General representation of Hydrogenera: alkaline electrolysers and turnkey hydrogen systems from 60 kW to 1 MW.
Hydro Future GmbH
New on Amplifa
About Hydro-Future
Hydro Future GmbH, based in Munich, is the general representative of the Bulgarian manufacturer Hydrogenera, which has been developing and producing hydrogen technologies since 2016. The company analyses, plans, installs and maintains hydrogen plants and supports customers in developing and utilising hydrogen fields with green electricity. The focus is on alkaline electrolysers: the 1 MW Z series (210 m³/hr, 456 kg/day, H2 purity up to 99.999%), the E series for on-site production of hydrogen and oxygen, and the modular AEM Z system with an efficiency of over 85%. The value chain covers generation, compression (metal hydride technology), storage, feed-in to gas grids, transport and distribution. Fields of application include industry, power and heating, greenhouses, agriculture, transport, refuelling stations and storage. Hydrogenera has implemented over 90 projects and, since 2021, has also realised international projects in the EU and Asia.
- Processes
- Analysis, planning, installation and maintenance of hydrogen plants, Development and implementation of hydrogen fields with green electricity (engineering support), Supply of hydrogen and oxygen to large plants, medical facilities, transport, Hydrogen generation using alkaline electrolysers (Z series, 1 MW, H2 purity 99.999%,, On-site production of hydrogen and oxygen (E series), Hydrogen compression and storage (metal hydride technology,, Feed-in of hydrogen to gas grids / transport to charging stations and refuelling stations, Hydrogen transport in cylinders or on-site set-up of a production system
- Materials
- Hydrogen, Oxygen, Alkaline Electrolyser Z Series (1 MW), Alkaline Electrolyser E Series, AEM Z Electrolysis Module, Metal Hydride Technology
- Industries
- Power & Heating, Greenhouses, Agriculture, Industry, Fuel/Refuelling Stations, Transport
- 01
Analysis and planning of the hydrogen plant
- 02
Electrolytic hydrogen generation (Z series, E series, AEM Z)
- 03
Compression and storage (metal hydride technology)
- 04
Feed-in to gas grids or transport in cylinders
- 05
On-site assembly and integration
- 06
Maintenance and service
Hydrogen and Processes
Alkaline Electrolyser Z Series (1 MW)
Large-scale hydrogen production with 210 m³/hr, 456 kg/day and H2 purity up to 99.999% at 0.45 bar operating pressure.
Alkaline Electrolyser E Series
On-site production of hydrogen and oxygen to reduce transport and storage requirements, with up to 30% relative efficiency increase when fed into combustion processes.
AEM Z Electrolysis Module
Atmospheric alkaline module with power consumption of up to 6 kW/h, dynamic load operation (0–100%) and 99.999% H2 purity.
Metal Hydride Technology
Technology in use since 2022 for hydrogen storage and compression; a metal hydride hydrogen compressor is under design.
Locations
Sales/General representation Hydrogenera
- Materials
- Hydrogen, Oxygen
Systems and Components
Inside the production
Industries
Processes & technical limits
| Processes | Tolerance | Max. part | Weight | Lot size | Materials |
|---|---|---|---|---|---|
| Analysis, planning, installation and maintenance of hydrogen plantsAssembly | – | – | – | – | Hydrogen, Oxygen |
| Development and implementation of hydrogen fields with green electricity (engineering support)Engineering | – | – | – | – | – |
| Supply of hydrogen and oxygen to large plants, medical facilities, transportEngineering | – | – | – | – | Hydrogen, Oxygen |
| Hydrogen generation using alkaline electrolysers (Z series, 1 MW, H2 purity 99.999%,Engineering | – | – | – | – | Hydrogen, Oxygen |
| On-site production of hydrogen and oxygen (E series)Engineering | – | – | – | – | Hydrogen, Oxygen |
| Hydrogen compression and storage (metal hydride technology,Engineering | – | – | – | – | Hydrogen |
| Feed-in of hydrogen to gas grids / transport to charging stations and refuelling stationsEngineering | – | – | – | – | Hydrogen |
| Hydrogen transport in cylinders or on-site set-up of a production systemAssembly | – | – | – | – | Hydrogen |
6 Anlagen & Maschinen
| Machine | Manufacturer / model | Quantity | Working area | Year built | Site |
|---|---|---|---|---|---|
| Alkaline Electrolyser Z Series (1 MW) | Hydrogenera Z Series | – | 1 MW | 210 m³/hr | 456 kg/day; H2 purity up to 99.999%; operating pressure 0.45 bar | – | – |
| Alkaline Electrolyser E Series (on-site production) | Hydrogenera E Series | – | – | – | – |
| AEM Z Electrolysis Module (atmospheric alkaline) | Hydrogenera AEM Z | – | Power consumption up to 6 kW/h; water consumption up to 3 litres per hour; operating pressure 0.45 | – | – |
| 60 kW hydrogen system | Hydrogenera | – | 60 kW | 2024 | integrated at Weber and Trace |
| 12-foot container (hydrogen system) | Hydrogenera | 1 | – | 2022 | – |
| Metal hydride hydrogen compressor (design phase) | Hydrogenera | – | – | – | – |
Additional services
Reference customers
History
- 2016
Founding of Hydrogenera; production and management in Sofia, Bulgaria
- 2017
First prototype of a hydrogen system based on an alkaline electrolyser; development of a custom electronic control unit
- 2018
Optimisation and increase of overall efficiency to > 85%
- 2019
First prototype of a combustion engine running entirely on hydrogen; first installed hydrogen system
- 2020
33 completed projects; membership in Hydrogen Global (World Energy Council) and the European Clean Hydrogen Alliance
- 2021
First international projects in the EU and Asia
- 2022
Completion of the first equity financing; acquisition of metal hydride technology; doubling of production capacity; installation of the first 12-foot containers
- 2023
Completion of the design phase of the 1 MW Z series electrolyser; testing in an accredited laboratory; financing via EBRD and the National Innovation Fund; letter of intent with Messer
- 2024
Testing of emission-free BoP; 1 MW system tested under real conditions; 60 kW systems integrated at Weber and Trace; system validation by BOCMA; prototype of a VW Caddy TGI running 100% on hydrogen