Page 17 - Water Engineering Hydraulics, Distribution and Treatment

Contents
Safety in Water System
22.7.4
699
Factors
Perimeter Fall Protection
Construction Safety and Health
22.8
Emergency Response Plan
673
Actions Prior to Developing an ERP
Management
22.9
703
22.10
23.6.1
Emergency Response Plan Core
Safety and Health Program
675
Elements
Elements
703
System-Specific
22.10.1
23.6.2
Project Safety Rules
675
23.6.3
Training and Worker
Information
Orientation
704
CWS Roles and
22.10.2
Responsibilities
675
23.6.4
New Worker Orientation
23.6.5
Communication
22.10.3
Accident Investigation and
706
Procedures (Who, What, 672 674 23.6 23.5.3 Classification of Causal 704 704 xv
Recordkeeping
and When) 675 23.6.6 Safety Budget and Audits 706
22.10.4 Personnel Safety 676 23.7 Requirements for Safety in
22.10.5 Identification of Alternate Construction Projects 706
Water Sources 676 23.7.1 Falls 706
22.10.6 Replacement Equipment 23.7.2 Excavation and Trenching 707
and Chemical Supplies 677 23.7.3 Confined Space Entry 708
22.10.7 Property Protection 677 23.7.4 Heavy Construction
22.10.8 Water Sampling and Equipment 709
Monitoring 677 23.8 Occupational Diseases 710
22.11 Putting the ERP Together and ERP 23.8.1 System Approach 710
Activation 677 23.8.2 Complexity of the Issues 711
22.12 Action Plans 678 23.8.3 Scientific Factors 711
22.13 Next Steps 681 23.8.4 Occupational Disease as a
Problems/Questions 681 Process 712
References 682 23.8.5 Potential Hazards 712
23.8.6 Modes of Entry 712
23.8.7 Body Processes and
Defenses 713
23 Prevention through Design and System 23.8.8 Elimination 714
Safety 683 23.9 Ergonomics 714
23.9.1 The Worker and Work 714
23.9.2 Adverse Effects Caused by
23.1 Introduction to System Safety 683
Workplace Conditions 715
23.2 Nature and Magnitude of Safety and
Problems/Questions 715
Health Problems 685
References 716
23.3 Risk Assessment Matrix 687
23.3.1 Description 687
23.3.2 Procedures 688
24 Engineering Projects Management 717
23.3.3 Advantages and
Limitations of the Risk
Matrix 693 24.1 Role of Engineers 717
23.4 Failure Modes, Effects, and 24.2 Steps in Project Development 717
Criticality Analysis 693 24.2.1 Community Action 717
23.4.1 Description 693 24.2.2 Engineering Response 718
23.4.2 Application 693 24.3 The Engineering Report 718
23.4.3 Procedures 693 24.4 Feasibility Studies 719
23.4.4 Advantages and 24.5 Alternatives 719
Limitations 698 24.6 Plans and Specifications 720
23.5 Engineering and Design for Safe 24.7 Sources of Information 720
Construction 698 24.8 Standards 720
23.5.1 Construction Failures 698 24.9 Design Specifications 721
23.5.2 Causes of Construction 24.10 Project Construction 721
Failures 699 24.10.1 Notice to Bidders 721