We develop
and manufacture
state-of-the-art
water
electrolyzers
Exion HyGGe® 100A electrolyzer
Exion A50 Cell Stack
Exion HyGGe™ 100A
We have developed a completely new water electrolysis system including a newly designed cell stack
| Technology | Alkaline Water Electrolyzer |
| Output Pressure | 30barg |
| Flow | 100Nm³/h using 2 Exion A50 stacks |
| Hydrogen Purity | 5.0(99.999%) |
| Energy Consumption | 500kW |
| Housing | 40ft HighCube container |
| Commercial Availability | Q4 2023 |
Target Market:
Industrial, energy and Transport applications up to 3MW projects (0,5MW blocks)
Industrial, energy and Transport applications up to 3MW projects (0,5MW blocks)
Markets
Our products will help to reduce emissions in different sectors
Industry
Ammonia
Refineries
Petrochemical industry
Metallurgy
Food & Oil
Refineries
Petrochemical industry
Metallurgy
Food & Oil
Energy
Storage of intermittend RE Production
Energy storage & transport
Hydrogen gas replacing Natural gas
Hydrogen gas replacing electrons
Grid balancing services
Energy storage & transport
Hydrogen gas replacing Natural gas
Hydrogen gas replacing electrons
Grid balancing services
Transport
Road HDV & LDV
Rail
Water
Air
Rail
Water
Air
Hydrogen (H2) is used in several industries as a process gas. Examples are:
Flat Glass Manufacturing
H2 to create a reducing atmosphere to avoid oxidation damages to the amorph glass.
Edible Oils
Hydrogenation and refining of edible oils need pure H2.
Metallurgy
Different treatments of metals e.g. in sintering processes or creation of a reducing atmosphere in annealing furnaces.
Electronics
Ultra high purity H2 is needed for the production of semiconductors/wafers H2 is also used in the production process of solar panels.
Power Plants
Larger power plants use Hydrogen as a cooling medium for generators.
Chemical Industry
H2 is used for different purposes in different industries, e.g. for purification of gases, desulferisation, reducing environments etc. From small to very large volumes.
H2 to create a reducing atmosphere to avoid oxidation damages to the amorph glass.
Edible Oils
Hydrogenation and refining of edible oils need pure H2.
Metallurgy
Different treatments of metals e.g. in sintering processes or creation of a reducing atmosphere in annealing furnaces.
Electronics
Ultra high purity H2 is needed for the production of semiconductors/wafers H2 is also used in the production process of solar panels.
Power Plants
Larger power plants use Hydrogen as a cooling medium for generators.
Chemical Industry
H2 is used for different purposes in different industries, e.g. for purification of gases, desulferisation, reducing environments etc. From small to very large volumes.
Being an energy carrier, Hydrogen (H2) can be used to replace electrons by molecules for several reasons:
- Easier storage of intermittent Renewable Energy (RE)
- Storage and transport of energy in vessels and through pipelines instead of batteries and wires
- Replace natural gas by H2 – as well on an industrial level as in the built environment – as a basic energy supplier
- Currently trials are ongoing in large industrial plants (glass, ammonia & steel production plants and refineries) to test the replacement of natural gas by renewable H2
- Intermittent RE sources cause peaks & dips in the electricity supply. H2 production and usage can help cope with these problems and support the grid by balancing the demand/supply and thus avoid curtailment.
In Transport, Hydrogen (H2) is already used in all kinds of applications:
- As well for ICE as for FC applications
- For personal road transport – cars
- For professional road transport – trucks & buses
- On small and large vessels/boats, as well FC as ICE – Also ammonia being tested
- Trains: as well Alstom as Siemens have released FCE trains
- First planes are flying – Airbus is pushing
- Small vehicles: FCE bikes and motor bikes, drones, …