In a joint initiative, px Group, HiiROC and Associated British Ports(ABP) will collaborate on the development of a low-carbon hydrogen plant at the Saltend Chemical Park in the United Kingdom.
A technology that promotes hydrogen production
The plant will use the thermal plasma electrolysis system developed by HiiROC, with the ability to produce hydrogen without direct CO₂ emissions. This method consumes less electrical energy, which reduces operating costs and improves the commercial viability of clean hydrogen.
[post_relacionado]In its initial phase, the plant will produce 10 tons of low-carbon hydrogen per day. low-carbon hydrogen per day, withThe plant is designed to be integrated with ABP’s logistics infrastructure in the region, which will facilitate efficient distribution. It is also designed to integrate with ABP’ s logistics infrastructure in the region, which will facilitate efficient distribution.
Saltend Chemicals Park is at the heart of the UK’s energy transition, and this collaboration with HiiROC and ABP is a powerful example of how we can unlock innovation to deliver real, scalable impact.
By combining our operational expertise with HiiROC’s innovative technology and ABP’s strategic infrastructure, we are enabling a new era of low-carbon hydrogen production that supports industry, jobs and Net Zero goals.
Geoff Holmes, managing director of px Group.
The strategy aims to supply clean energy to industry, and strengthen a regional hydrogen value chain, supporting the UK’s Net Zero targets. This project represents a replicable model for other industrial regions with similar needs.
The Saltend Chemical Park is consolidating its position as a hub for the development of the hydrogen economy. In addition, its strategic location and its connection to ports and industrial networks allow for the rapid implementation of low-carbon solutions.
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