Sentences with phrase «of biogas»

The line chart below shows trends in the end uses of biogas from 2000 through 2016.

The production of biogas from organic waste via anaerobic digestion is one such technology that fits perfectly in a circular economy and engenders the energy independence needed by these communities.

A partnership with Cetrel, the largest provider of environmental solutions for the manufacturing industry in Latin America, is focused on the production of biogas from sugarcane bagasse using enzymes.

U.K. based SEaB Energy, for example, uses compact anaerobic digestion systems in shipping containers to turn organic waste into energy in the form of biogas.

Australian canned fruit and fruit drinks company Golden Circle is planning to install a larger boiler to take better advantage of biogas produced from the anaerobic processing of wastewater from the factory's food processing -LSB-...]

«The competitively packaged solution offers the combined experience and expertise of market leaders in their own respective fields to the benefit of clients who have statutory need to treat waste water to high standards and have the profit potential to use of biogas in cogeneration facilities.

Out of a 3,300 m ³ digester for the potato peels and primary sludge, GWE is able to produce up to 14,150 m ³ of biogas per day from ± 230 Ton of organic residues per day (potato peels + primary sludge).

Australian canned fruit and fruit drinks company Golden Circle is planning to install a larger boiler to take better advantage of biogas produced from the anaerobic processing of wastewater from the factory's food processing plant in Northgate, Queensland.

Together, this amount of biogas is equivalent to 8,410 kg or 9,834 l of light fuel oil per day or 3,106 tons of fossil fuel a year, worth nearly Euro 3 million or nearly $ US 4 million.

Gueterbock acknowledged that given global pricing pressures the generation of biogas may not be a top priority for many dairy processors.

BOOM schemes remove operational and financial risk of biogas plants from companies interested in the financial and environmental benefits of the technology but who may not have experience in this area.

The judging panel recognised the positive impact that Pentair Haffmans» technology brings to the operation of a biogas upgrading plant.

Oakey Abattoir's plant will feature reuse of the biogas in its boilers, where it is initially expected to replace usage of about 50,000 gigajoules natural gas a year.

On top of that, the anaerobic wastewater treatment plant produces another 3,350 m ³ of biogas per day.

We have experience with, among other things, assisting clients with the establishment of, and cooperation regarding, renewable energy, including areas such as the wind power industry, the launching of automated vacuum collection facilities, and the construction of biogas and biodiesel plants.

AgSTAR promotes the use of biogas recovery systems to reduce methane emissions from livestock waste.

Natural gas is blended with the biogas to power the fuel cells 24/7 depending on the level of biogas production.

Quote from one of the participants of the UTZ Energy from Coffee Waste Water project in Guatemala, Honduras and Nicaragua about the impact of the biogas stoves.

GWE combine specialized know - how in generating biogas with our extensive range of anaerobic reactors, and in supply and installation of biogas re-use and handling systems for fossil fuel replacement or power generation.

This means that our investment in a new boiler to utilise most of the biogas is now viable.»

The existing boiler burns around 30 per cent of the biogas produced.

It will produce 1,000 m3 of biogas per hour, of which over 80 % will be upgraded for injection into the national grid.

At Sattler, concepts for the storage of biogas, liquid manure, or brewery residues have a long tradition.

Approximately 9.2 million standard cubic feet of biogas is captured from the digester annually, reducing harmful greenhouse gas emissions by 1,645 metric tons of CO2e.

Hydrogen fuel itself can be developed relatively cheaply from natural gas, or produced from renewable sources of biogas or directly from water through electrolysis.

They also collaborated with James Potter from AG Energy USA, and together the team focused on a case study of a biogas facility in Colorado.

If all those pig feces were collected in lined ponds to let anaerobic bacteria thrive, they could become a renewable source of 1600 tons of biogas, which can be used to generate heat and electricity on site while simultaneously reducing Israel's greenhouse - gas emissions.

Turning your old banana peels and last night's leftovers into biogas sounds like a win - win situation for you and the environment: You don't have to feel guilty about having cooked too much pasta, and the use of biogas reduces CO2 emissions when it replaces fossil fuels.

Scientists from the UFZ, the University of Aarhus (Denmark) and the DBFZ succeeded in increasing the production of methane, the most valuable component of biogas, by up to 14 percent under laboratory conditions when the scientists added the substrate to the fermentation tank at intervals of between one and two days compared to the conventional interval of every two hours feeding.

This flexible feeding management approach has no negative effect on the stability of the biogas production process.

Lab scale studies but also experiments in production plants showed a significant enhancement of biogas yield for electrically treated substrate like manure or maize silage.

The IFE Hynor test facility also includes the possibility to supply various qualities of biogas and hydrogen (on - site production or bottled gas) and advanced gas analysis equipment.

Nusa Penida Renewable Energy Park also boasts of Biogas and Biofuel.

So burning coal was outlawed in Ankara, and we imported lots and lots of biogas from the then Soviet Union.

Some have sought private funding models to expand and improve coverage of biogas based on carbon offsets — Friends of the Earth won the Ashden Award for its work and CatchCH4 though in its infancy deals with the comprehensive nature of maintenance and verification — but it is time we get international systems on board.

In order to address the intermittency associated with the heavy proposed use of wind power, the report proposes to deploy offshore turbines dispersed in locations all around the country (when there is little windspeed in one location, there is likely to be high windspeed in other locations), and implement backup generation consisting of biogas, biomass, hydro, and imports to manage the remaining variability.

The notion of turning food waste into energy isn't new to us here at sustainablog... but it almost always involves the production of biogas through anaerobic digestion.

In the case of the RHI, there is no mandated quantity of biogas that companies must use, there is just a fixed subsidy paid per MWh that they inject into the grid.

Interconnection is the physical linking of a biogas recovery system to the electrical power grid.

While a variety of biogas use options are available, collected biogas is most often used to generate electricity and provide combined heat and power.

This reaction can produce 50 cubic meters of biogas per day and can generate three thousand watts of electricity for 24 hours straight.

Develop relationships with integrators, poultry farmers, and other cliental for implementation of biogas systems.

RAPTOR ® stands for RAPid Transformation of Organic Residues, and is a pretreatment - enhanced form of anaerobic digestion, designed to turn nearly any organic substance into valuable green energy in the form of biogas that is being used to replace fossil fuels at scores of food and beverage plants globally, including dairy, brewery and municipal waste - to energy plants in recent months.

Biochemical Methane Potentials (BMPs) predict the amount of biogas and / or methane production from the codigestion substrate

The primary benefit of biogas is that it is renewable.