BREEAM for Healthcare - a report for NHS Estates and Facilities Policy

This report considers sustainable healthcare properties and in particular the use of BREEAM for Healthcare 2008 and the options for improving sustainability across the NHS

Domestic UK retrofit challenge: Barriers, incentives and current performance leading into the green deal

Copyright @ 2012 Elsevier - The official published version can be accessed from the link below.This paper reviews the thermal performance of the existing UK housing stock, the main fabric efficiency incentive schemes and the barriers to obtaining deep energy and CO2 savings throughout the stock. The UK faces a major challenge to improve the thermal performance of its existing housing stock. Millions of dwellings possess ‘hard-to-treat’ solid walls and have glazing which is not cost effective to improve. A range of fabric efficiency incentive schemes exist, but many do not target the full range of private and social housing. From now on, the Green Deal will be the UK's key energy efficiency policy. However, the scheme is forecasted to have low consumer appeal and low incentives for investors. Moreover, calculated Green Deal loan repayments will be reliant upon estimated energy savings, yet it is claimed that retrofit measures may only be half as effective as anticipated due to a lack of monitoring, poor quality installation and the increased use of heating following refurbishment. Looking to Germany, there has been success through the Passivhaus standard, but the UK currently lacks appropriate skills and cost effective components to replicate this approach. In addition, the embodied energy in retrofit products and materials threatens to counter operational savings.This study is funded by the EPSRC, Brunel University and Buro Happold Ltd

A review of the lighting performance in buildings through energy efficiency

As developing countries including Malaysia, are now moving towards sustainable development is in line with the Ninth Malaysia Plan, 9th MP, the development should be built to meet current and future needs for achieving sustainability of economic development, social and environmental responsibility for the prosperity without compromising the future generations‘ needs. Over the past five years, there has been a move away from constructing new buildings to refurbishing older and historic ones. Thus, the purpose of this paper is to review and evaluate the approach for the refurbishment of lighting as well as the existing energy efficiency policy and measures in Malaysian historical building for the energy efficiency improvement in the future. The paper takes the form of a review of literature. The main sources of this literature research are based on the articles, journals, and internet search. This study perhaps can add to the breadth of knowledge of lighting performance in the historical building from the perspective of energy efficiency. This study offers new and valuable insights to Malaysia in achieving optimum energy efficiency, saving in financial as well as reducing environmental impact.This paper has been presented at 2nd International Conference on Research in Science, Engineering and Technology (ICRSET’2014) March 21-22, 201

Final report : task 4 : waste minimisation in construction

The Regenerating Construction Project for the CRC for Construction Innovation aims to assist in the delivery of demonstrably superior ‘green’ buildings. Components of the project address eco-efficient redesign, achieving a smaller ecological footprint, enhancing indoor environment and minimising waste in design and construction. The refurbishment of Council House 1 for Melbourne City Council provides an opportunity to develop and demonstrate tools that will be of use for commercial building refurbishment generally. It is hoped that the refurbishment will act as an exemplar project to demonstrate environmentally friendly possibilities for office building refurbishment

Examining the impact of housing refurbishment-led regeneration on community sustainability: a study of three Housing Market Renewal areas in England

This thesis investigates whether the regeneration, and in particular, housing refurbishment-led regeneration of deprived urban areas can contribute to the creation of sustainable communities, by looking specifically at the impact of the current Housing Market Renewal Programme on three areas in the North of England. Research has long acknowledged the multifaceted nature of sustainable communities. Evidence has shown how sustainable communities are determined by the complex interdependencies of economic, social, environmental and institutional phenomena and the need to balance these over time. At the same time, the government’s drive to ‘create sustainable communities’ through its prominent and ‘holistic’ Housing Market Renewal Programme has been well publicised. Many studies have challenged what is and what is not a sustainable community, and whether progress towards sustainable communities is currently being made in Housing Market Renewal areas. This study addresses these two issues. First, the thesis seeks to address issues related to framing, defining and evaluating sustainable communities within the context of the built environment. It suggests a framework for doing so which is anchored in the Housing Market Renewal context and draws on the values and understandings of those involved in the ‘making’ of sustainable communities in this context. Second, the framework is applied to three case study Housing Market Renewal areas: Langworthy North in Salford, North Benwell in Newcastle and the Triangles in Wirral. The study involves a survey of approximately 150 residents, semi-structured interviews with over 50 regeneration officials and other stakeholders, and secondary analysis of existing survey data and Census analysis. We find that the proposed framework for assessing sustainable communities is overwhelmingly supported by residents in the three areas and that housing refurbishment-led regeneration has had an overall positive impact on community sustainability in those areas. However, the impact is varied in intensity and scale: all aspects of an area’s physical environment and some economic and social aspects of areas benefit significantly following regeneration, while aspects of local governance, resource use, services and facilities benefit to a lesser degree. We also examine the scale and extent of the Housing Market Renewal Programme and assess how the Programme’s wider challenges impact on local communities. The research concludes by acknowledging that sustainable communities are subject to a continual process of change and that housing refurbishment-led regeneration can contribute to creating more sustainable communities. The thesis also observes that urban intervention, no matter how holistically’ delivered, is only one among many dimensions of sustainable communities; the integration of different policy areas, continued investment and support, and, above all, community empowerment are key to the sustainable communities agenda

SAFE-ICE: research, innovation and business support for a low-carbon economy

The SAFE-ICE Cluster unites 20 partners from the coastal regions adjoining the Channel and the North Sea, of France, England, Belgium and the Netherlands. The mix of partners highlights the group’s triple helix approach to exploring key issues from multiple perspectives with universities, public bodies and private organisations all being represented. The SAFE-ICE Cluster work is set within a backdrop of various European policies and strategies and an evolving market

Integrated smart system for energy audit: methodology and application

Abstract The article describes the design and the application stage of a smart energy audit system, integrated within building, and the methodologies adopted for the detection of malfunctions of the plant. The system is set up as a "black box" consisting of a hardware aimed at logging both energy and environmental parameters and a software for the assessment of building behavior and the management of energy flows. The Energy Signature was chosen as the reference method for the evaluation of the energy performance of building. The system was tested in an existing public office building