Waste Minimisation and Energy Recycling at Bristol

Business: Carillion Building

Location: Temple Back, Bristol

Date: September 2007

In partnership with: Complete Football

Business Benefits:

Commitment to sustainable construction

Reduction in site waste

Energy saving

Long term cost saving

Community Benefits:

Reduction in waste to landfill

The Carillion Building Project Team at Temple Back in Bristol have used their own initiative in the implementation of innovative ideas to reduce waste and save energy on site.

The project is within the city centre environment of Bristol and comprised construction of a multi storey ‘green’ office development together with an adjacent residential apartment building.

Our Clients for the two buildings are UK & European Developments and Westmark Developments respectively, and the target of the Whole Project Team is to achieve a Building Research Establishment Environmental Assessment Method (BREEAM) rating of ‘Excellent’. The BREEAM process set the project team thinking of ways in which they could reduce waste and save energy during the construction process, and one area of focus was the provision of temporary electrics for the site operations.

The focus was on the lighting required to provide safe access within and around the site.

SOLAR LIGHTING

The office walkway gantry has been fitted with a solar lighting system that provides a satisfactory lighting level adjacent to the site offices during the autumn and winter period.

WIND TURBINE

The site office accommodation is at a high level above the site works and a wind turbine has been installed to the uppermost level. The wind turbine provides electric power into the mains supply and supporting our site temporary lighting system around the site hoarding to provide safe access for both the site operatives and the public.

Both of these ideas will reduce the mains power consumption at site level and support the site team’s ethos of reducing waste during the construction process.

Sustainable Communities
Natural Resource Protection
Climate Change and Energy
Sustainable Consumption and Production

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