The Science of Global Warming Remediation examines the workings of a complex chemical system using concepts such as chemical kinetics, thermodynamics, and oxidation/reduction. It focuses on preventing environmental deterioration and using environmental chemistry for environmental clean-up, or remediation.
The Science of Global Warming Remediation examines the workings of a complex chemical system using concepts such as chemical kinetics, thermodynamics, and oxidation/reduction. It focuses on preventing environmental deterioration as well as using environmental chemistry for environmental clean-up, or remediation. Further, it describes how to utilize mechanical, chemical, and biological methods to detoxify contaminated land or water. The book also considers how environmental legislation aims to modify human behavior so as to reduce or eliminate the environmental threats identified through science.
Features:
- Presents multiple methods for water treatment
- Explains the physiological dangers of exposure to various toxic materials
- Illustrates the mechanisms of major partitioning systems and sinks for carbon dioxide
- Examines the mechanics of global warming and the potential long-term effects
- Provides step-by-step solutions to empower individuals to act locally
Section I. Sequestration of Carbon Dixoide.
1. The Evidence.
2.
Measurements.
3. Sequestration by Forests.
4. CO2 Sequestration by Water.
5.
Sequestration by Soils.
6. Carbon Footprint.
7. The Chemistry of CO2
Fixation.
8. CO2 Capture. Section II. Other Potent Greenhouse Gases.
9.
Methane.
10. Nitrous Oxide. Section III. Atmospheric Emissions.
11. Sulfur
Dioxide.
12. Cement, Pozzolans, and Ashes.
13. Automobile Emissions.
14.
Internal Combustion Engines Operating at Suboptimum Temperatures, Climate
Change, and Health.
15. Indoor Emissions.
16. Air Pollution Meteorology.
17.
Thermal Pollution and Remediation. Section IV. Water.
18. Water: Pesticides
and Acidity.
19. Water: Pesticides in Fish.
20. Rainwater: Collection,
Pollution, and Remediation.
21. Water: Salinization.
22. Wastewater
Treatment.
23. Water Protection.
24. Water: Chlorination Remediation.
25.
Water: Eutrophication. Section V. Remediation of Polluted Soils.
26.
Chemistry of Soil Pollution Remediation: Abstract.
27. CO2 Sequestration
Using Alkali Mine Waste Treatments in Bauxite Residue Disposal Areas (BRDA).
28. CO2 Sequestration: Alkali Mine Waste Treatments in Acid Mine Drainage.
29. Pozzolanic Carbon Sequestration in Red-Mud-Treated Mortars. Section VI.
Appendices.
30. Appendix A: Sampling and Statistics.
31. Appendix B:
Hydrological Applications.
32. Appendix C: Renewable Energy.
Mark Anglin Harris is a Professor of Applied Climatology and Environmental Chemistry at the Northern Caribbean University (NCU), Jamaica, where he has been on the faculty since 2002. His baccalaureate degree, conferred in 1977, majored in geology and physical geography at the University of Windsor, Canada. He received his PhD in environmental geoscience from the University of Adelaide in 2001, after tutoring there in 1992-1995 in earth science & physical geography. He researches mainly on remediation of polluted land, water and air. His previous books, titled "Geobiotechnological Solutions to Anthropogenic Disturbances" and "Confronting Global Climate Change: Experiments & Applications in the Tropics" were published respectively in 2016 by Springer-Nature and 2019 by CRC-Taylor & Francis.
Professor Harris has been the senior author of approximately 30 research articles, having become, so far, the only multiple recipients of the NCU Distinguished Faculty Award for research or scholarship, having won it four times, in 2003, 2007, 2012 and 2016. He received the 2020-2021 Musgrave silver medal for science.
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