Practical Handbook for Atmospheric Environmental Engineers

Author: Wang Yubin
Publisher:
Publish Date: 2003-10-01
Features: The editorial team of the Practical Handbook for Atmospheric Environmental Engineers was driven by the purpose of serving environmental workers. With a spirit of scientific innovation, they broke through the traditional classification system of environmental disciplines, boldly explored, and compiled the Practical Handbook for Atmospheric Environmental Engineers, addressing the actual problem of environmental workers struggling to find relevant information. The editorial team's dedication to the broader environmental cause is commendable. The handbook is comprehensive in content, up-to-date in knowledge, and covers a wide range of disciplines. The data used is detailed, reliable, and trustworthy. The selection of materials is targeted and practical, showcasing its "authority" and "practicality." The handbook can solve many practical problems, reduce the time spent searching for information, and improve work efficiency. It can serve as a reference tool for environmental workers, making it worth reading for people in all industries who are concerned about environmental work and committed to environmental protection. The handbook organically connects various sources of information, providing them for public use—a true innovation. These materials are sure to play a more significant role in protecting the Earth we all depend on.
Chapter 1 introduces the structure and composition of the atmosphere, atmospheric pollutants, pollution sources, and control technologies for major pollutants.
Chapter 2 covers boiler equipment and practical knowledge about boilers.
Chapter 3 discusses the hazards and toxicological effects of various industrial toxic substances.
Chapter 4 presents the production processes and pollution control characteristics of industries and typical enterprises.
Chapter 5 introduces calculation methods for emission coefficients and emission quantities of pollutants from major industrial sectors and rural industries.
Chapter 6 covers atmospheric environmental monitoring, atmospheric pollution source monitoring, horizontal visibility measurements, and the monitoring of physical factors in living and production environments.
Chapter 7 explains various evaluation methods for atmospheric environmental quality and pollution sources.
Chapter 8 provides an overview of several atmospheric environmental prediction methods.
Chapter 9 introduces the basic guiding principles, fundamental principles, and steps of total emission control for atmospheric pollution, as well as the determination of meteorological parameters, plume rise formulas, and basic calculation formulas for atmospheric diffusion.
Chapter 10 discusses environmental supervision and the pollution discharge fee system.
Chapter 11 lists various common reference materials, gas data, compound data, fuel, combustion, and basic measurement data.