Macquarie JV unveils green hydrogen project in Amsterdam

Macquarie JV unveils green hydrogen project in Amsterdam


The Hydrogen Chemistry Company (HyCC) — a joint venture between Macquarie-owned  Green Investment Group and Dutch chemical player Nobian — is to build 500MW green hydrogen project at the Port of Amsterdam and plans to start operations in 2027. Named H2era, it is the fifth renewable H2 project at a Dutch port to be announced by the company, which was only formed in December 2021.

A first feasibility study has been completed by HyCC and the Port of Amsterdam, and discussions are under way “with various parties to use the hydrogen for the decarbonisation of industries in the region,” the company said in a statement. It added that the project could also supply H2 as a transport fuel, while the plant could be connected to the planned national hydrogen network.

HyCC is also planning to build the 100MW H2ermes green hydrogen facility in conjunction with the Port of Amsterdam and Tata Steel, at the latter’s steel plant in IJmuiden, as well as:

  • The 20MW Djewels 1 facility at the Delfzijl Industrial Park, by the Port of Delfzijl, in conjunction with methanol producer BioMCN, electrode maker DeNora, gas distributor Gasunie, energy consultancy Hinicio, and electrolyser maker McPhy. This project has already received €11m ($11m) of funding from the European Commission’s Clean Hydrogen Joint Undertaking.
  • The 60MW Djewels 2 — a 40MW expansion of Djewels 1.
  • The 250MW H2-Fifty at the Port of Rotterdam, which will provide renewable H2 produced from offshore wind to replace grey hydrogen at BP’s largest European oil refinery.

Dutch ports are fast emerging as one of the most dynamic centres for green hydrogen in Europe, with multiple large projects planned, including the 10GW Shell-led offshore-wind-powered NortH2, the 200MW Holland Hydrogen 1 project — which has already been given the green light by Shell — and the ambitious multifaceted Hydrogen Hub Amsterdam.

The Dutch government plans to build a national hydrogen network that would largely be supplied by green H2 produced or imported at the country’s ports.

For more information visit www.hycc.com

 20th July 2022