T1010 - Decarbonisation Consultant
This sits in the upper-middle of the Engineering & Architecture band — a substantial contract for the sector. Based on 33,646 valued Engineering & Architecture tenders in our corpus.
The University of Essex requires a plan setting out the enhancements required to its built environment, to realise its aspirations and to formalise its journey to net zero scope 1 and 2 carbon emissions by 2035.
The University also wishes to gain clarity what capital will be required to achieve net zero scope 1 and 2 carbon emissions by 2035 and as the estates heating is decarbonised, how the energy mix will alter.
The requirements are split across three parts as follows: • Part 1 - Detailed scoping of buildings across three campuses. • Part 2 - Carbon management/decarbonisation plan. • Part 3 - Energy mix exercise as heating is decarbonised.
The plan through to 2035 should be developed to RIBA Stage 2 concept design only.
Detail within the plan should include the upgrades required to heating systems, hot water systems, windows, loft/wall insolation, BMS and controls, with accurate detail on capital required, power requirements of proposals and energy, revenue and carbon savings resulting from the work and costs to deliver the work.
What the supplier must deliver
The University of Essex requires a plan
The University of Essex requires a plan setting out the enhancements required to its built environment, to realise its aspirations and to formalise its journey to net zero scope 1 and 2 carbon emissions by 2035.
The University also wishes to gain clarity
The University also wishes to gain clarity what capital will be required to achieve net zero scope 1 and 2 carbon emissions by 2035 and as the estates heating is decarbonised, how the energy mix will alter.
The plan through to 2035 should
The plan through to 2035 should be developed to RIBA Stage 2 concept design only.
Detail within the plan should include
Detail within the plan should include the upgrades required to heating systems, hot water systems, windows, loft/wall insolation, BMS and controls, with accurate detail on capital required, power requirements of proposals and energy, revenue and carbon savings resulting from the work and costs to deliver the work.
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