Hydrogen Energy Equipment Supplied In Europe

EM: The most extensive range on the market; EM Burners. Burners for all types of liquid and gas fuels. The standard range includes burners for traditional fuels, such as gas-oil, natural gas and LPG, fuel oil and combined burners for gas-gas-oil and gas-fuel oil. We also cater for special arrangements for the combustion of biogases, recycled oils and other types of alternative fuels as ...

JBD Burners. Latest generation of industrial burners for all types of liquid and gas fuels. The standard range includes burners for traditional fuels such as gas-oil, natural gas and LPG, fuel oil and combined burners for gas-gas-oil and gas-fuel oil. We also cater for special arrangements for the combustion of biogases, recycled oils and other types of alternative fuels such as hydrogen. ...

Bipolar plates a crucial component in the manufacture of fuel cells. Bipolar plates are used to make connections across the surface of one cathode and the anode of the next cell. Bipolar plates also serve as a means of feeding hydrogen to the anode and oxygen to the cathode. ...

AEROSTAKs are super lightweight hydrogen energy conversion devices that include a special grade PEM fuel cell stack, aerospace-grade control electronics, lightweight casings with integrated air cooling fans and a hybrid LiPo-compatible hybrid electronic board. See below for our different product ...

AEROSTAKs are super lightweight hydrogen energy conversion devices that include a special grade PEM fuel cell stack, aerospace-grade control electronics, lightweight casings with integrated air cooling fans and a hybrid LiPo-compatible hybrid electronic board. See below for our different product ...

In the VONEN H2-MHS hydrogen is not stored in gaseous form, but is adsorbed into a metal hydride’s crystal structure. The energy densities that can be achieved using the VONEN metal hydride are high. Another advantage of using VONEN metal hydride is the low storage pressure, just 2-4 bar depending on the temperature and the amount of hydrogen that the storage unit ...

Sunfire’s high temperature, solid oxide cell electrolyzer is the superior electrolysis solution for industrial applications when steam is available. Running at 850 °C, our SOEC utilizes industrial off-heat to process water steam to hydrogen at highest conversion efficiencies. The electrolyzer follows a modular system design. One system produces 750 Nm³/h hydrogen with a power ...

We provide mass manufactured planar, solid oxide electrode-supported cells (SOC) operating at 600-800°C. Elcogen cells are the market’s most efficient solid oxide technology, suitable for fuel cell and electrolysis operation. Cells can be incorporated into third party stacks for commercial applications, including heat and power generation, green hydrogen production, renewable ...

Whether you are building a CHP system or off-grid genset, the elcoStack provides the highest efficiency power generation. Your system can run on e.g. biogas or natural gas today and on hydrogen in the future, providing low OPEX and protecting your investment. ...

MOFs are an exciting new platform material creating value for a diverse range of applications. Lean on our unrivalled and fully Integrated product development process to realise their potential. We fuse our decade of MOF know-how, patented processes, and rich engineering skills to forge a path from problem to product. Work with our experts, to identify, produce, shape, scale, test, and ...

The Ecoport is based on a patented methanol fuel cell technology and is designed as a fully automatic battery charger. With 500 W of power, a single Ecoport 800 provides up to 12 kWh of energy per day. In emergency power applications, the fuel cell continuously supplies up to 800W of electrical energy. Since the consumer is connected directly to the battery, load peaks above 800W can be ...

Cerium/Zirconium bi-oxide composite nanofibrous powder is a very interesting kind of ceramic material produced by industrial production technology operated by Pardam, s. r. o. in the Czech Republic. This material is fully comprised of ceramic basis of cerium/zirconium bi-oxide composite nanofibers with minor amount of porous particles of the same material. Cerium/zirconium bi-oxide have attracted ...

MOBILE AND STATIONARY PLANTS FOR ZERO EMISSION RECYCLING AND DISPOSAL OF HOUSEHOLD AND HAZARDOUS WASTE WITH THE FURTHER ELECTRICITY GENERATION. The hydrogen plasma incinerator is an innovative plasma-chemical station mobile or stationary system for utilization and neutralization of household, industrial and organic, chemically hazardous, medical and biological waste of high hazard classes with ...

When efficiency, compactness, and cost-effectiveness are paramount in your quest for a hydrogen purification solution for small capacity generation systems, look no further than the revolutionary H-3300 with its innovative rotary bed design. This cutting-edge system excels at producing high-purity hydrogen from reformate and off-gas streams more efficiently and swiftly than any competing product ...

When you need advanced hydrogen purification capabilities in a tight space, the H-3200 delivers. Best of breed in its capacity range, the system upgrades reformate and off-gas streams to high-purity hydrogen with maximum efficiency and minimal pressure drop, while occupying a fraction of the footprint of conventional systems. Used in installations world-wide, the H-3200 has earned a reputation ...

The Swindon Plant is the first facility in the world to convert household waste into grid-quality biomethane. ABSL is the owner, developer and technical lead for the ...

No more waste: Enerpy processes waste that nobody else processes or recycles. No more toxic, CO2 emitting export, landfills and incineration. Zero emission: Enerpy processing is emission free. Zero CO2 emission. The future clean processing ovens are heated by solar, wind and hydrogen. Energy transition: Enerpy transforms waste into high value syngas, pyrolyses oil and carbon for circular ...

The Hysep® 108 module is the smallest module currently offered in the Hysep® product line and consists of a single-membrane unit with a total area of 0.04 m2. It is especially suited for a first assessment of performance of TNO’s thin film palladium membranes under the specific conditions (compositions, pressures, temperatures) of interest to your application. ...

The Hysep® 308 has a multi tube design and is especially suited for those who want to test TNO’s thin-film palladium membrane performance at somewhat larger flows and it allows verification of the multi-tube concept. With 0.1 m2 membrane area it represents the first step of scaling-up toward multi-tube systems. ...

The Hysep® 1308 module is the largest module currently offered in the Hysep® product line and consists of a 13-tube membrane unit with a total area of ~0.5 m2. It is especially suited for to verify both TNO’s thin-film palladium membrane performance and module designs at larger hydrogen fluxes. ...