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Decarbonization Product Applications Available In Denmark
63 applications found
In partnership with Heirloom, applying the Leilac technology to atmospheric carbon dioxide removal by Direct Air Capture. Decarbonisation across all sectors of the economy is vital to achieving net-zero emissions by 2050 and avoiding the most catastrophic effects of climate change. To achieve global climate goals, decarbonising alone will not be enough. The excess CO2 already in our atmosphere must also be mitigated. The Intergovernmental Panel on Climate Change projects that carbon dioxide removal in the order of ...
ByCalix Limited based in Pymble, AUSTRALIA
High-temperature, high-power plasma torch technology can significantly assist in decarbonising industrial processes in several ...
ByTetronics Technologies Limited based in Swindon, UNITED KINGDOM
Today, HRS is perfectly positioned to meet the needs of the carbon-neutral hydrogen mobility market. Thanks to the capacities they offer (from 14 to 80 kg/hour), HRS hydrogen stations are compatible with the needs of a wide range of vehicles, including light vehicles, as well as buses, lorries and also heavy vehicles. To meet the needs of tomorrow, HRS is currently developing capacities for 1 ton and above. ...
ByHydrogen Refueling Solutions based in Champ-sur-Drac, FRANCE
Making better batteries with low-cost and renewably powered cathode material production. Better, more sustainable batteries are an essential enabling technology for our clean energy future, helping to decarbonise transport and stabilise renewably powered energy grids. As the global transition to clean energy gathers pace, so too is demand for sustainable and secure supplies of lithium-ion battery materials. In a decarbonising global economy, advanced battery materials will need to deliver superior performance and ...
ByCalix Limited based in Pymble, AUSTRALIA
Alternative fuels are a different way of powering industrial engines – without compromising power or performance. The proven technology and innovations of today lead our customers and us toward net-zero emissions ...
ByVolvo Penta based in Gothenburg, SWEDEN
Hydrogen is used in the industry sector as a feedstock, for off-grid power generation, and to provide intermediate to high-temperature heat for various processes. According to the Hydrogen Council*, more than 90% of the hydrogen currently produced globally is used as feedstocks in the oil industry and to produce ammonia and ...
ByNorwegian Hydrogen AS based in Ålesund, NORWAY
The transport sector depends almost entirely on fossil fuels, and is responsible for over 20% of the world’s CO2 emissions. In this context, hydrogen has established itself as a clean alternative for significantly reducing air pollution resulting from the transport sector, by eliminating pollutants and CO2 emissions. It offers users a performance similar to that of “traditional” ...
ByMcPhy Energy S.A. based in Grenoble, FRANCE
As an energy storage medium, hydrogen is at least as versatile as carbon based fuels finding potential applications in domestic and industrial heating, transportation, and electricity generation. Taking into account this inherent versatility and the fact that burning it produces only water as a by-product, the transition from the carbon economy we have today to a hydrogen economy in the future is seen by many to be the ultimate solution to the climate crisis. Critical to this transition will be provision of ...
ByC-Capture based in Leeds, UNITED KINGDOM
Our cutting-edge technology allows customers to generate hydrogen from renewable sources such as wind, solar, and geothermal energy. This green hydrogen is a versatile, clean energy carrier that can be utilised in various applications, revolutionising the way we power our ...
ByIMI Critical Engineering based in Mannheim, GERMANY
The Energy Optima 3 module for Production Optimization contains functionality for long-term simulation and scenario calculations. You can run several different optimizations over several years ahead and required granularity with fast calculation times and see how different changes or added units will affect your energy ...
ByEnergy Opticon AB based in Lund, SWEDEN
Methane emissions contribute to about a third of global warming, however some of these emission sources are only just being understood. Every year, 3 billion tonnes of CO2e enters the atmosphere due to methane escaping from water. Water utilities in particular must have a thorough understanding of their emissions if they are to achieve ambitious net zero carbon targets. Additionally, public and private resources need to be allocated to solutions that enable water utilities to mitigate their greenhouse gas ...
ByBluemethane based in London, UNITED KINGDOM
Co-firing is the (partial) substitution of fossil coal by biomass in coal-fired power plants. Torrefied biomass offers the most cost-effective route to significantly increase the use of biomass as a renewable energy source and to reduce the CO2 footprint of industrial coal ...
ByBlackwood Technology B.V based in Hoofddorp, NETHERLANDS
Decarbonising the production of hydrogen, enabling a green transport fuel for trains. The ongoing trend to deploy more renewable power sources is a positive step towards reducing dependency on fossil fuels, but it causes some big issues for electricity grid operators. Balancing the grid is becoming more challenging, because renewables are increasing the temporal mismatch between supply and demand on all timescales. Conventional grid balancing techniques cause CO2 emissions (ramping up a gas or coal power plant), ...
ByITM Power based in Sheffield, UNITED KINGDOM
Stricter limits, obligation to recycle phosphorus, rising waste disposal costs due to capacity bottlenecks: The recycling of sewage sludge is becoming increasingly sophisticated. We support you with our leading-edge carbonisation technology: With a PYREG system, the dried sewage sludge is carbonised, hygienised and completely recycled into a phosphorus fertiliser substrate approved throughout Europe. The technology has already proven its worth at three wastewater treatment plants in Germany and the USA, but is ...
ByPyreg GmbH based in Dörth, GERMANY
With recent interest in the environment, carbon emissions, electric vehicles, heating our homes etc, there has been a massive surge in interest in hydrogen. This is because it can be used to power vehicles, generate electricity and provide power for industrial ...
ByCambridge Sensotec Limited based in St. Ives, UNITED KINGDOM
Boiler rooms large and small, whether in industry, healthcare or housing: in any of them, unsuitable water can cause significant damage. We make sure that doesn’t ...
ByAquarex WATERPROFIT s.r.o. based in Uherské Hradište, CZECH REPUBLIC
What is a fuel cell and how does it work? Read more in this article, written by our fuel cell specialist Dr. Kaushik ...
ByNorwegian Hydrogen AS based in Ålesund, NORWAY
The AtmosZero Boiler 2.0 represents a technological advancement in industrial steam generation for the food and beverage industry. Designed to replace traditional fossil-fueled and electric resistive boilers, this system operates with enhanced efficiency, utilizing a combination of ambient air heat and electricity to produce process steam. This results in up to 100% efficiency gain while eliminating Scope 1 CO2 emissions. Its modular drop-in design allows for seamless integration into existing facilities such as ...
ByAtmosZero based in Fort Collins, COLORADO (USA)
AtmosZero introduces an advanced solution for district heating with its Boiler 2.0 technology, designed to replace traditional fossil-fueled boilers with a state-of-the-art modular electrified steam heat pump. This system leverages air-source heat pump technology to generate high-capacity, zero-emission steam, achieving twice the efficiency of conventional electric boilers by using ambient air as a thermal reservoir. AtmosZero's solution integrates seamlessly into existing infrastructures, including piping and ...
ByAtmosZero based in Fort Collins, COLORADO (USA)
The Joule Hive Thermal Battery (JHTB) is an innovative technology offering a compelling solution for converting existing natural gas power plants into grid-scale energy storage systems. This thermal battery uses electricity, often excess from renewable sources, to generate and store high-temperature heat. When electricity demand surpasses supply, the stored heat is converted back into electricity via high-pressure hot air directed to gas turbines. This process allows for round trip efficiencies exceeding 60%, ...
ByElectrified Thermal Solutions, Inc based in Medford, MASSACHUSETTS (USA)