Students at renowned research university in Edinburgh are set to benefit from sustainability upgrades

Heriot-Watt University is amongst organisations accelerating its net zero journey thanks to Scottish Government funding.

Located in Scotland’s capital city, Heriot-Watt University is a world-renowned university with five campuses in Edinburgh, the Scottish Borders, Orkney, Dubai and Malaysia. As a global university, Heriot-Watt is committed to transforming all facets of operations—from infrastructure to educational practices—to reflect its core values and ethos in addressing the climate crisis through sustainability initiatives. 

The university has been focusing efforts, in part, on demonstrating a successful transition by upgrading its estate.  Recently, the university published its Climate Action Framework outlining the aim to reach net zero emissions by 2035.  Upgrades have largely focused on reducing carbon emissions associated with energy and heating. To progress this target, Heriot-Watt has focussed the pilot project for Lord Home Hall on its Edinburgh campus. The 1990s residence hall provides 190 single rooms and 10 studio rooms, representing 10% of accommodation available for students.

The project is estimated at £1.28 million with the university awarded £1.02 million in grant funding through Scotland’s Public Sector Heat Decarbonisation Fund. We deliver funding for this scheme on behalf of the Scottish Government. 

The project will see an air source heat pump installed to offer zero direct emission heating to the building. Accompanying energy efficiency measures include roof insulation, pipework insulation, shower flow restrictors, building management system upgrades, smart heating controls, and a solar PV installation.

Professor Mercedes Maroto-Valer, deputy principal global sustainability, said: “The Lord Home Hall pilot heat decarbonisation project is an important step in fulfilling our commitments to sustainability and the UN Sustainable Development Goals. 

“The pilot project is aligned with in our Climate Action Framework and reiterates our purpose-driven commitment to becoming net zero. 

“This initiative also illustrates the university’s emphasis on collaboration and partnerships in delivering our sustainability ambitions, and we are very pleased to work with Salix.” 

This initiative also illustrates the university’s emphasis on collaboration and partnerships in delivering our sustainability ambitions, and we are very pleased to work with Salix.

Professor Mercedes Maroto-Valer deputy principal global sustainability Heriot-Watt University

Given the similar construction and age to other buildings and halls of residences across the university, staff plan to use lessons learned, challenges and opportunities across the works to inform campus heat decarbonisation master planning and potential model replication.

As well as acting as a pilot scheme, the project itself closely integrates with the university’s research, teaching and skills development with green, clean heating technologies.  The net zero transition is included amongst subjects taught at the university, including the MSc in global sustainability engineering, as well as its iNetZ+ global research institute. 

Lynda Johnstone, university global director of estates and facilities, said: "The pilot heat decarbonisation project at Lord Home Hall represents a significant step towards enhancing our sustainability efforts at Heriot-Watt University. 

“This initiative will foster community engagement and further strengthen our research and education in green heat technologies. 

“With the potential for this model to be replicated across our campus buildings, we are setting a path towards a more sustainable future, crucial for achieving our net zero goals." 

This initiative will foster community engagement and further strengthen our research and education in green heat technologies.

Lynda Johnstone global director of estates and facilities Heriot-Watt University

In addition to the reducing carbon emissions, once complete, the university anticipates the project will reduce its annual energy bills by £17,120. 

Colin Smith, university head of facilities management, said: "We anticipate an annual reduction of approximately 155-160 tCO2e, which will improve as our electricity grid continues to decarbonise. This aligns perfectly with our long-term vision for transitioning from fossil fuel heating systems.

“The support from Scotland’s Public Sector Heat Decarbonisation Fund is instrumental in making this project a reality, allowing us to transform Lord Home Hall's outdated fossil fuel infrastructure into a cutting-edge heat pump installation.”

The support from Scotland’s Public Sector Heat Decarbonisation Fund is instrumental in making this project a reality, allowing us to transform Lord Home Hall's outdated fossil fuel infrastructure into a cutting-edge heat pump installation.

Colin Smith head of facilities management Heriot-Watt University

For example, 158.90 tonne reduction in annual emissions is equivalent to the average yearly emissions of 25 UK households or carbon absorption capability of 7,223 trees*.

If achieved, a carbon reduction of the level anticipated would displace an estimated three per cent of the university’s total natural gas use at its Edinburgh campus, making a significant contribution to its carbon reduction targets.

The grant-funded works also build upon previous energy efficiency projects completed through the Scotland Recycling Fund. Energy efficiency upgrades support a building to reduce its overall energy demand when performing the same task and achieving the same result.

Chris Cain, our programme coordinator who is working with the university, said: “It’s been a pleasure to work with the passionate people at Heriot-Watt University from project development and now as the project progresses towards completion.

“By next winter, residents at Lord Home Hall can expect a warmer, more comfortable living environment that has a significantly reduced impact on the planet.”

 

About Scotland’s Public Sector Heat Decarbonisation Fund

Launched in July 2023, Scotland’s Public Sector Heat Decarbonisation Fund made grant funding available from Scottish Government for projects to decarbonise heating systems by replacing them with zero direct emissions systems. 

It also includes funding for retrofit energy efficiency measures to support the overall decarbonisation of heat in buildings. 

The scheme will deliver funding to successful applicants for projects due to complete by the end of financial year 2024/25. 

By next winter, residents at Lord Home Hall can expect a warmer, more comfortable living environment that has a significantly reduced impact on the planet.

Chris Cain programme coordinator Salix

About Scotland’s Public Sector Heat Decarbonisation Fund

Launched in July 2023, Scotland’s Public Sector Heat Decarbonisation Fund made grant funding available from Scottish Government for projects to decarbonise heating systems by replacing them with zero direct emissions systems. 

It also includes funding for retrofit energy efficiency measures to support the overall decarbonisation of heat in buildings. 

The scheme will deliver funding to successful applicants for projects due to complete by the end of financial year 2024/25. 

 

About the Scotland Recycling Fund

The Scotland Recycling Fund is a loan-based, ring-fenced fund, created with capital provided on behalf of the Scottish Government through Salix, and matched by the public sector organisation. It encourages organisations to re-invest financial savings that result from projects into further decarbonisation and energy efficiency projects, thus operating in a cyclic “recycled” manner.

 

*Carbon calculations have been generated through a tool created by our carbon and technical experts here at Salix. The intention is to provide carbon savings estimates to aid with a common understanding of emission data and statistics. These estimates are approximate; it is not recommended to use this tool for formal carbon emissions analysis. The tool uses UK government conversion factors alongside emissions estimates sourced from various studies, but it is possible a margin of error may exist. For more information about the formulas and methodology used in this tool, please contact us at [email protected]. E&OE.