This relevant and scholarly text masterfully integrates health risk assessment information and its importance to IH and environmental scientists. Topics include science and judgment, risk assessment, risk management, and the future of industrial hygiene.

Focuses on the applications of toxicology principles to the practice of industrial hygiene, using case studies as examples.

Over the past forty years, the Industrial Hygiene profession has significantly grown, and is expected to continue to grow as workplaces evolve in the development, management, and usage of hazardous materials. This growth in the profession is also related to the shift in public knowledge and perception regarding the acceptance of the health risk from activities performed at work and home. As time progresses, workplaces are being regulated to not only minimize the health imparts to the workforce, but also decrease the likelihood of negatively impacting the environment. Society has become more educated on the potential impacts on human health and the environment that hazardous materials, activities, and environments can pose. As such, there has been a noticeable decrease in the acceptance of risk by workers and the public. The accepted standard of performance for Industrial Hygiene has grown beyond compliance, but now also focuses on improving existing processes and practices to create a workplace free from work related injury and illness. Features: Shows application of risk mitigating techniques for industrial hygienists Explains the definition of risk and how it applies to health and safety management Defines the need for quality data management and continuous improvement in assessments Describes the role of the Industrial Hygienist and risk management when responding to emergencies Industrial Hygiene: Improving Worker Health through an Operational Risk Approach focuses on the implementation of Industrial Hygiene, using a risk-based approach, in an operational environment. The approaches and methods described in this book are designed to assist the Industrial Hygienist in managing workplace risks, including risks associated with anticipation, recognition, evaluation, and hazard control processes.

Since the first edition in 1948, Patty’s Industrial Hygiene and Toxicology has become a flagship publication for Wiley. In the course of its nearly six decades in print, it has evolved into a standard reference for the fields of occupational health and toxicology. The volumes on Industrial Hygiene are cornerstone reference works for chemists, engineers, toxicologists, and occupational safety personnel. Since the 5th edition was published, the field of IH has changed with personnel often working for multinational firms, self-employed, at small consulting firms. Their environment has changed and expanded, and thus also the types of information and resources required have changed. The traditional areas of interest to occupational health and safety professionals include anticipation, recognition, evaluation and control of potential hazards. In addition to these, the 6th edition provides information and reliable resources to prepare for natural disasters, exposures to biological agents and potential acts of terrorism.

What agents should be measured? How should measurement be performed and what averaging time should be used for the measurement? What sampling strategy should be employed to characterize exposures across individuals, locations, and time? What durations of exposure should be characterized? What statistical descriptors should be used to relate exposure to effect? Exposure Assessment for Epidemiology and Hazard Control examines various approaches to answering these and other important questions. Other topics discussed include the measurement of current exposures (e.g., vapors, gases, aerosols, and complex mixtures); the application of toxicological relationships, including biological markers and sample models; an epidemiological evaluation of exposure-effect relationships, including new methods for effect evaluation and models for population exposure estimates; and strategies for exposure assessment, such as biological sampling interpretation through toxicokinetic processes. This important new volume contains essential information for industrial hygienists, epidemiologists, occupational health physicians, toxicologists, and immunologists.