| Contents | |
| Section 1 | Case studies |
| Case history of a "brownfields"
site in Wichita, Kansas USA: innovative approaches to groundwater remediation;
Monitoring the effectiveness of remediation: A case study from Homebush
Bay, Sydney, Australia; Redevelopment potential of landfills. A case study
of six New Jersey projects; City of Hopwell, Virginia - learning to deal
with its industrial legacy; Successful redevelopment and risk management
in Emeryville, California; Redevelopment of the former Shell Haven refinery;
Remediation and redevelopment of the former highway maintenance yard, Grande
Prairie, Alberta, Canada; Process of integrating screening and detailed
risk-based modeling analyses to ensure consistent and scientifically defensible
results; The contribution of the reuse of historic naval and airforce sites
to brownfields regeneration: filling in the ‘white holes’; Unusual
aspects of Arsenic distribution, in the area of the industrial district
of Scarlino (Tuscany): problems connected with sulfuric acid production
from pyrite |
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| Section 2 | Community and public involvement |
| Eco-industrial redevelopment of LA brownfields; Strategic communications can enhance brownfields public participation; Involving stakeholders to achieve successful development of brownfield sites; The brownfields cookbook: a redevelopment guide; White book of urban Spanish brownfields | |
| Section 3 | Environmental assessment |
| Public health role in redevelopment efforts; Environmental balancing of brownfield redevelopment; Brownfields contribution in managing urban sprawling and soil consumption in Brescia; Cost-effectiveness in polluted site sampling campaign | |
| Section 4 | Development issues |
| Brownfields development issues; Integrated concept for groundwater remediation INCORE; Smart growth and prosperity; The city of Muskegon Heights, Michigan | |
| Section 5 | Financial and insurance aspects |
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Value creation in the redevelopment of environmentally impaired properties; Economic aspects of polluted soil bioremediation |
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| Section 6 | Risk management |
| Sustainable management of groundwater resources with regard to contaminated land. RTD needs; Identification of subsurface environmental barriers and brownfield development; Proper risk management: The key to successful brownfield development; Fixed price cleanups as useful tools to eliminate risks in brownfields redevelopment | |
| Section 7 | Mutimedia modelling and assessment |
| Integrated decision making for brownfields properties; Multimedia-modeling integration development environment; Database integration in a multimedia-modeling environment; An overview of USEPA’s integrated multi-media, multi-pathway and multi-receptor exposure and risk assessment tool – The 3MRA Model; Army risk assessment modeling system for evaluating health impacts associated with exposure to chemicals; A flexible object-oriented software framework for developing complex multimedia simulations; Fugacity framework: web access and implementation for site assessment and rehabilitation; Concepts associated with a unified life cycle analysis | |
| Section 8 | Lessons from the field |
| Public policies that foster contaminated land recycling – expanding the horizon; More alike than different: local collaboration on brownfields issues in border communities; Somerset County, New Jersey’s center-based brownfields pilot; Improving the brownfield’s timeline for redevelopment | |
| Section 9 | Cleanup methodologies |
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Surfactant-enhanced desorption for recalcitrant hydrocarbons contaminated soils; Recovery of coal tar in 1-D column test using surfactant enhanced aquifer remediation (SEAR); Selection of alternative sorbent media for contaminated groundwater clean-up; In-situ chemical oxidation of a chlorinated groundwater plume at a brownfields site; Enhanced in situ bioremediation of chlorinated solvents; Integrated remediation of brownfield sites using batch and continuous thermal desorption combined with physiochemical processes; The coupled effect of electrokinetic and ultrasonic remediation of contaminated soil; Accelerating pollutant release from mud bed by sand drains; Modeling transport and biodegradation of PCE in sandy soil; The i-BOTM process and related treatments for mine waste remediation; Biological degradation of PCBs in soil. A kinetic study; Understanding the outcomes of brownfield clean-up programs |
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