Climate change and finite energy resources have been identified as two of the biggest challenges facing the world today. To tackle these issues in 2020 the university committed to achieving Net Zero by 2030.
Our 2019-2022 Carbon Management Plan highlights the actors, systems and actions needed to help meet our carbon and energy reduction targets. We include all types of emissions: Scope 1 (direct) Scope 2 (indirect from electricity we use) and Scope 3 (from our indirect transport). We report all other Scope 3 emission through the Higher Education Statistical Agency EMR Report. The University’s Heating & Cooling Policy provides information and recommendations to help your comfort throughout the year.
To guide our transition to Net Zero we will be launching our Zero By 30 Carbon Action Plan at the start of the 2021/22 autumn term. This will be supported by our collaboration with Planet Mark who in June 2021 verified our carbon footprint. Consultations have, and will continue to take place, gauging the opinions of our stakeholders to help shape and implement these plans.
Innovations & Infrastructure
Investment will be required in order to make our Net Zero 2030 target a reality. The University is supportive of these decisions, with a number of improvements already made, including:
- 130 waterless urinals throughout campuses, saving 13 million litres of water, the equivalent of 43,000 four minute showers.
- Low flow cisterns, taps and showers are installed in all our new and refurbished buildings.
- £430,000+ was spent in 2021, fitting new innovative sensory heaters in three Avery Hill accommodation blocks that can automatically detect room absence to save energy.
- 150+ solar PV cells installed across Stockwell Street and Avery Hill halls.
- Operational CHP (Combined Heat & Power Plant) at our Medway Campus, running on recycled cooking oil.
If you have an idea for a carbon saving then funds are available to deliver your proposal. Get in touch with us at firstname.lastname@example.org.
Behavioural Change Initiatives
It is not only large-scale investment required however; we all have a responsibility, students and staff in minimising our consumption of utilities and products. A number of initiatives have been established to encourage positive change and reduce our collective environmental impacts.
- Make Your Change is our internal engagement campaign, encouraging students and staff to take small, personal actions from saving energy to buying better.
- Student Switch Off, run by the National Union of Students is our partnered engagement programme for halls, encouraging positive action and competitions to save energy. Our halls carbon emissions use can be viewed in this link.
- End of Term Reuse encourages students to donate unwanted items to local charity. Operating every year, it focuses on waste reduction but also educates on better choice.
- Sustainability Champions are dedicated staff members across the University, helping to drive positive change.
- Action on Carbon at Greenwich was the initial campaign developed following the Carbon Management Plan 2019-2022. It has since been superseded by the above, but gives guidance on possible day to day action.
If you what to get involved, or have a new engagement idea get in touch with us at email@example.com.
Our Carbon Footprint
Planet Mark verified our Carbon Footprint in June 2021, showcasing that the University is accurate, and transparent over our data collection, calculations and analysis. Though submission of differing data sets are required throughout the year, we hold these all together, allowing for accurate viewing and ease of footprint calculations.
Location vs Market Based Electricity Emissions
You may see organisations (including Greenwich) report on either Location-based, Market-based, or both when referring to electricity consumption and carbon emissions. This can cause confusion, as your emissions may significantly drop or increase depending on which you are viewing. Electricity Scope 2 footprints can be calculated in two ways:
Location-based: The location-based method reflects the average emissions intensity of grids on which energy consumption occurs (using mostly grid-average emission factor data).
Market-based: The market-based method reflects
emissions from electricity that companies have purposefully chosen (or their lack of choice), e.g. by using a green or renewable tariff. Tariffs that provide 100% carbon free/renewable electricity mean that there the emission value will drop to zero. The University is on a 100% carbon-free tariff.
Market-based may be seen as a more accurate positive, however for most mandatory reporting (including HESA) location-based is used because there may be some organisations who do not know, or have a lack of choice, making comparisons between them more accurate. Reports should always say which emission factors they are using. Regardless of location or market based values, all electricity consumption will have Transmission and Distribution Loses – Scope 3 emissions – lost through the network in some fashion (technical issues and equipment).
It can be argued that with Market-based factors, if on a 100% renewable tariff the organisation does not need to reduce consumption because emissions are zero. However, reducing the consumption will still save financial cost, and by reducing consumption the organisation is opening up the demand for others to join the tariff that will reduce carbon emissions.
Our Total Footprint
The images below illustrate the contributions of carbon that our activities and operations make. Scope 1 emissions relate to all emissions directly under our control (e.g. diesel used in our vehicle fleet or gas burned in our heating boilers). Scope 2 emissions cover our indirect emissions including electricity bought and used by our organisation. Our Carbon Management Plan, and this analysis is using location-based electricity emission factors. Scope 3 covers all other indirect emissions occurring from sources that are not our own (business travel, procurement, waste, water). This information is reported to our Sustainability Management Board.
Planet Mark’s Certification Report
Forming part of the Business Certification, and assisting the Net Zero 2030 Action Plan, Planet Mark’s Verification Carbon Footprint Report 2020-21 can be viewed here. This report includes both Location and Market-based electricity emission factors.
Whilst this report provides a visually stunning representation of our carbon footprint, it confirms that we our transparent, and accurate in our carbon footprint’ing. With Plant Mark’s support, and with identifying new data sets, our carbon footprint will continue to reflect our total University contribution, and lead to further opportunities in reducing it.
Our Halls of Residence Footprint
The graphs below illustrates the electricity and gas used in our halls calculated readings taken from our electricity and gas meters and the carbon emitted by this energy use. In 2016/7 the carbon dioxide equivalent used in our halls was 8.2% of the total carbon emitted relating to the university’s electricity and gas use.
Students are encouraged to utilise and analyse energy and other data and the detailed energy use figures (including for halls use) are available on request Email firstname.lastname@example.org for information. The reason why carbon emissions spiked in 2014/15 was that we took responsibility for a number of halls including Daniel Defoe. The installation of new technologies is important, however, behavioural change will have an important influence where residents can decide whether they use energy efficiently or waste it.
Using Our Data – Living Lab
We welcome analysis and scrutiny of our data. If you are undertaking research at the University and would like to utilise our data as part of a Living Lab exercise (using data from a real-life example), please get in touch by emailing email@example.com with your request.
Case Study – Graduate Engagement helping Drive Efficiency Improvement
Over the summer of 2018 a graduate, Alex Andrew, worked with the Sustainability Team for three weeks to improve our analysis and management of carbon. This work delivered practical tools that are helping us better target energy efficiency improvements including applying statistical analysis to provide up to date degree day data to help us identify efficiencies in the heating of buildings. Further work focused on utilising GIS to understand student commuting to help out green transport planning. Furthermore Alex applied his academic knowledge to develop a report highlighting the risks of climate change on the functioning and planning of our estate.