This book focuses on the problems facing the public and private sectors and the engineering and scientific communities in terms of the decrease of available new land for development purposes. Given the economic and social benefits of brownfields redevelopment, there is a need for guidance on processes that ensure the acceptability and therefore viability of such redevelopment. The preparation of the guidance requires further research as well as the sharing of information, lessons and experience among experts in this field. Featuring papers from the Third International Conference on Prevention, Assessment, Rehabilitation and Development of Brownfield Sites, the text will be vital to practitioners and businessmen in industry and commerce as well as those in research organisations interested in the problems facing the prevention, assessment, rehabilitation and development of brownfields. The papers published in the book are grouped into the following sections: Development Issues; Environmental Assessment; Risk Assessment and Management; Cleanup Methodologies; Case Studies; Community and Public Involvement; Lessons from the Field; Modelling and Assessment; Monitoring of Contaminated Sites.

In urban planning, a brownfield is a former industrial or commercial site where environmental contamination hinders development. They exist in almost every community--there is probably one in your neighborhood--and state or federal resources can be used to facilitate assessment, cleanup and reuse. Drawing on a range of local and international experiences, this collection of essays focuses on cases where citizens, nonprofits, developers, cities, and state and federal agencies overcame challenges and mitigated risks to redevelop brownfields using leading-edge practices and simple innovations. The Covid-19 pandemic and mass civil unrest of 2020 underscores the importance of health and social justice considerations in future development initiatives.

The environmental legacy of past industrial and agricultural development can simultaneously pose serious threats to human health and impede reuse of contaminated land. The urban landscape around the world is littered with sites contaminated with a variety of toxins produced by past use. Both public and private sector actors are often reluctant to make significant investments in properties that simultaneously pose significant potential human health issues, and may demand complex and very expensive cleanups. The chapters in this volume recognize that land and water contamination are now almost universally acknowledged to be key social, economic, and political issues. How multiple societies have attempted to craft and implement public policy to deal with these issues provides the central focus of the book. The volume is unique in that it provides a global comparative perspective on brownfield policy and examples of its use in a variety of countries.

Sustainable Brownfield Regeneration presents a comprehensive account of UK policies, processes and practices in brownfield regeneration and takes an integrated and theoretically-grounded approach to highlight best practice. Brownfield regeneration has become a major policy driver in developed countries. It is estimated that there are 64,000 hectares of brownfield land in England, much of which presents severe environmental challenges and lies alongside some of the most deprived communities in the country. Bringing such land back into active use has taken on a new urgency among policymakers, developers and other stakeholders in the development process. Frequently, however, policy thinking and practice has been underpinned by ‘silo’ mentalities, in which integrated and multidisciplinary approaches to problem-solving have been limited. The book has two principal aims. The first is to examine the ways in which science and social science research disciplines can be brought together to help solve important brownfield regeneration issues, with a focus on the UK. The second is to assess the efficiency and effectiveness of different types of regeneration policy and practice, and to show how ‘liveable spaces’ can be produced from ‘problem places’. The Thames Gateway in the south of England and Greater Manchester in the North of England are shown as examples of how brownfield regeneration projects are developing in an era where sustainability is high on the policy agenda. From the Foreword by Paul Syms, National Brownfield Advisor, English Partnerships: ‘Ensuring the effective and efficient reuse of brownfield land is an essential part of the British Government’s land use policies in support of sustainable communities. [This book] recognises that reusing brownfield land is not just about over-coming technical issues to remove contamination or other physical problems with the ground. It highlights the importance of engaging with the many different stakeholders whose opinions and concerns need to be taken into account if sustainable outcomes are to be achieved. The authors also recognise that brownfield land reuse is not just about building new homes or places of employment – the creation of new green spaces can be just as important.’

Committee Print (110-149), 43-306 and (110-150), 43-407. July 2008. Title of V. 2 reads: Compilation of Water Resources and Related Laws. This two-volume compilation includes information on Selected Water Pollution Control, Environmental Protection, Water Resources, and Related Laws. It includes many additional water pollution control, environmental protection, and water resources development laws, including the Water Resources Development Acts of 1999, 2000, and 2007, the Estuaries and Clean Waters Act of 2000, the Great Lakes Legacy Act of 2002, the Beaches Environmental Assessment and Coastal Health Act of 2000, and the Small Business Liability Relief and Brownfields Revitalization Act. The compilation includes the laws within the jurisdiction of the Subcommittee on Water Resources and Environment, which covers all aspects of national water resources planning, development, conservation, and management, water pollution control and prevention, water infrastructure, environmental protection, and hazardous waste cleanup.