Книга Guidelines for Chemical Reactivity Evaluation and Application to Process Design CCPS

Guidelines for Chemical Reactivity Evaluation and Application to Process Design

Автор: CCPS
Език: Английски език
Корици: С твърди корици
Издател: WILEY-AICHE
Наличност: Очакван нов продукт
Срокът не е известен
147.04 287.59 лв
This book contains guidelines for companies to improve their process safety performance through the...

Информация за книгата

Автор
Език
Английски език
Корици
Книга - С твърди корици
Издадена
2024
страници
352
EAN
9781394164936
ISBN
1394164939
Enbook ID
43824669
Издател
Теглоt
666

Пълно описание

This book contains guidelines for companies to improve their process safety performance through the proper identification and mitigation of chemical reactivity hazards. Extensive use of case histories is made throughout the text to illustrated key points and learnings. By using the CCPS RBPS framework for reactive assessments, the reader is guided in how to design and implement a reactive chemistry management framework. Topics concerning the use of published data, open source screening and evaluation software allow the reader to focus the scope of further quantitative evaluation efficiently. Detailed discussion (with applicable example evaluations and case histories) of testing methodologies, both historic and cutting-edge, fill in the Process Knowledge gaps concerning reactive hazards, and allow for design and engineering of specific prevention, control and mitigation methods to manage chemical reactivity risk. Finally, using the well-established RBPS framework puts chemical reactivity evaluation into perspective relative to other process safety hazards and activities, and provides a means to effectively incorporate evaluation results into Hazard Identification and Risk Assessment (HIRA), Operating and Maintenance Procedures, Asset Integrity and Reliability programs, Conduct of Operations and Operational Readiness evaluations, each of which have unique chemical reactivity-related requirements in addition to their more general application to process safety risks.