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The search results below each have a summary which you may find useful
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-iodine cycle and to produce oxygen and hydrogen gaseous.
This combined-cycle gas-turbine / steam-turbine modified system enables the production of electricity with greater efficiency than currently available... more
concentration of tritiated water has been developed. This involves introducing the tritiated water into an electrolysis cell to form gaseous hydrogen and oxygen. The evolved hydrogen... more
components of the offered solution can be used independently to produce hydrogen as an additional energy source.
One of the four independent power generation systems is designed to use seawater. The seawater... more
company, eventually a research institution, and pool the capacities to contribute to challenging projects within a project consortium.
Hydrogen is widely regarded as key element when it comes to society powered... more
The company is looking for system manufacturers who provide plants for the use or production of hydrogen. Within a commercial agreement with technical assistance they are interested to distribute... more
fragmentation is repeated in a free jet of liquid and addition of inorganic oxidizing agents, e.g. ozone or hydrogen peroxide. In this way, gold nanoparticles smaller than 5 nm (ø particle size at approx. 2.5... more
way to growth. The company is looking for solutions related to the following areas: sustainable mobility, biogas, hydrogen, energy efficiency, industry 4.0. The company wants to reach a cooperation agreement to... more
sources of electric current, and so on. Technology uses method of combined activation combined with activation of gases containing hydrogen and atomic nitrogen. The uniform distribution of sorption properties... more
& membrane electrode assemblies (MEAs) for proton exchange membrane (PEM) fuel cells, electric vehicle range extenders and fuel-cell vehicles, hydrogen purification units, renewable power storage, electrochemical... more
conditions and depositing on a substrate, where elevated temperature of the substrate is essential. Addition of hydrogen proved to be relevant for a good quality of carbon nanowalls. Main obstacles these techniques... more
hydrogen by vacuum annealing at 1000ºC (the temperature ensuring dissociation of the hydrides). During heating of the compacted mixture of hydrides (≤ 2 hours), a strong activation of metals occurs due to the... more
It is essential to find new forms of energy generation that reduce the harmful effects of fossil fuels and increase the energy efficiency of the devices used. In this sense, hydrogen-based energy systems are the... more
reactions in liquid phase using dangerous and highly polluting agents such as chlorine and hydrogen peroxide. In addition, these processes produce large quantities of by-products in the reaction. These by-products... more
which can be beneficial in applications where high humidity and temperature are applied or fluctuate.
Therefore, the metal–organic frameworks (MOFs) offered have application potential for gas storage and separation (e.g. hydrogen... more
(subject to waste mix feedstock properties and other conditions):
a. Simple HC gases: Hydrogen (H2), Methane (CH4), Ethane (C2H6), Ethene (C2H4), Propane (C3H8), Propene (C3H6), Butane (C4H10), Butene (C4H8),... more
transference. These supports are used in a wide range of applications, among them, the preferential oxidation of carbon monoxide in hydrogen rich gases (CO-PROX). The CO-PROX is necessary for proper development... more
- air temperature;
- air relative humidity;
- CO2 concentration;
- harmful compounds in air;
- rain amount;
- light intensity;
- wind speed and direction;
- soil temperature and relative humidity;
- soil potential of hydrogen... more
common feedstock in the chemical industry, a mix of carbon monoxide, hydrogen, and smaller amounts of carbon dioxide, oxygen and other gases. Using well known processes, synthetic fuels and polymers can be made.