Circular Economy
Until now, there was no efficient way for industries generating excess heat to provide it to nearby users who need it. Now the EMB3Rs platform, a tool that matches thermal energy sources with potential demand, offers an effective way for these heat sources and heat sinks to find each other. EMB3RS brings these two sides together and presents the best solutions to recover, transport, and reuse excess thermal energy. The platform is urgently needed to unlock the potential of waste heat, support the shift from fossil fuels, reduce energy prices and simultaneously cut down on greenhouse gas emissions. There is a high interest expected by the experts involved in the platform, says Mafalda Silva from Inegi, an industry-oriented Research and Technology Organization based in Portugal.
Read Full articleVideo relased: A platform to calculate energy recovery options
The final video about EMB3Rs heat and cold matching platform has been released. It features the different application options for the platform. Discover four case studies in Portugal and Greece, take a visit at the platform developers office and listen to what the coordinator.
Read Full articleDistrict heating: balancing green energy with end-user needs
District heating companies are serving both energy supplier and end-user. Rising energy prices and carbon targets mean it is no longer sustainable or affordable to run our district heating systems on gas.
Read Full articleWaste heat: recovering a valuable renewable resource
EMB3Rs is an open-source, excess heat/cold re-use matching platform. It determines the costs and benefits of re-using industrial waste heat energy. The platform matches heat sources with sinks, to reduce carbon emissions.
Read Full articleDeep decarbonisation of industry: The cement sector
Fossil fuel combustion to meet heating needs accounts for 35% of cements CO2 emissions. The remaining 65% are due to direct process emissions, which must also be addressed. By 2050, cement production in the EU is expected to remain below pre-2010 levels.
Read Full article5 Things you need to know about 5G Heat (Fifth Generation Heat!)
In my blog ‘How will energy look in 2030? I have made 10 predictions for the next 10 years! I predicted that by 2030 all city centres will have some form of fifth generation heat network - taking heat networks share of heating beyond the 18% currently forecast.
Read Full articleEnergy recovery solution for waste water with payback less than 1 year
Treating wastewater in Australia produces three million tons of sludge which must be treated and disposed of. The process is responsible for 50% of the total operating costs of wastewater treatment plants. A new treatment technology would reduce the amount of waste by a third also recovering energy from the sludge itself.
Read Full articleCreating a long-lasting platform to map the future of energy
The EMB3Rs platform is set to help companies cost-effectively convert waste heat to a valuable revenue stream. It maps the supply and demand of thermal energy from potential stakeholders and shows how excess heat and cold can be re-used.
Read Full articleWhat are the main types of Waste-to-Energy technologies on the market today?
In the U.S. alone, 140 million tons of waste find their way into landfills every year. Energy recovery as a waste treatment process sees Waste-to-Energy technologies convert chemicals in waste residues into practical forms of energy.
Read Full articleThe Alliance4ECEI hosts the Digital tools as enablers of more efficient energy consumption in industrial waste heat/cold recovery webinar, as part of the Sustainable Energy Days
The Alliance for Energy Cooperation in European Industries (Alliance4ECEI) will hold the online session Digital tools as enablers of more efficient energy consumption in industrial waste heat/cold recovery as part of the activities of the Sustainable Energy Days in September 15 from 10:30 until 12:00 CEST.
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