biogas plant technology Articles
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Assessment of the state of the art of technologies for the processing of digestate residue from anaerobic digesters
Anaerobic digestion is widely used as an important source of renewable energy. With the increasing number and capacity of biogas plants also, adequate treatment technologies for whole digestate – the residue from anaerobic digestion – are gaining attention. In this study the state of the art of digestate processing is analysed, and currently used treatment schemes and the various ...
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The gas upgrading plant in Sachsendorf (Germany) - Case Study
Location: Sachsendorf (Germany) Capacity: 350 Nm³/h biomethane Self-consumption: 0,24 kWel/Nm³ crude biogas, incl. auxiliary drives Features: Fully integrated biogas upgrading plant using membrane technology in a three-stage process. Overview of the gas upgrading plant in Sachsendorf The EnviThan demonstration plant in the Salzland district of Saxony-Anhalt, Germany is the first ...
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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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Advantages and disadvantages of biogas: 5 questions about this renewable energy
Biogas is one of the main sources of renewable energy, whose production is constantly growing and decisive for a future that provides for the elimination of fossil fuels by 2050, according to the objectives set by the Paris Agreement. Let’s discover together how and where it is produced, what are the advantages of biogas and how innovation and new technologies, such as BioBANG, can help ...
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New technology enables biogas plant optimization
Governments around the world are seeking to lower greenhouse gas (GHG) emissions in the fight against climate change, to reduce waste to landfill, and to increase their utilisation of renewable energy in compliance with international agreements. Consequently, in many countries, subsidies have been made available to encourage the growth of the biogas sector. According to the International ...
By Vaisala
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BIOGAS
BIOGAS IS A BLEND OF DIFFERENT GASES GENERATED BY THE DEGRADATION OF ORGANIC MATTER IN THE ABSENCE OF OXYGEN IT CAN BE GENERATED FROM MATERIALS SUCH AS : PLANT WASTE, MANURES, URBAN WASTES, AGRO-FOOD INDUSTRY WASTES, AEROBIC SLUDGES, ETC IN CONCLUSION, FROM ANY ORGANIC WASTE OR BY-'RODUCT THIS BIOGAS CAN BE USED IN AN ENGINE TO GENERATE ELECTRICITY OR HEAT, OR BURNED IN A BOILER TO GENERATE ...
By VALGES
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New technology enables biogas optimization
The Vaisala stand, 016 in hall D6, at the Ecomondo Green Technology Expo in Rimini, Italy, 5-8 November 2019, will feature Vaisala’s new Ex certified in-line multigas measurement instrument, the MGP261. With this technology, biogas plant operators will, for the first time, be able to optimize the production of high quality biogas in real-time, and thereby derive greater value from biowaste. ...
By Vaisala
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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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