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Heat network techno-economic feasibility study for Culham
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Descriptions
Culham has been designated as the first AI Growth Zone by the UK Government. As part of this, a 100MW data centre is being developed on Culham Campus, with aspirations for up to 500MW of data centres in the longer term. There may also be a further data centre proposed for the adjacent No. 1 site which is allocated for employment use. There is an opportunity to recycle waste heat from large computer systems storing internal data to supply heating for the local community, supplying heat to multiple buildings from a central source. The National Zoning Model does not yet identify this area as a potential heat network zone as the waste heat sources do not yet exist. The timescales for completion of the data centre are uncertain and subject to planning permission, however it is likely to be within the next five years, with an ambitious completion date suggested to be April 2028. Therefore, the council urgently needs to better understand how to capture the opportunities for low carbon heat networks arising from these developments. The South Oxfordshire Local Plan 2035 (adopted December 2020) has allocated: • land adjacent to Culham Campus for construction of 3,500 new homes - this development is a potential end user of the heat network. • A net increase of at least 7.3 hectares of employment land at/adjacent to Culham Campus - this may be a heat supplier or end user depending on the types of commercial development which come forward. A Local Development Order is being developed for the site. A previous heat mapping and energy masterplanning study for Culham was developed in 2017. This proposed three different potential heat network technologies for the site: • gas engine CHP with supplementary backup gas boilers; • centralised biomass boilers with supplementary backup gas boilers; • water source heat pump in River Thames with supplementary backup gas boilers. While the modelling and information in this study remains useful as background information, there have since been significant technological advances and changes to planned development for the site which means that this work would need to be revisited and updated as part of the techno-economic feasibility study. At this stage, the council has not committed to taking forward beyond the techno-economic feasibility study stage. Restrictions associated with local government reorganisation (LGR) will limit this council's ability to progress this project beyond the feasibility stage. However, the feasibility study will put the project in the best possible position for a third party or the successor authority, once established, to decide to progress the scheme. Furthermore, the planning applications for data centres and other nearby development are highly likely to be submitted before LGR is complete in 2028. Therefore, information is needed now so that South Oxfordshire District Council can consider whether planning powers could be utilised to require developments to be designed and constructed to supply or connect to a future heat network, including through the forthcoming Culham Local Development Order. The Council is seeking a single supplier to provide these consultancy services.
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CPV Codes
71314300 - Energy-efficiency consultancy services
71313000 - Environmental engineering consultancy services
71314310 - Heating engineering services for buildings
Keywords
environmental impact consulting
ecological engineering advisory
sustainability engineering
waste management consultancy
water treatment engineering
pollution control consulting
environmental systems design
ecological risk assessment
green infrastructure consulting
environmental planning engineering
energy efficiency consulting
building efficiency audits
energy-saving advice
efficiency retrofit consulting
HVAC optimization
green building consultancy
energy efficiency planning
lifecycle energy analysis
efficiency strategy advisory
retrofit energy guidance
heating system engineering
boiler design services
HVAC heating solutions
central heating design
building heating consultancy
steam system engineering
heating plant design
thermal system design
boiler installation planning
heating infrastructure engineering
Tender Lot Details
2 Tender Lots
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Possible Competitors
1 Possible Competitors
