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How Global Energy Investment Transformed from 2019 to 2025
In 2019, as delegates at energy summits debated the pace of the clean energy transition, a quiet tension underpinned global investment trends. The world invested over USD 1.8 trillion that year, but…
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HYDROGEN MEGATREND: GREEN HYDROGEN THE FUEL OF THE FUTURE?
HYDROGEN - AN ALL-ROUNDER Great hopes are being placed in hydrogen as an energy carrier. Hydrogen seems to be the solution, especially for economic and industrial sectors that are difficult to…
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Darren Bryant
Darren is an entrepreneurial engineer developing Waste Heat Recovery projects for Energy Intensive Industries to decarbonise and decentralise power. Commercialising Best Available Technologies and Techniques to recover heat and generate low carbon…
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Ulrika Wising
Ulrika Wising is an experienced business developer and leader in the energy transition with 10+ years building business across the energy industry. She is actually working as General Manager Portfolio at Shell New Energies and Integrated Power.
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Industrial heat: An emission free energy source
Heat is a form of energy that is all around us. There’s heat from the sun (solar thermal), and from the earth (geothermal), but for this post, I want to talk about industrial heat - heat that is a…
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Catalytic Hydrogen Production: Pioneering Clean Energy with Methane Cracking
In the race to decarbonize the world’s energy systems, hydrogen stands out as one of the most promising fuels for a cleaner future. A significant part of this transformation is methane cracking, an…
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5 Strategies that achieve climate mitigation and adaptation simultaneously
Climate actions have often fallen into one of two strategies: mitigation efforts to lower or remove greenhouse gas emissions from the atmosphere, and adaptation efforts to adjust systems and societies…
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Turboden describes units allowing to convert heat collected by solar collectors into electricity through an efficient thermodynamic cycle. Concentrating Solar Power systems with Turboden ORC can be cost-effective in the range between 200 kW and 20 MW electric.
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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.
Read Full Business PracticeClean Power when ORC System recovers Waste Heat
Generating clean power in Japanese incineration plant: When the Japanese-based company Daiichi Jitsugy got a request from Ertec to install an ORC system in their new waste incineration plant, the company’s engineers knew that they would need a heat exchanger out of the ordinary.
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