biomethane plant Articles
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Project - Isola Della Scala Italy
Subject: Italian biogas/biomethane plant manager Description: Technical visit to see BioBANG® in operation at our customers’ plants Goal: To install BioBANG® in their biomethane plants in South Italy to break down better the triticale and total reduce the viscosity inside the digesters. To see video, please click ...
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The first Pre Treatment Feed BioBANG comes to England
Sold the first Pre Treatment Feed BioBANG. It will be installed on the bigger biogas and biomethane plant of United kingdom. The Pre Treatment Feed BioBANG transforms shovelable biomasses in pumpable without adding liquids. Installing The Pre Treatment Feed BioBANG is designed to offer maximum performance in terms of breaking up the biomass to guarantee perfect control of retention, viscosity ...
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Demonstrative test with BioBANG
Concentration’s Increase from 12% to 17% Where: Reims (France) System description: Biomethane plant with gas production of 700 Nm3/h. It has 2 main digesters and 1 post-digester. Goal: Reduce the viscosity and improve the concentration of Dry Matter. To see video, please click ...
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Biomass pasteurization for biogas and biomethane plants the technical advantages of BioBANG cavitation
Why is the pasteurization of biomasses becoming more and more a required practice for biogas and biomethane plants? In many countries the regulations for specific biomasses (eg: animals and vegetables organic waste, industrial and municipal slurries, etc …) require that a pasteurization treatment be carried out before they are loaded into the digesters. A particular case is given for ...
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Max efficiency from straw: find out how to get it with BioBANG
At the end of January, BioBANG has started up a New unit in southern England! Sheppey Energy is the new plant built by BioConstruct and owned by Farm Renewables which will be fed almost exclusively with straw. In 2018, Farm Renewables has already installed BioBANG in recirculation on their “Broadley Energy” biogas plant obtaining great results in terms of viscosity reduction and ...
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Free test results - biogas and biomethane plants Germany
Last week, our technicians were in Germany at two anaerobic digestion plants to carry out cavitation tests with our mobile BioBANG ...
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Technical visit of Danish biogas manufacturer
Visit description In the last period, the most important organizations at national, European and world level in biogas and biomethane sector (WBA World Biogas Association, EBA European Biogas Association, CIB Italian Biogas Consortium) are increasingly the importance to find an efficient and effective pre-treatment system that can improve the use of most difficult biomasses to digest in the AD ...
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The BioBANG viscosity control: the missing link for a permanent success in gas and biomethane production
BioBANG cavitator is the innovative technology for biogas and biomethane plants, that uses 100% of physic energy in the controlled cavitation. BioBANG ensures the viscosity control in the plant digester, that today is obtained operating on the action on the mixers, on the digestate recirculation and on the solid-liquid relation. BioBANG makes the retention flexible, constant and efficient in the ...
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The gas upgrading plant in Kockte (Germany) - Case Study
Location: Köckte (Germany) Capacity: 350 Nm³/h biomethane Self-consumption: 0,23 kWel/Nm³ crude gas Features: First fully integrated biogas upgrading plant using membrane technology in a three-stage process. Overview of the gas upgrading plant in Köckte The EnviThan gas upgrading plant in the district Altmarkkreis Salzwedel in Saxony-Anhalt is the first fully integrated ...
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Biogas : Biomethane = Dietary fiber : Waste fibers
How to successfully manage change with waste fibers in your plant. It is no coincidence that biogas technology is following a development trajectory towards biomethane production. In the energy and climate scenarios, in fact, the use of fossil carbon-based energy sources is under the magnifying glass of all scientists for their enormous impact on the concentrations of greenhouse gases in the ...
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Biogas-to-biomethane upgrading plant
Chesterfield BioGas (CBG) supplied the UK’s first biogas upgrading plant to produce clean biomethane for direct injection into the national gas grid for use by all consumers. The project was successfully completed and gas injected into the national grid at the wastewater treatment site of Thames Water site at Didcot, Oxfordshire in October 2010. This achievement was a benchmark moment for ...
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BEIS Consultation on the Future of UK Green Gas Support
One of the bioeconomy’s greatest opportunities lies in provision of renewable heat, specifically from the injection of biomethane from anaerobic digestion (AD) into the gas grid. This provides a consistent and reliable source of renewable heat for both domestic and non-domestic purposes by decarbonising the gas grid, lowering the carbon emissions profile compared to natural gas. ...
By NNFCC Ltd.
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Biomass Plant Hebei, China - Case Study
The annual processing capacity of the plant is approximately 130,000 tons of agricultural biomass, including corn and straw. The biogas generated will be used as a substitute for natural gas for transportation and injected into the natural gas pipeline network. ...
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Waternet Amsterdam: First biomethane injected in national grid
Milestone achieved at Waternet Asset Management biomethane project The wastewater treatment plant of Waterschap Amstel, Gooi & Vecht, produces biogas. This biogas is upgraded to biomethane using the DMT biogas upgrading technology. The first cubic meter of biomethane was injected into the national grid on March 19th. By achieving this important milestone, the project enters the third and ...
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Biogas from grass clippings
Biogas is a mixture of various types of gases, largely methane and CO2. Biogas is produced by a process called “anaerobic digestion”, which is the bacterial fermentation – without O2 – of biomass that can include: agro-industrial waste, solid and liquid waste from livestock farms, sewage sludge, by-products from agriculture, the organic fraction of solid urban waste ...
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The biogas future challenges for 2021
Biogas is a renewable, recyclable and green energy source that can be used directly as a fuel. With rapid technological development and the construction of many plants, especially in Europe, various aspects of research on biogas production technologies have been considerably advanced. To date, in fact, biogas plants can be defined as a link between territory, agricultural production and the ...
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IMSPEX Diagnostics Ltd advances testing of biomethane as green energy source - Case Study
Technology business IMSPEX Diagnostics Ltd partnered with NPL to advance its testing capability of biomethane. The project aimed to unlock major commercial potential for IMSPEX, drive forward European industry standards and advance the use of biogas as a renewable energy source. Challenge The UK is increasingly harnessing the potential of biogas produced naturally at wastewater treatment plants ...
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Sewage biogas fuels public transport buses in Oslo
Bimethane produced by the Bekkelaget sewage treatment plant in Oslo, Norway, will begin fueling B0 public sector buses in 2009, marking a major step towards meeting its goal to reduce climate gas emissions 50% by the year 2030. Another 250 buses will be fueled by biomethane produced from two wet-organic waste separation plants scheduled to start up in 2011. Norway signed the Kyoto Protocol, an ...
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