We declared a climate emergency in September 2019, recognising the scientific consensus that we only have until 2030 to deliver deep cuts in carbon emissions to avert the most serious consequences of climate change.
Through our teaching, research, campus management and partnerships, we will do all within our means to tackle the causes and consequences of climate change.
We will reduce our carbon emissions to zero by 2045, including indirect (Scope 3) emissions. Our ARU Climate Positive Plan (PDF) details how we will achieve this.
By 2026 all of our electricity will be obtained from zero carbon sources, and we will have improved the energy efficiency of our estate by at least 10%.
Our Scope 1 and 2 carbon emissions result from the energy we use to power, heat and light our campuses and operate our small vehicle fleet.
Our Scope 3 carbon emissions result from activities up and down our value chain, such as the production of goods and services we buy, the transport of people and materials to our campuses, as well as travel that staff and students need to complete for their work.
We have 142 kW, or about 1,420 square metres, of solar panels installed on our buildings, which prevents 13 tonnes of carbon dioxide from entering the atmosphere each year.
All of the electricity we purchase is 100% zero-carbon and since October 2019, 20% of our baseload electricity has come from windfarms in Scotland and Wales through an innovative Power Purchase Agreement. The remainder of our electricity is sourced from UK nuclear power stations.
We have also established an Energy Performance Contract to deliver a range of energy saving measures across our buildings in several phases.
In 2018 we signed the Fossil Fuel Declaration, a partnership between the National Union of Students and People & Planet. By signing the declaration we declare that we have no investments in extractor fossil fuel companies and pledge to remain fossil free in the future.
Cambridgeshire and Essex are two of the driest counties in the UK, receiving less than 450mm of rainfall in some years, classifying them as "semi-arid", which is less than the average annual rainfall in Jerusalem or Beirut.
Saving water reduces the stress on our natural environment, particularly rivers and wetlands, and reduces the carbon emissions associated with the energy needed to treat and transport water and sewage.
We have installed automatic meter readers on our main water supplies enabling us to closely monitor our consumption and identify any potential leaks or changes in performance.
We also have high standards for our new buildings or refurbishment projects which require water efficient fittings, while our Mediterranean Garden in Chelmsford (left) illustrates how we are incorporating water efficiency within our grounds maintenance activities.
Help minimise water waste on campus by reporting any leaks or dripping taps to our Estates & Facilities Helpdesk.
Sign up to ARUgreen to learn more about energy, water and climate change through regular webinars, monthly challenges and earn rewards for adopting simple behaviour changes.
While Estates and Facilities have many measures and procedures in place to save energy in our buildings, we can all do our bit by following the tips from the Carbon Trust below.