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Equipment catalogOne Reactor
Hydrogenious LOHC Technologies

One Reactor

One Reactor – Leveraging the potential of LOHC as storage medium

HydrogenLOHC dehydrogenation unit
One Reactor by Hydrogenious LOHC Technologies
Hydrogen release capacity
0.3t/d

Characteristics

1 of 4 fields · all sourced · retrieved 2026-10-23
Hydrogen release capacity
0.3t/d

Project One Reactor is a medium-scale facility based on Hydrogenious' proprietary LOHC technology, built within the Living Lab Energy Campus at Forschungszentrum Jülich. It uses one single reactor to handle both the storage of hydrogen in LOHC and its release from loaded LOHC, with a hydrogen storage and release capacity of approximately up to 300 kg per day. Hydrogen produced by an electrolyzer from surplus renewable energy is stored in LOHC without losses over time, then released when renewable energy is scarce to supply the adjacent combined heat and power (CHP) plant, covering approximately five percent of its annual fuel requirement. The project couples electricity, chemical energy and heat: waste heat from the storage process feeds the campus district heating network, while the heat required for hydrogen release is sourced from the CHP plant's exhaust gas.

Manufacturer datasheet (8)

Hydrogen storage capacity
100,000kg per yearkg/yr
Commissioning
In progress
Planned debut
Set to debut in 2026
Reactor configuration
one single reactor, handling both the storage of hydrogen in LOHC and its release from loaded LOHC
Heat source for hydrogen release
the heat required for hydrogen release is sourced from the CHP plant’s exhaust gas
Storage waste heat use
Waste heat generated during the storage process is efficiently utilized to feed the campus district heating network
Share of CHP annual fuel requirement
approximately five percent of the annual fuel requirement (a combination of natural gas and hydrogen)%
Site
Living Lab Energy Campus at Forschungszentrum Jülich