Chemical Process Safety : fundamentals with applications / Daniel A Crow
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SNU LIBRARY | 660.2804 CRO (Browse shelf(Opens below)) | Available | 27872 | ||
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SNU LIBRARY | 660.2804 CRO (Browse shelf(Opens below)) | Available | 27873 | ||
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SNU LIBRARY | 660.2804 CRO (Browse shelf(Opens below)) | Available | 27874 |
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660.2804 CRO Chemical Process Safety | 660.2804 CRO Chemical Process Safety | 660.2804 CRO Chemical Process Safety | 660.2804 CRO Chemical Process Safety | 660.2804 CRO Chemical Process Safety | 660.2804 CRO Chemical Process Safety | 660.2804 EPS Safety integrity : the implications of IEC 61508 and other standards for the process industries : proceedings of the European Process Safety Centre conference, 5 November 1999, La Maison de la Chimie, Paris |
Safety Programs --
Engineering Ethics --
Accident and Loss Statistics --
Acceptable Risk --
Public Perceptions --
The Nature of the Accident Process --
Inherent Safety --
Four Significant Disasters --
Flixborough, England --
Bhopal, India --
Seveso, Italy --
Pasadena, Texas --
Toxicology --
How Toxicants Enter Biological Organisms --
Gastrointestinal Tract --
Skin --
Respiratory System --
How Toxicants Are Eliminated from Biological Organisms --
Effects of Toxicants on Biological Organisms --
Toxicological Studies --
Dose versus Response --
Models for Dose and Response Curves --
Relative Toxicity --
Threshold Limit Values --
Industrial Hygiene --
Government Regulations --
Laws and Regulations --
Creating a Law --
Creating a Regulation --
OSHA: Process Safety Management --
EPA: Risk Management Plan --
Industrial Hygiene: Identification --
Material Safety Data Sheets --
Industrial Hygiene: Evaluation --
Evaluating Exposures to Volatile Toxicants by Monitoring --
Evaluation of Worker Exposures to Dusts --
Evaluating Worker Exposures to Noise --
Estimating Worker Exposures to Toxic Vapors --
Industrial Hygiene: Control --
Respirators --
Ventilation --
Source Models --
Introduction to Source Models --
Flow of Liquid through a Hole --
Flow of Liquid through a Hole in a Tank --
Flow of Liquids through Pipes --
2-K Method --
Flow of Vapor through Holes --
Flow of Gases through Pipes --
Adiabatic Flows --
Isothermal Flows --
Flashing Liquids --
Liquid Pool Evaporation or Boiling --
Realistic and Worst-Case Releases.
This is the first college text on safety and loss prevention in chemical production plants. For Jr/Sr/Grad courses in health and safety in the chemical process industry or in environmental engineering for chemical engineers.
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