Retrofitting the Built Environment

Retrofitting the built environment : an economic and environmental analysis of energy systems
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Forms of organisation, knowledge and action.

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Malmberg , Peter D Maskell More cash-back for people carrying out Green Deal home improvements. The role of regions in low carbon transitions dynamics: Puglia Region", in 9th International Conference…. Revisiting the urban politics of climate change" Environmental Politics.

Domestic UK retrofit challenge: Barriers, incentives and current performance leading into the Green Deal" Energy Policy. Successfully retrofitting buildings to improve energy performance is not simply a technological challenge, it is a complex socio-technical problem that needs to be addressed in a co-ordinated way, utilising skills and knowledge from a range of industrial and academic backgrounds.

Within both the academic and practitioner communities there is a growing understanding of the scale and nature of the problem, one which encompasses issues such as policy and regulation, people and behaviour, supply chain and process, as well as issues of technology. Retrofitting the Built Environment discusses the factors that impact on the retrofit problem, providing a clear analysis of the main issues that the academic and industrial communities must engage with to resolve the problems of domestic energy and retrofit.

Taofeeq Ibn-Mohammed

The book is divided into four broad sections:. Academic and industrial researchers, policy makers and industry practitioners will find each section covers a mix of policy, technical and social science issues, presented by both academic and industry authors, giving a wide and detailed perspective of the issue.

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A socio-technical perspective 36 Will Swan. PART 2 Policy and regulation 53 5 A roadmap to significant reductions in energy use for existing buildings: The long view 55 Stephen Morgan. In the future, legislation on carbon usage, as well as innovative technologies and knowledge, will trigger aggressive emission reductions in buildings, and this will compel installers of retrofit options to consider embodied emissions in order to achieve the best-value retrofit plan.

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This book, in response to the growing environmental importance of retrofit options, describes the development of a powerful decision support system, detailing both theoretical and practical insights, for the evaluation of environmentally and economically optimal retrofit options for non-domestic buildings. The chapters within it discuss engineering, energy, environment and economics in the context of climate change and sustainability, while a methodological framework of a decision support system is used to analyse a range of building energy retrofit options.


The theoretical developments provided in this book can be transferred to other industries beyond the built environment and will be useful to researchers, energy systems engineers, architects, building energy managers, supply chain and procurement managers, sustainability managers and policy makers. He holds a PhD in Energy Systems Engineering and Policy Analysis, which stems from research in engineering, energy, environment and economics in the context of climate change and sustainability.