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2009

Low Carbon Conversion of Non Domestic Properties Utilising Distributed Natural Gas

Abstract

This project investigates the technical and economic feasibility of converting non-domestic buildings from natural gas to low carbon energy sources, specifically hydrogen and electricity. It aims to address the significant evidence gap around the conversion of commercial and institutional buildings that are currently supplied by the GB gas distribution networks. The study will assess a wide range of building archetypes, including care homes, schools, hospitality venues, and light industrial sites, using a combination of literature review, site surveys, detailed system designs, and technoeconomic modelling. The outputs will inform future energy policy, support infrastructure planning, and help ensure safe and cost-effective deployment of low carbon technologies in non-domestic settings.

This project will generate first-of-its-kind insights into the technical and economic feasibility of low carbon conversion for non-domestic buildings. It will provide new understanding of the infrastructure, equipment, and operational changes required to transition from natural gas to hydrogen or electricity across a wide range of building types. The project will also deliver a novel technoeconomic model that can be applied at the site level, enabling tailored assessments and supporting future policy and investment decisions. The findings will inform updates to industry standards, guide OEM engagement, and support the development of practical decarbonisation strategies for commercial and institutional buildings.

file format pdf download NIA_CAD0129_pea_Non-Domestic_Technoeconomics.pdf
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2025-07-01
2025-08-21
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