Technology

Every project Accretion works on is one we believe in and enable to assist the environment. We achieve this by doing or becoming involved with initiatives that help pave the route to having a greener world.

Our Technology

Accretion Uses the most applicable technology to produce hydrogen in the most efficient, cost-effective manner. Includes conventional technologies such as onshore wind as well as cutting edge innovations such as floating wind and our own in house propriety developments.

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Renewables
Accretion brings decades of combined experience in working in the renewable industry. We have strong existing relationships with players in the Wind (offshore/onshore/floating), solar (rooftop/ground mounted) and hydroelectric spaces as well as an extensive record in negotiating green PPAs.
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Electrolysis
Accretion is partnered with several players in the dynamic electrolyser space, complimenting our own in-house development of next generation zero-membrane electrolysers which aim to reach commercialization stage by 2024.
Hydrogen Storage
Hydrogen Storage
Accretion is capable of storing and delivering hydrogen as either a cryogenic liquid or compressed gas based on practicality, efficiency, suitability and preference of off-taker. We are also exploring  novel methods of storage including green methanol, ammonia and LOHCs, particularly for their marine applications as well as our own development of other material-based solutions such as metal hydrides.
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Hydrogen Transport
Accretion will transport hydrogen to the point of use similar to how fuels are transported today, including via tube trailer, reinforced piping or in marine settings via barges which preform bunkering known as Energy Providing Vessels (EPVs), fuelled by their own cargo
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Hydrogen Compression and Dispensing
Accretion is capable of storing and delivering hydrogen as either a cryogenic liquid or compressed gas based on practicality, efficiency, suitability and preference of offtaker. We are also exploring  novel methods of storage including green methanol, ammonia and LOHCs, particularly for their marine applications as well as our own development of other material-based solutions such as metal hydrides