Donald McIntyre Library – Heat Decarbonisation for the University of Cambridge

Client: University of Cambridge 
Services: Heat Decarbonisation | MEP Assessment | Energy Strategy
Architect: AMA Architects

Overview

QODA is working with the University of Cambridge under the Minor Works Framework to deliver a heat decarbonisation strategy for the Donald McIntyre Library Building. This project forms part of the University’s wider carbon reduction programme, aiming to replace fossil fuel-based systems with low-carbon alternatives.

Project vision
The objective is to significantly reduce operational carbon emissions by replacing the existing life-expired boiler installation with a new Air Source Heat Pump (ASHP) system, while maintaining comfort and functionality for building users. 

Key features

ASHP Integration:

Replacement of gas-fired boilers with a low-carbon heat pump system. 

System Compatibility:

Full assessment of existing heating infrastructure for low-temperature operation. 

Hot Water Upgrades:

Replacement of hot water generators to ensure compatibility with the new system. 

Electrical & Acoustic Considerations: 

  • Upgrading electrical supply to support additional ASHP load. 
  • Addressing noise impact of external plant to meet planning and environmental requirements. 

QODA’s role

QODA’s role involved conducting a detailed technical assessment of the existing heating systems to identify necessary upgrades and ensure compatibility with low-carbon technologies. We worked closely with AMA Architects, the University of Cambridge Estates Division, and other technical partners to coordinate design solutions that aligned with the project’s sustainability goals.
Our team delivered a future-proofed heating strategy that supports long-term carbon reduction targets while maintaining operational resilience and comfort for building users.

Impact

This project demonstrates how targeted interventions can deliver significant carbon savings within existing building stock. By replacing fossil fuel systems with renewable heat technologies, the University of Cambridge is taking a major step toward its sustainability commitments. 

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