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Compressed Air: Energy efficiency at the top of the ComVac agenda (HM17)
The latest edition of ComVac will soon be staged: from 24 to 28 April 2017 in Hannover, Germany, under the umbrella of HANNOVER MESSE. All up, some 260 exhibitors will be there in halls 26 and 27 to…
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PROJECT MANAGER - EU PROJECT OFFICE
WHO WE ARE EEIP is a neutral, open and global business and policy platform for the energy transition. Founded in 2011, we are serving a 150.000 user network through our multi-channel platform. EEIP is…
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What’s next for industrial energy efficiency?
From Paul Noble, DNV GL, first published here . There has been a great deal of thought about how industrial companies can keep delivering improved energy efficiency. And many companies have made great…
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Deep decarbonisation of industry: The cement sector
Headlines Fossil fuel combustion to meet heating needs accounts for 35% of cement’s CO2 emissions. The remaining 65% are due to direct process emissions, which must also be addressed. The biomass use…
Read Full articleSignificant cost savings & lowered CO2 Emissions through efficient Heat-Recovery Solutions
Marc Delannoy, General Manager Airflux: “Airflux selected SWEP as a partner for two main reasons. First, SWEP is a well-known brand, appreciated in the heat exchange industry. Furthermore, one of our main partners was already successfully integrating SWEP's brazed plate heat exchangers in their systems. We have had a positive experience of integrating SWEP heat exchangers into our customers'…
Read Full Business PracticeSonac - heat recovery from high corrosive flue gas
Sonac uses, amongst others, animal fat residues to fire steam boilers. This examples describes how Sonac uses a HeatMatrix system to recover waste heat from the highly corrosive flue gas to heat up boiler feed water.
Read Full Business PracticeHeat Recovery from Biomass with ORC technology
From Biomass, Turboden provides solutions to produce heat and electrical power with high efficiency. Solution includes cogeneration plants with ORC which generate power usually ranging between 200 kW and 20 MW electric. By using wood and waste material as fuels, Turboden ORC solutions allow to provide heat for consumers from district heating, timber drying, wine industry, MDF/PB, sawdust drying...
Read Full Business PracticeEasy Read - ORC technology for waste heat recovery
In an easy-to-read paper, German company DeVeTec describes the ORC technology including various application areas based on different heat sources, e.g. exhaust gas, hot air or flue gas. A typical issue is covered as well - fluctuating heat volumes and temperatures.
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Powering Ahead: The Global Electricity Landscape Through 2026
The global electricity sector stands at a pivotal juncture as it navigates the transition to cleaner energy sources while meeting rising demand. According to the International Energy Agency's latest…
Read Full articleORC Plants for Industrial Heat Recovery
ORC (organic ranking cycle) technology can be used to produce electricity by recovering heat from industrial processes, reciprocating engines and gas turbines. In this example, turbogenerators from Turboden are described, being able to generate power in ranges between 200 kW and 20 MW electric.
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