Energy Regulations Applications in Europe
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Hydrokinetic Turbines for Energy efficiency management
Predictable and reliable, hydrokinetic energy is a promising lever for the energy transition. HydroQuest has studied opportunities for hydrokinetic turbine development since 2010. Our ambition is to become a global reference in the development of innovative technology to harness hydrokinetic resources. This is a new alternative energy supply as promoted by the Energy Transition law to encourage renewable growth. ...
By HydroQuest SAS based in Meylan, FRANCE.
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Smarter steels for Energy industry
Energy depends on steel. It provides the infrastructure that makes it possible to produce and transport every type of energy, from solar and wind to oil, gas and nuclear energy. We’re a market leader in steels for energy, making the specialist steels that meet the rigorous operating conditions of this critical ...
By ArcelorMittal S.A based in Luxembourg, LUXEMBOURG.
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Residential Solar
According to Turkey's government regulations, residential systems up to 50 kW do not require a license. In a country that lacks an abundance of conventional energy sources, these residential regulations represent a great opportunity for homeowners. All residential renewable energy systems, below and above 50 kW, can both use the electricity produced and sell the surplus back to the electrical grid. These systems can be categorized into three groups: on-grid, off-grid and ...
By Eko Renewable Energy Inc. (EkoRE) based in Istanbul, TURKEY.
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Moving Bed Heat Exchangers for Cooling Biosolids
Solex's moving bed heat exchangers are capable of handling any relatively free-flowing powder or crystalline bulk solids, making it the perfect candidate to cool ...
By Solex Thermal Science Office in Bridgend, UNITED KINGDOM.
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Moving Bed Heat Exchangers for High-Efficiency Cement Cooling
Solex's moving bed heat exchangers are capable of handling any relatively free-flowing powder or crystalline bulk solids, making it the perfect candidate to cool cement, while using up to 90% less energy compared to direct cooling ...
By Solex Thermal Science Office in Bridgend, UNITED KINGDOM.
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Moving Bed Heat Exchangers for Cooling Catalysts
During both the production and regeneration phases of the catalyst life cycle, cooling is a vital step that enables operators to ensure optimal quality, preserve cracking sensitivities and mitigate material degradation and deactivation. Solex Thermal Science offers an indirect heat transfer solution for catalyst cooling that uses fluids and not air to reduce energy consumption, eliminate emissions, minimize product abrasion and offer the ability to recover low-grade energy in small, medium and large production ...
By Solex Thermal Science Office in Bridgend, UNITED KINGDOM.
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Moving Bed Heat Exchangers for Heating and Cooling Chemicals
Solex's moving bed heat exchangers are capable of handling any relatively free-flowing powder or crystalline bulk solids, making it the perfect candidate to heat and cool a wide range of chemicals. Our technology heats and cools chemicals to uniform temperatures while using up to 90% less energy compared to direct heating and cooling ...
By Solex Thermal Science Office in Bridgend, UNITED KINGDOM.
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Moving Bed Heat Exchangers for Food Products
Solex's moving bed heat exchangers are capable of handling any relatively free-flowing powder or crystalline bulk solids, making it the perfect candidate to heat, cool and dry a wide range of food products. Our technology heats and cools to uniform temperatures while using up to 90% less energy than direct heating and cooling ...
By Solex Thermal Science Office in Bridgend, UNITED KINGDOM.
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River and Marine Hydrokinetic Turbines for Renewable energy
Faced with environmental issues, the energy production sector has had to make major changes to its activities to help mitigate climate change. The Paris Climate Agreement signed at COP21, effective starting in November 2016, confirmed these efforts and the ramping up of the energy transition on an international scale. ...
By HydroQuest SAS based in Meylan, FRANCE.
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Electric Vehicles Charging Infrastructure
Electric mobility will play a key role in the future energy system in Germany. A growing share of renewable energy will increasingly be used to electrify the future transport sector. Electric vehicles will therefore have a big impact on the electricity grid. Germany has set itself the goal of becoming the leading market and provider for electric mobility by 2020 as part of its longterm zero emission mobility vision. Although the electric mobility market is still small in absolute terms, domestic demand for ...
By Germany Trade & Invest based in Berlin, GERMANY.
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