- Home
- Applications
- europe
- energy conversion
Refine by
Energy Conversion Product Applications In Europe
22 applications found
Thales provides solutions for a variety of specialized markets and applications including radiology, radio frequency, microwave sources, training and simulation solutions, lasers and microelectronics solutions for science, industry, space, defence, automotive, railways and energy conversion ...
ByThales Group based in Paris, FRANCE
With worldwide focus on recovering the maximum waste-to-energy possible, waste processing is an important growth market for stationary shredder technology. Numerous technologies now exist to produce fuels and energy from waste. Incineration is the most common waste-to-energy conversion but to maintain a consistent flow, increase combustion efficiency and reduce costs, it is essential that the waste is ...
ByMetso Recycling Equipment based in Düsseldorf, GERMANY
The sugar cane is a plant which assimilates easily the solar radiation, having a efficiency near the 2% of energy conversion incidental in the biomass. This capacity increases the commercial possibilities to the profit of numerous products to extract, in most of the cases of higher value and economic importance than sugar. ...
BySistema AZUD, S.A. based in Alcantarilla, SPAIN
In this application note the FS5 Spectrofluorometer equipped with 980 nm laser and a PM-1 pulse modulator box is used to acquire the spectral and lifetime properties of a lanthanide-based upconversion ...
ByEdinburgh Instruments - TECHCOMP Group based in , UNITED KINGDOM
Orcan Energy AG has engineered the efficiency PACK specifically for the marine industry, leveraging their extensive experience to design a compact, robust solution tailored to vessel requirements. ...
ByOrcan Energy AG based in Munich, GERMANY
1500 Oil and Gas (O&G) platforms exist today and over 1000 of them produce electricity for their own consumption through on site diesel or gas ...
ByExowave ApS based in Esbjerg, DENMARK
Marine Transportation is highly energy intensive and represents one of the biggest polluting industries worldwide, producing 3% of the world’s CO2 and 15% of NOx ...
ByExowave ApS based in Esbjerg, DENMARK
Data centres are highly energy intensive and account for about 1% of the world’s electricity use. Alone in 2019, 200 new centres were built. 40% of the power use is required for the cooling of the equipment. Microsoft, Google, Amazon and the like are transitioning to renewable energy sources to power their data ...
ByExowave ApS based in Esbjerg, DENMARK
Exowave is competitive to other sources of power generation and has significant advantages related to solar and wind. Besides the absence of visual impact, wavepower is more predictable and less ...
ByExowave ApS based in Esbjerg, DENMARK
Around 11% of world’s population live on islands. Most islands rely on oil, gas or coal imports to generate electricity and potable ...
ByExowave ApS based in Esbjerg, DENMARK
Let us take Africa as example, where agriculture has a massive social and economic footprint. In fact, more than 60% of the sub-Saharan population are smallholder ...
ByExowave ApS based in Esbjerg, DENMARK
Single Stand-Alone Wave Energy Converter Solutions. Many islands such as Pacific Islands south of latitude 20°S receive a substantial amount of wave energy with a mean available wave resource above 20 kilowatts per metre (kW/m) and many other islands also have potential for wave energy extraction with a mean wave resource above 7kW/m. Most small Pacific Islands would not need to deploy large-scale wave farms of ten or more devices, as power production would greatly exceed the ...
ByAquanet Power based in Taipei, TAIWAN
Offshore Oil & Gas Platform Integration. Our deep water application device, called ogWAVE™, is capable of connecting with oil and gas platforms as well as installations in more remote areas. Almost all offshore oil and gas wells face severe challenges associated with the remote and isolated nature of the exploration locations. One such challenge is the supply of electrical power to support exploration activities in oil and gas ...
ByAquanet Power based in Taipei, TAIWAN
In hydropower plants of any type, e.g. run-of-river power stations, storage power stations or wave power plants, the energy generation is implemented by means of special water turbines, e.g. constant-pressure turbines and reaction turbines. The motion energy of the water is converted into rotational energy by means of the water turbine, which effects the rotation of the turbine shaft which, in turn, actuates a generator that generates power. Irrespective of the type of power plant or turbine you’re dealing ...
ByRINGFEDER POWER TRANSMISSION GMBH based in Gross-Umstadt, GERMANY
Photovoltaics uses solar energy by converting the sun’s radiation directly into electrical energy and serving as a power ...
ByElektro-Bauelemente Electro GmbH (EBG) based in Lünen, GERMANY
Offshore wind farms run between 90% – 100% of their rated power less than 5% of the time; for the remaining 95% of the time, the substation, transformer and electrical grid are under-utilized and could potentially transfer power generated by ocean ...
ByExowave ApS based in Esbjerg, DENMARK
Abattoir & Slaughterhouse waste is a potential incubator of bacterial, viral, prion and parasitic pathogens, capable of infecting both animals and humans. A quick, cost effective and safe disposal method is essential in order to reduce the risk of disease following animal ...
ByInciner8 Limited based in Southport, UNITED KINGDOM
When generating electricity using diesel generators and gas turbines, up to 70% of energy is converted into waste heat, escaping through the exhaust gases or cooling system. By instead connecting the waste heat to Againity’s ORC system, the heat energy is converted into valuable electricity. The image below shows Againitys 400 kWe system linked to four diesel generators. Also solar panels or geothermal heat can be used as heat sources for the ORC system. By using these energy sources to heat up water in ...
ByAgainity AB based in Norrköping, SWEDEN
Energy recovery from municipal waste is the conversion of non-recyclable waste materials into usable energy like heat, electricity, or fuel through a variety of processes, including combustion, gasification, pyrolization, anaerobic digestion and landfill gas recovery. This process is often called waste to energy by the ...
ByRowan Food and Biomass Engineering Ltd based in Cheltenham, UNITED KINGDOM