Power Plant Chemistry - Second Edition

Author: Zhang Hui, Editor-in-Chief
Publisher:
Publish Date: 2007-01-01
Features: In the past decade, a large number of local power plants, industrial self-provided power plants, and thermal power plants with 6–100MW thermal power generation units have been put into operation, leading to a rapid increase in new employees and production personnel in operational positions. To improve technical training and skill assessment for operational and production personnel, experts have comprehensively revised and published the second edition of the "Local Power Plant Operational Training Textbook," which is divided into five volumes: Boiler Operation, Steam Turbine Operation, Electrical Operation, Thermal Control and Operation, and Power Plant Chemistry. It is designed to be used in conjunction with the "Local Power Plant Operational Training Textbook (Second Edition)." This book is the "Local Power Plant Operational Training Textbook (Second Edition) (Power Plant Chemistry)," which is divided into four chapters. It covers professional knowledge and operational skills, including basic chemistry, analytical chemistry, power plant water testing, power plant water treatment operation, power generation oils, and fuel testing. The content is extensive and highlights key points, written according to the three levels of initial, intermediate, and advanced for electrical operation positions such as electrical (substation) assistant duty personnel, electrical (substation) duty personnel, and electrical duty team leaders (electrical duty personnel). The book includes six types of questions: fill-in-the-blank, true/false, multiple-choice, drawing, calculation, and short-answer questions, with answers provided. This book serves as the basis for training, skill assessment, and technical grade promotion for production personnel, workers, technicians, management personnel, and relevant teaching and research staff in local power plants, industrial self-provided power plants, and thermal power plants with 6–100MW thermal power generation units, as well as those with high school or higher education backgrounds in electrical-related fields.