Alex Best, explains how with the recent purchase of two 2G Energy CHP units which could switch to running on hydrogen in the future, the Trust is aiming to play its part in the NHS reaching its zero carbon emission targets.
Alex Best, Head of Capital at Hull University Teaching Hospitals NHS Trust, explains how – with the recent purchase of two 2G Energy CHP units which could switch to running on hydrogen in the future, and a further such system set for installation later this year – the Trust is aiming to play its part in the NHS reaching its zero carbon emission targets, as well as looking to save money on its electricity importation.
When Hull University Teaching Hospitals NHS Trust was looking into an energy solution for onsite generation, the two key objectives were a solution that would address our ambitious zero carbon targets, which met and surpassed the Energy Roadmap for achieving Zero Carbon Emissions 2050, and one that would save considerable revenue costs for importing electricity. Given the economic lifespan of combined heat and power (CHP), we also wanted a solution that would lead us into the future, with an environmentally friendly perspective, based upon a wise investment, and an adaptable solution for the forthcoming years. Through the competitive tender process, we sought a company which could provide such an energy solution, and which would also take an innovative and flexible approach to our requirements and ideas; 2G Energy fitted the brief perfectly.
2G Energy is a leading manufacturer of decentralised energy generation systems that harness combined heat and power (CHP), and are deployed throughout the world. With its experience and quality products, we were confident the company could deliver our energy needs.
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