Rotterdam-Moerdijk infrastructure projects
In the first Cluster Energy Strategy (CES) Rotterdam-Moerdijk six key projects have been identified that are catalysts for the energy transition in the region and, at the same time, important for the national economy and our country's future earning capacity.
A working group including representatives of Deltalinqs, the Province of Zuid Holland, the Moerdijk Port Authority, Stedin and the Port of Rotterdam Authority (chair) analysed the industry's future energy flows and sustainability plans. In addition, the working group looked at maintaining and, where possible, strengthening the strategic position of Rotterdam-Moerdijk in North-western Europe. This resulted in six projects being selected.
Brief descriptions of the six projects
1 The first project concerns a hydrogen backbone through the port of Rotterdam. The HyTransPort.RTM pipeline integrates local production, the import of large volumes of hydrogen from other parts of the world and transit to the hinterland. In the future, there will be considerable demand for hydrogen in North-western Europe that can only be met by imports. Rotterdam's current strategic role in predominantly fossil flows can soon also be addressed in the new energy system. This project is being developed by Gasunie and the Port of Rotterdam Authority.
2 The second project - Delta Corridor - also has an international dimension as it focuses on strengthening the infrastructure of Rotterdam via Moerdijk/Geertruidenberg to Geleen and the connection to North Rhine-Westphalia. A new pipeline corridor for hydrogen, CO2, LPG, propylene, and possibly also direct current and circular raw materials, facilitates sustainability projects in Moerdijk, Chemelot and in Germany and helps Rotterdam maintain its position as an energy hub for North-western Europe.
3 The third project concerns landing additional power from offshore wind farms (≥ 2 GW) and the plans of grid operators to boost the electricity grid's capacity. This contributes significantly to making green electricity available for the production of green hydrogen and as a basis for, among other things, shore-based power and electrification in the process industry. This also involves expanding capacity in line with the investment plans of grid operators and the vision documents 'A port full of new energy' and the Moerdijk E-Master Plan.
4 The fourth project involves Porthos, the construction of main infrastructure for transporting CO2 and storing it in depleted gas fields under the North Sea. Porthos is crucial for drastically reducing emissions from industry in the short term.
5 WarmtelinQ is the next project on the list. This project, by Gasunie and the Port of Rotterdam Authority, provides a transport pipeline for heat from the port of Rotterdam to homes, offices and greenhouse horticulture in the Zuid Holland region. Heat from the port can replace natural gas as a source of energy and thus facilitate the energy transition in the built-up environment and greenhouse horticulture.
6 Finally, H-vision, the project that aims to develop plants for producing and transporting low-carbon hydrogen that can be used as a fuel, particularly in industry. H-vision is planning three product pipelines for the supply of industrial residual gas that forms the basis for producing, discharging CO2 and transporting the low-carbon hydrogen to customers.