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ISBN: 0816905657
Title: Guidelines for Engineering Design for Process Safety
Author: Center for Chemical Process Safety (Ccps
Publisher: Wiley-AIChE
Publication Date: 1993-09-01
Number Of Pages: 608

Inherently safer plants begin with the initial design.
Here is where integrity and reliability can be built in at the lowest
cost, and with maximum effectiveness. This book focuses on process
safety issues in the design of chemical, petrochemical, and hydrocarbon
processing facilities. It discusses how to select designs that can
prevent or mitigate the release of flammable or toxic materials, which
could lead to a fire, explosion, or environmental damage. All engineers
on the design team, the process hazard analysis team, and those who
make basic decisions on plant design, will benefit from its
comprehensive coverage, its organization, and the extensive references
to literature, codes, and standards that accompany each chapter


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Evaluation of Fire Safety
By D. Rasbash, G. Ramachandran, B. Kandola, J. Watts, M. Law
Publisher: John Wiley & Sons
Number Of Pages: 496
Publication Date: 2004-04-16
ISBN / ASIN: 0471493821

Book Description:
* Examines key
aspects of quantifying fire safety: property damage, performance of
fire services/measures, fire safety modeling and verification, and
stochastic modeling.
* Includes a quantitative approach to major fire and explosion disasters, demonstrating crucial faults.
* Covers real-life problems and applications.
* There is no other reference available on this subject

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Publisher: Newnes
Number Of Pages: 289
Publication Date: 2004-09-09
ISBN / ASIN: 0750662700
Manufacturer: Newnes

Book Description:
Practical Machinery Safety aims to provide you with the knowledge to
tackle machinery safety control problems at a practical level whilst
achieving compliance with national and international standards. The
book highlights the major international standards that are used to
support compliance with EU regulations and uses these standards as a
basis for the design procedures. It looks at the risk assessment
processes used to identify hazards and to quantify the risks inherent
in a machine. It introduces the concepts of safety categories as
defined by standard EN954-1 (Safety of Machinery) and illustrates the
principles of failsafe design, fault tolerance and self-testing. It
also provides an introduction to machinery protection devices such as
guards, enclosures with interlocks and guard-monitoring relays, locking
systems, safety mats, photo-electric and electro-sensitive principles
and the application of light curtains, a study of Safety Control System
techniques, and introduces the principles of safety-certified PLCs.
Collection name: Materials & Mechanical




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Table of C o n t e n t s
* Cover
* Frontmatter
o Half Title Page
o Other Titles
o Title Page
o Copyright
o Preface
* Chapter 1. Introduction to the machinery safety workshop
o 1.1 Scope and objectives
o 1.2 Machinery and controls
o 1.3 Distinction between machinery and process safety control systems
o 1.4 International standards and practices
o 1.5 Introduction to hazards and risks
o 1.6 Risk reduction
o 1.7 The Alarp principle for tolerable risk
o 1.8 Development example for a machinery safety system
o 1.9 The engineering tasks
o 1.10 Benefits of the systematic approach
o 1.11 Conclusions
* Chapter 2. Guide to regulations and standards
o 2.1 Purpose and objectives
o 2.2 History and overview of European Directives and Standards
o 2.3 The European Machinery Directive
o 2.4 Conformity procedures
o 2.5 Other New Approach Directives
o 2.6 User side directives: workplace health and safety legislation
o 2.7 Some machinery safety standards
o 2.8 Regulations and standards in the USA
o 2.9 Conclusions
o References
* Chapter 3. Risk assessment and risk reduction
summary
o 3.1 Purpose and objectives
o 3.2 Introduction to risk assessment
o 3.3 Procedure for risk assessment
o 3.4 Hazard study methods
o 3.5 Risk estimation
o 3.6 Risk reduction principles
o 3.7 Outcomes of the risk assessment
o 3.8 Documentation methods for the risk assessment
o 3.9 Conclusions
o References
* Chapter 4. Design procedures for safety controls
summary
o 4.1 Introduction to design techniques
o 4.2 Review of design standard EN 954-1
o 4.3 Procedure for the design of safety controls based on EN 954
o 4.4 Design considerations
o 4.5 Safety categories
o 4.6 Conclusions
o References
* Chapter 5. Emergency-stop monitoring and the safety relay
o 5.1 Introduction
o 5.2 Definitions and implications of stop functions
o 5.3 Safety relay terminology
o 5.4 How does an E-stop safety relay work?
o 5.5 Practical safety relays
o 5.6 Certification
o 5.7 Functional overview of monitoring relays
o 5.8 Electronic and programmable E-stop monitors
o 5.9 Using monitoring safety relays for guards (safety gate monitors)
o 5.10 Review of other monitoring relay functions
o 5.11 Conclusions
o References
* Chapter 6. Sensors and devices for machinery protection
summary
o 6.2 Purpose and objectives
o 6.3 Review of guards
o 6.4 Sensing devices for guards
o 6.5 Mechanical trapped key interlocking
o 6.6 Presence sensing devices
o 6.7 Control devices for safety
o 6.8 Safety networks and sensors
o 6.9 Conclusions
* Chapter 7. Application guidelines for protection devices
o 7.1 Introduction
o 7.2 Choosing protection methods
o 7.3 Guarding devices
o 7.4 Point of operation devices
o 7.5 Application guidance notes for light curtains
o 7.6 Conclusions
* Chapter 8. Programmable systems for safety controls
o 8.1 Introduction
o 8.2 Benefits and disadvantages of safety PLCs
o 8.3 Characteristics of safety PLCs
o 8.4 Application software
o 8.5 Safe networking
o 8.6 Classification and certification of safety PLCs
o 8.7 Summary
o References
* Chapter 9. Introduction to standards for programmable systems
o 9.1 Introduction
o 9.2 Objectives
o 9.3 Outline of IEC 61508
o 9.4 Concept of SILs
o 9.5 How can we determine the required SIL for a safety function?
o 9.6 Some implications of IEC 61508 for machinery systems
o 9.7 Summary
o 9.8 Conclusion
o References
o Appendix: Notes on the method for the determination of SILs for a machinery safety application
* Appendix A: References and sources of information on machinery safety
* Appendix B: Glossary
* Appendix C: Notes on tolerable risk
* Appendix D: Notes on PUWER
* Appendix E: Guide to fault tree analysis
o E.1 Functions of the gates
o E.2 Event symbols
o E.3 Adding risk reduction measures in FTA
* Practical exercises
o Exercise 1: Calculating risk parameters
o Exercise 2: Developing safety requirements
o Exercise 3: Risk assessment and risk reduction
o Exercise 4: Application of fault tree analysis
o Exercise 5: Outline design of a safety system
o Exercise 6: Calculating safety distance for a light curtain application
* Answers to practical exercises
o Exercise 1
o Exercise 2
o Exercise 3
o Exercise 4
o Exercise 5
o Exercise 6
* Index

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On the Practice of Safety, Third Edition
By Fred A. Manuele
* Publisher: Wiley-Interscience
* Number Of Pages: 512
* Publication Date: 2003-05-01
* ISBN / ASIN: 0471272752
Book Description:
The completely revised and updated Third Edition of the benchmark On
the Practice of Safety thoroughly covers subjects that must be mastered
by anyone seeking to attain professional status in the practice of
safety. Like its predecessors, the Third Edition provides a solid
foundation for the study of the practice of safety in degree programs.
Additionally, it serves as a basis for self-analysis by those safety
professionals who seek to improve their performance, gain recognition
from management for providing value, and achieve professional status.
On the Practice of Safety’s distinctive essay format provides a
penetrating exploration of a variety of subjects not possible in a
standard reference. The Third Edition expands on the ******* of the
former edition, adding updated statistics to reflect recent trends and
developments in the field. In addition to a greatly extended chapter on
quality and safety, author Fred Manuele contributes four new chapters:
* Heinrich Revisited: Truisms or Myths
* Addressing Severe Injury Potential
* Acceptable Risk
* Behavior-Based Safety
Each chapter is a self-contained unit that offers comprehensive
coverage of a particular topic. All of the chapters in the Third
Edition reflect the increasing professional incidence of safety,
occupational health, and environmental affairs falling under a common
management, and address each issue accordingly

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Satisfying Safety Goals by Probabilistic Risk Assessment (Springer Series in Reliability Engineering)
By Hiromitsu Kumamoto
* Publisher: Springer
* Number Of Pages: 253
* Publication Date: 2007-03-15
* ISBN / ASIN: 1846286816
$129.00
Book Description:
Safety is one of the most important issues today. Recent international
standards such as ISO and IEC have consistently advocated goal-based
procedures of designing systems for better safety. The procedure
assumes safety goals are explicitly established by international
organizations, individual nations, particular industries or private
companies. Satisfying Safety Goals by Modern Reliability Engineering is
a methodological approach to the goal-based safety design procedure
that will soon be an international requirement.

Satisfying Safety Goals by Modern Reliability Engineering primarily
focuses on the quantitative aspects of international standards. The
methodologies presented are illustrated through the use of case
studies. The book also:

* presents accident statistics and safety goals;

* describes abnormal event enumeration for the target system;

* develops risk reduction mechanisms;

* discusses probabilistic risk assessment (PRA) models typified by event trees coupled with fault trees;

* presents conventional materials for basic event quantification;

* describes how to calculate safety criteria from the PRA models, given basic event data;

* evaluates uncertainties of point estimates of safety criteria; and

* considers how external event quantification can expand the scope of PRA.

Satisfying Safety Goals by Modern Reliability Engineering will be a
good reference for senior undergraduates, postgraduates and researchers
in the fields of reliability engineering and safety engineering and
risk assessment. It will also be of interest to reliability engineers,
practitioners in industry and regulatory authorities

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CRC Handbook of Laboratory Safety, Fifth Edition
By A. Keith Furr
* Publisher: CRC
* Number Of Pages: 808
* Publication Date: 2000-04-12
* ISBN-10 / ASIN: 0849325234
* ISBN-13 / EAN: 9780849325236
Book Description:
Expanded and updated, The CRC Handbook of Laboratory Safety, Fifth
Edition provides information on planning and building a facility,
developing an organization infrastructure, planning for emergencies and
contingencies, choosing the correct equipment, developing operational
plans, and meeting regulatory requirements. Still the essential
reference tool, the New Edition helps you organize your safety efforts
to adhere to the latest regulations and use the newest technology.
Thoroughly revised, the CRC Handbook of Laboratory Safety, Fifth
Edition includes new OSHA laboratory safety standards, the 1994 NRC
radiation safety standards, guidelines for X-ray use in hospitals,
enforcement of standards for dealing with blood-borne pathogens, OSHA
actions covering hazardous waste operations and emergency response, and
the latest CDC guidelines for research with microbial hazards. Every
word on every page has been scrutinized, and literally hundreds of
changes have been made to bring the material up to date. See what's new
in the New Edition o New figures and tables illustrating the new
material o Internet references in addition to journal articles o
Changes in the Clean Air Act regarding incineration of hospital,
medical, and infectious waste o Obsolete articles removed and replaced
- over one hundred pages of new material o New information on
respiratory protection guidelines

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