion UK market should dramatically decrease biogas production price, and also produce a big improvement in digester re...

09 July 2017

Börger Bioselect Separator Gives Biogas Plant Operators Better Digestate Dewatering

The Börger Bioselect Separator provides efficient separation technology. Using a purely mechanical process, liquid parts are separated from solid parts in the medium (such as digestate or liquid manure).

Make no mistake about it, this device may look simple, requiring no more than a power supply, electric motor, and a specially designed rotary lobe/ screw pump system with a screen/ filter, but it does a very difficult job remarkably well.

 
Borger BioSelect Separator Separates Digestate Solids from the Liquid from Steve Last on Vimeo.

The installation options of the Börger Bioselect are as versatile as their requirements. Whether attached to a simple wall bracket, installed on a movable frame with an upstream macerator or as a mobile version with a conveyor belt – the application options of the Bioselect are unique.

Visit: http://blog.anaerobic-digestion.com/the-borger-bioselect-separator/ for more info.

Digestion produces two main products: digestate and biogas. Sell both and income rises and so does sustainability as well!


What Are Others Saying About Digestate Separator Technology?

Digestate and Slurry Separator - Biogas Products Ltd
www.biogasproducts.co.uk/portfolio/digestate-and-slurry-separator/
Biogas Products supply mechanical separating equipment that can separate the liquid and solid properties of digestate and slurry. Applying this process has.

Anaerobic digestion - Wikipedia
https://en.wikipedia.org/wiki/Anaerobic_digestion
Anaerobic digestion is a collection of processes by which microorganisms break down ... The nutrient-rich digestate also produced can be used as fertilizer. ..... scrubbing (absorption processes) and, in the last years, membrane separation.

Separator - Wikipedia
https://en.wikipedia.org/wiki/Separator
Separator can refer to: A mechanical device to separate fluids and solids, like. Cream separator, separates cream from milk; Demister (vapor), removal of liquid ...
Missing: digestate

25 February 2017

Explaining the Difference Between Biogas and Biomethane


Biogas is the raw gas that comes out of a biogas digester/ Anaerobic digestion plant reactor, which is usually about 60% methane for large well-run AD facilities.

Biomethane is the almost completely pure methane which is produced after the biogas has been purified. The purirfication process is called "upgrading".


Watch Our Explainer Video Below:


Other Useful Websites Which Explain Biogas Conversion to Biomethane

Biogas is a renewable energy carrier formed during the decomposition of biomass by microorganisms. This process, called fermentation, takes place in biogas plants under exclusion of light and oxygen. This energy store can be obtained both from energy crops such as corn and grain, and from organic residues and waste materials such as manure, sewage sludge, food waste, and slaughterhouse waste. By using organic residues and waste, no competition for food production is created.

Biogas production is a natural process whereby microorganisms convert the carbohydrates, proteins and fats contained in organic substances into the main products methane (CH4) and carbon dioxide. A prerequisite for this conversion is the absence of oxygen (anaerobic conditions). Following this process, the biogas contains about 50% methane, which is why it is also called biomethane. The quantity and methane content obtained from a ton of biomass may vary depending on the composition of the substrate. After being cleaned at a gas-processing plant, the biogas – like natural gas – is composed almost entirely of methane and can be used to produce electrical energy, or as bio-CNG (compressed natural gas) to fuel vehicles. The higher the methane content of the end product, the more energy-rich the biogas. After further processing, biomethane can also be fed into the natural gas grid, through which it is forwarded to various points of consumption. via biomassmagazine.com

Biomethane is a gaseous fuel which consists of mainly methane. Biomethane is normally produced by upgrading (purifying) biogas. Biogas is the raw gas formed by anaerobic digestion of sewage sludge, food waste, manure etc. Before use in vehicles, biogas is always upgraded to biomethane. Biomethane can also be produced synthetically, e.g. by gasification of biomass followed by methanation; it is then called SNG (Synthetic Natural Gas or Substitute Natural Gas).

Biomethane can be used as a transport fuel, often as a mixture of biomethane and natural gas with fossil origin. Other areas of use are heat and power production, and as raw material for chemical products. The dominating use of biogas in many countries is for electricity production without prior upgrading to biomethane. via www.aerzen.com

Biogas Production - Constituents and Its Conversion to Biomethane

In each case, the basic process of biogas production is the same. Organic matter, or biomass, breaks down in the absence of oxygen. The bacteria produce methane and carbon dioxide (CO2) as a natural byproduct of breaking down the organic matter. The raw biogas, which contains methane and other compounds, can be captured because the waste is concentrated in one location. Once collected, it can be purified (or upgraded) into pipeline-quality biomethane—producing renewable natural gas.

Composed primarily of methane, biogas also contains between 25 and 50 per cent CO2 and small quantities of other gases. These gases are removed in the upgrading process to improve its heating value and safety. The upgrading process may vary from project to project, but the goal is to ensure the gas introduced into the system meets the same quality standards as natural gas. via www.seai.ie

European Biogas Association Biogas and Biomethane Report 2015

The European Biogas Association published its Biogas and Biomethane Report 2015, the fifth edition of this annual statistical report on the European anaerobic digestion industry and markets. The report reflects the record-high growth in the number of plants and production in Europe.

The report states that there were 17,240 biogas plants, with a total installed capacity of 8,293 MW, in Europe at the end of 2014. “This is a remarkable number, especially when realizing that it represents 18-percent growth,” saidDr. Jan Štambaský, EBA president. In the case of certain countries, growth has soared. The U.K. doubled the number of its biogas plants in one year. The 17,240 biogas plants reported at the end of 2014 is up from 10,433 reported in 2010. via noo2.eu

The Distinction Biogas and Fresh Biomass vs Fossil Fuel Use

Biomass is one of the most versatile and most widely used energy sources on the planet. It is a biodegradable fraction of a product or residue from vegetal and animal substances from agriculture, forestry or the biodegradable fraction of industrial and municipal waste. Compared with other forms of renewables such as wind, water or solar energy, biomass great advantage is that you can use everywhere. The total mass of biomass on Earth, including moisture, is 2,000 billion tons, the weight of biomass for one person is 400 tons.

In professional circles (though clearly not the case) it is often speaks of both fossil and renewable, first, the so-called. fresh biomass. When fossil fuels that we use today (coal, oil, natural gas), there is negatively affecting the environment: when combusted because the atmosphere is receiving substances that have been stored for millions of years beneath the earth’s surface. Unlike the burning of fresh biomass in terms of greenhouse gas neutral. via kuvoze.sk

Environmentally Friendly Alternative Energy

Biogas is gaining importance as an environmentally friendly alternative energy form. Especially interesting is the reprocessing into biomethane to be delivered to the natural gas grid or to be used for example by the vehicle refueling.

In this reference example, our client is a biogas upgrading plant constructor in Switzerland. This is a pilot project for a decentralized and independent gas supplies. The project is funded by the Federal Office of Energy and by the Natural Gas Industry. via haug.ch

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