Air and Exhaust Gas Monitoring Analysis Method Guide. Volume 1

Author: Compiled by the Editorial Committee of this book
Publisher:
Publishing Date: 2006-09-01
Features: The publication of the book "Guidelines for Monitoring Methods of Air and Waste Gas" aims to broaden the knowledge horizons of frontline monitoring technicians and managers, providing important technical information and reference materials to address technical difficulties encountered in monitoring practice and to support research on related monitoring projects and technical methods. This book thoroughly elaborates on and supplements the fundamental principles and technical knowledge of analytical methods introduced in "Air and Waste Gas Monitoring Analysis Methods" (4th Edition). It also provides extensive background information on pollutant monitoring and analysis methods, such as advancements in pollutant and monitoring method research, the suitability conditions of methods, types of interferents, permissible levels, and elimination methods, as well as detailed information on the scope of application and certain experimental key technologies. The book consists of 20 chapters, covering topics such as the design of environmental air monitoring networks, air particulate matter and its monitoring techniques, air quality automatic monitoring systems, monitoring techniques for sulfur dioxide in air, sampling and determination techniques for lead in air, atomic fluorescence spectrometry for monitoring air and waste gas, monitoring techniques for polycyclic aromatic hydrocarbons in air and waste gas, sampling and analysis of volatile organic compounds in air, monitoring and analysis techniques for aldehydes and ketones in air, on-site rapid detection techniques for volatile organic compounds in indoor air, monitoring techniques for semi-volatile organic pollutants in air, quality control and assurance for organic pollution monitoring in ambient air, monitoring techniques for sulfur dioxide in flue gas, sampling and monitoring techniques for flue dust and particulate matter, online automatic monitoring techniques for opacity, online automatic monitoring techniques for flue dust and particulate matter, online automatic monitoring techniques for sulfur dioxide in flue gas, online automatic monitoring techniques for nitrogen oxides in flue gas, online automatic monitoring techniques for flue gas flow (flow rate), and the certification, recertification, and acceptance testing of online automatic monitoring systems.