Cranfield University - case study 

Halving the carbon footprint of postgraduate education

Case study: October 2009

Cranfield University has set itself the ambitious target of reducing its CO2 emissions by 50% by 2014 as a result of joining the Carbon Trust Higher Education Carbon Management (HECM) service. Through a five-year carbon management plan, the post-graduate university aims to save a total of 8,000 tonnes of CO2, while cutting energy costs by £1.1 million a year.
 
The opportunity to be part of the Higher Education Carbon Management programme, to talk to other people implementing similar projects, and to have fixed targets and deadlines has been invaluable.

Professor William Stephens, Change Programme Director, Cranfield University

The business case

Spurred into action by rising energy prices, and given its history of helping industry reduce energy use through research and development, Cranfield joined the programme in February, 2009. The university plans to invest £3.3 million in energy saving projects – including £250,000 from a Salix loan – and expects a return on that investment in just three years. By the end of 2010, it expects to have completed 65% of projects, saved £695,000 and reduced CO2 emissions by 4,500 tonnes.

The approach

The largest project will be the introduction of a combined heat and power system, which should save almost £250,000 and 1,500 tonnes of CO2 a year. Installing T5 fluorescent tubes will save a further £17,000 and 142 tonnes of CO2 a year.

The University has consolidated two campuses into one – considerably reducing energy consumption – and built new student accommodation, which uses solar power to provide hot water for laundry. And it has appointed a full-time Energy Manager and Green Champions for each school, department and building.

Based in Bedfordshire, Cranfield has 3,300 students and specialises in science, technology and management.


Find out more about support and services available for higher education institutions to reduce energy costs and cut emissions.



 
 
 

Carbon saving
Annual saving of 4,500 CO2 Tonnes

Money saving
Cost savings of £695,000 a year

Location
Cranfield, Bedfordshire, UK
Energy Management
Energy Management
 
Academics
Academics
 
Large
Large
 
 
 
 
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