To achieve sustainable design, material selection, and construction are no different to those required to achieve any other aspect of good design. The process relies on an understanding of the potential environmental issues, to compliment and contextualise what is already known among these professional experts.
Sustainable construction has straightforward aims: to minimise waste on and off site; reuse materials and make use of those reused or recycled; avoid complex components that are difficult to recycle at end of life; and choose construction systems that can be delivered by local operatives by existing or new skill sets.
Design is a holistic process that seeks to create the best solution across a broad range of requirements, which includes social and economic sustainability as well as environmental responsibility. A good designer will always look first at exploiting the opportunities of the site and the client's brief to produce a building which, as far as possible, works passively to minimise energy and resource use. The next step is to incorporate technologies for minimising resource demand that are appropriate to the site, the building occupants’ needs and their capacity to manage and operate them. Also, designing to enable future change of use, easy maintenance, and eventual disassembly and reuse will lengthen the lifespan of a building and minimise its overall impact.
EAUC-Scotland's Sustainable Construction Topic Support Network (TSN) is open to all, providing an opportunity for those working in or with the further and higher education sector to share ideas and questions and to get together to hear from particular speakers or discuss topics of interest.
Moat has worked with the RE:NEW Support Team since 2013, mainly on its Pollards Hill project in the Borough of Merton. We spoke to Caroline to find out how Moat is working...
Like many housing providers Peabody is facing cuts to its domestic retrofit budget. This means demonstrating value for money is now more important than ever and Peabody is...
The RE:NEW Support Team has worked with Family Mosaic since 2014 to overcome the challenges in delivering retrofit initiatives across its London-wide housing stock.
With £180 million to invest in 13,500 homes over five years as part of the Decent Homes programme Tower Hamlets is looking to demonstrate value for money by carrying out...
Ealing Council is investing in energy saving measures to improve SAP ratings and value for money of its investment programme.
Hackney Council has worked with the RE:NEW Support Team for two years and has already replaced over 600 boilers with affected residents’ fuel bills being halved.
The RE:NEW Support Team has developed a comprehensive technical risk toolkit to help protect your investment and minimise the risks associated with retrofit projects.
The RE:NEW framework is designed to help organisations procure energy reduction and generation measures efficiently, effectively and economically.
RE:NEW helps organisations such as London boroughs, housing associations, and universities to implement retrofit projects and alleviate fuel poverty. It is doing this through:...
Read the latest edition of the RE:NEW newsletter and the Support Team blogs.
The RE:NEW Team has completed extensive analysis with Orbit Group to gather evidence on how poor energy performance contributes to wider housing management costs. This report...
The £25 million Biomass Energy Centre & District Heating Network for the University of St Andrews has been celebrated at one of Scotland’s most prestigious...
45 min webinar focusing on how to use staff engagement to increase workplace energy efficiency of
On Tuesday 4th October the Sustainable Construction Topic Support Network met at the University of Edinburgh to discuss current issues and priorities in sustainable construction...
On Tuesday 4th October 2016, representatives of the RICS SKA for HE team presented to the EAUC-Scotland Sustainable Construction TSN as part of their national...
Global modular flooring specialist, Interface, has helped the University of Coventry to create a flexible, open-plan space in its Frederick Lanchester Library.
Extracting carbon savings from our science labs A £1.025 million estate-wide review and upgrade of science laboratory ventilation, covering 252 fume cupboards to...
EAUC Silver Company Member BuroHappold present their case study ''University of Strathclyde Health and Sports Sciences".
Major energy and carbon reduction works at Grade II Listed 1934 -2010 Built Environment – Cambridge University Library This project has successfully demonstrated how...
4C – Co-generation Carbon Climate Care The University has built an energy centre with a combined heat and power (CHP) plant and introduced a range of energy saving...