IHS BRE Press Concrete Usage In The London 2012 Olympic Park and The Olympic and Paralympic Village and Its Embodied Carbon Content FB49

Description
Explore the concrete supply strategy for the Olympic Park and the Olympic and Paralympic Village, including how it reduced embodied carbon emissions of the facilities and infrastructure, and influenced the carbon footprint of the London 2012 Games. Author: S Matthews Publish Date: 9/4/2012 ISBN: 978-1-84806-289-4 Abstract: This publication will be available on or after 24th September 2012 Concrete is widely used in the Olympic Park and Olympic and Paralympic Village. Its specification and use provided an opportunity to reduce embodied carbon emissions involved in the construction of facilities and infrastructure, and to influence the overall carbon footprint of the London 2012 Games. This report sets out the evidence on concrete supply to the Olympic Park and the Olympic and Paralympic Village and the lessons learned from using sustainable concretes, and examines the estimated carbon footprints. Case studies of the Aquatics Centre and the Olympic and Paralympic Village are included.
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Description
Explore the concrete supply strategy for the Olympic Park and the Olympic and Paralympic Village, including how it reduced embodied carbon emissions of the facilities and infrastructure, and influenced the carbon footprint of the London 2012 Games. Author: S Matthews Publish Date: 9/4/2012 ISBN: 978-1-84806-289-4 Abstract: This publication will be available on or after 24th September 2012 Concrete is widely used in the Olympic Park and Olympic and Paralympic Village. Its specification and use provided an opportunity to reduce embodied carbon emissions involved in the construction of facilities and infrastructure, and to influence the overall carbon footprint of the London 2012 Games. This report sets out the evidence on concrete supply to the Olympic Park and the Olympic and Paralympic Village and the lessons learned from using sustainable concretes, and examines the estimated carbon footprints. Case studies of the Aquatics Centre and the Olympic and Paralympic Village are included.
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Concrete Usage In The London 2012 Olympic Park and The Olympic and Paralympic Village and Its Embodied Carbon Content - FB49 - IHS BRE Press
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Concrete Usage In The London 2012 Olympic Park and The Olympic and Paralympic Village and Its Embodied Carbon Content
FB49
Concrete Usage In The London 2012 Olympic Park and The Olympic and Paralympic Village and Its Embodied Carbon Content FB49
Explore the concrete supply strategy for the Olympic Park and the Olympic and Paralympic Village, including how it reduced embodied carbon emissions of the facilities and infrastructure, and influenced the carbon footprint of the London 2012 Games. Author: S Matthews Publish Date: 9/4/2012 ISBN: 978-1-84806-289-4 Abstract: This publication will be available on or after 24th September 2012 Concrete is widely used in the Olympic Park and Olympic and Paralympic Village. Its specification and use provided an opportunity to reduce embodied carbon emissions involved in the construction of facilities and infrastructure, and to influence the overall carbon footprint of the London 2012 Games. This report sets out the evidence on concrete supply to the Olympic Park and the Olympic and Paralympic Village and the lessons learned from using sustainable concretes, and examines the estimated carbon footprints. Case studies of the Aquatics Centre and the Olympic and Paralympic Village are included.

Explore the concrete supply strategy for the Olympic Park and the Olympic and Paralympic Village, including how it reduced embodied carbon emissions of the facilities and infrastructure, and influenced the carbon footprint of the London 2012 Games.

Author: S Matthews

Publish Date: 9/4/2012

ISBN: 978-1-84806-289-4

Abstract:

This publication will be available on or after 24th September 2012

Concrete is widely used in the Olympic Park and Olympic and Paralympic Village. Its specification and use provided an opportunity to reduce embodied carbon emissions involved in the construction of facilities and infrastructure, and to influence the overall carbon footprint of the London 2012 Games. This report sets out the evidence on concrete supply to the Olympic Park and the Olympic and Paralympic Village and the lessons learned from using sustainable concretes, and examines the estimated carbon footprints. Case studies of the Aquatics Centre and the Olympic and Paralympic Village are included.

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CONCRETE USAGE IN THE LONDON 2012 OLYMPIC PARK AND THE OLYMPIC AND PARALYMPIC VILLAGE AND ITS EMBODIED CARBON CONTENT - FB49 - Accuris
Englewood, CO, United States
CONCRETE USAGE IN THE LONDON 2012 OLYMPIC PARK AND THE OLYMPIC AND PARALYMPIC VILLAGE AND ITS EMBODIED CARBON CONTENT
FB49
CONCRETE USAGE IN THE LONDON 2012 OLYMPIC PARK AND THE OLYMPIC AND PARALYMPIC VILLAGE AND ITS EMBODIED CARBON CONTENT FB49
CONCRETE USAGE IN THE LONDON 2012 OLYMPIC PARK AND THE OLYMPIC AND PARALYMPIC VILLAGE AND ITS EMBODIED CARBON CONTENT

CONCRETE USAGE IN THE LONDON 2012 OLYMPIC PARK AND THE OLYMPIC AND PARALYMPIC VILLAGE AND ITS EMBODIED CARBON CONTENT

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Product Number FB49 FB49
Product Name Concrete Usage In The London 2012 Olympic Park and The Olympic and Paralympic Village and Its Embodied Carbon Content CONCRETE USAGE IN THE LONDON 2012 OLYMPIC PARK AND THE OLYMPIC AND PARALYMPIC VILLAGE AND ITS EMBODIED CARBON CONTENT
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