Particulates Matter

Part I
1. Introduction: Why Should You Care about PM?
2. Principal Categories of Anthropogenic PM

Part II: Particle Size: Beneficial and Adverse Impacts of Differences in Size
3. Size Matters
4. Health Effects

Part III: Measuring and Mitigating
5. An Organizing Paradigm for Measurement and Mitigation of PM
6. Detection Methods
7. Traditional Mitigation Methods

Part IV: Engineered Solutions for PM Amelioration and Elimination
8. Clean Coal Not an Oxymoron
9. Wood and Other Cellulose Combustion
10. Reducing PM in Diesel Engine Exhaust
11. Electric Vehicles: Transformational Solution for Low PM Transportation

Part V: Charting the Future for Research and Policy
12. Science Informing Policy
13. Research Directions: Key Investments That Will Yield Results

Part VI: Conclusions

A title in the Emerging Issues in Analytical Chemistry series, Particulates Matter: Impact, Measurement, and Remediation of Airborne Pollutants provides the latest technical findings in the study of particulate matter (PM). It links these findings to awareness-raising and actionable schemes for legislated remediation and engineered solutions. Written in an engaging and informative manner, the book begins with a multi-disciplinary overview of the major sources and unique classes of PM, detection techniques, and their impact, including molecular changes resulting in health effects. It then goes one step further by proposing and examining the means to curtail and contain PM generation and ameliorate their impacts.

Particulates Matter: Impact, Measurement, and Remediation of Airborne Pollutants offers a high-quality reference guide to PM that will greatly benefit technology leaders in environmental compliance groups, epidemiologists and other public health professionals focused on pollution and health, and researchers and scholars working in pollution, climate change, and urbanization. It may also be useful to advanced undergraduate and low-level graduate students in environmental sciences.

• Includes a summary of the current knowledge on nanoparticles as pollutants and their negative health effects
• Provides a framework for the evolution and maturation of air pollution characterization and mitigation
• Describes an integrated set of engineered solutions that account for the concatenated relationships between technology, policy, and society necessary for long-term success

Analytical chemists and environmental chemists working in environmental health and compliance groups; energy companies and vehicle manufacturers; epidemiologists focused on pollution and health and other public health professionals; NGOs working on indoor and outdoor air pollution; think tank scholars working in pollution, climate change, and urbanization; advanced undergraduate and low level graduate courses in environmental sciences