1. October Training 8 HR Ref. Content Overhead Utilities Risk Assessments Task Safety Environmental Analysis Health and Safety Plan Components of a HASP Questions?

2. Overhead Utilities

3. Minimum Radial Clearance Distances When work is undertaken near electrical lines, the distance maintained from those lines shall also meet the minimum distances for electrical hazards as defined in Table 1: Minimum Radial Clearance Distances Normal System Voltage /Required Minimum Radial Clearance Distances 0-50 kV 10 ft 51-100 kV 12 ft 101-200 kV 15 ft 201-300 kV 20 ft 301-500 kV 25 ft 501-750 kV 35 ft 751-1000 kV 45 ft

4. Safe Work Conditions When working around overhead utilities and guy wires, one or more of the following four conditions shall be met: The utility company shall confirm, preferably in writing, that power is de-energized. Minimum radial clearance distances shall be established and maintained according to Table 1 unless a MoC is authorized through the exceptions process. Refer to Section 4.5 Exceptions Process and the Management of Change ADP.

5. Safe Work Conditions Where utilities voltages cannot be verified, use Figure 1: Example Voltages of this section as guidance. However, voltages can be higher than those depicted in Figure 1. If insulating blankets are used to isolate a power line, they shall be placed by a utility company. The utility company shall also determine the minimum safe operating distance and provide the information in writing.

6. Figure 1: Example Voltages

7. Pre-Job Planning Risk Assessment Before starting work around overhead utilities, an RA that identifies hazards and provides mitigations shall be performed. Refer to the Work Risk Assessment ADP. The hazards and mitigations shall be documented on the RA Form.

8. Overhead Utilities Permit A permit shall be required if the RA conducted classifies the residual risk as “substantial” risk level or higher. Refer to the Work Risk Assessment ADP. If a permit is required, the Overhead Utilities Permit section of the Scoping Document Permit Forms shall be completed according to the requirements of the Scoping Document Permit ADP.

9. Risk Assessments

10. Definition of Risk Assessment The process of identifying potential hazards, determining the level of risk in terms of consequence, likelihood and frequency, and implementing appropriate controls to reduce the risk identified.

11. What is a Risk A measure of loss/harm to people, the environment, compliance status, Group reputation, assets or business performance in terms of the product of the probability of an event occurring and the magnitude of its impact.

12. A process shall be implemented to assess and control work risks Hazard identification and documentation. Assessment of risks for site, project and job. Assessment of risks for tasks. Monitoring and review of hazards and control measures during work. Permitted activities shall be classified as a minimum in the High Risk category.

13. Task Safety Environmental Analysis TASK RISK ASSESSMENT (TRA) HITRA

14. DESCRIPTION A TRA is a hazard identification that breaks down basic work elements. Each element has hazards identified. Risks are then assessed for each hazard at “Low, Medium, High”, pre mitigation. Mitigations are established and the risk range is re- evaluated, HASP’s are presently “under construction” to contain TRA’s (i.e. all HITRA formatting by 12/31/14)

15. Basic TRA Components 1. Cover sheet. 2. Level 1 and Level 2 Performing Authorities Team Members Approvals

16. TRA Cover Sheet

17. Health and Safety Plan

18. What is a HASP A written document that details all health, safety and security responsibilities, guidelines and requirements of the relevant workforce relating to field activities to be undertaken at a particular work site. It shall be site-specific

19. Health and Safety Plan Development The HASP is an evergreen document that should evolve at the Site, Project, Job and Task phases. Verify that the corporate HSSE program elements have been gap-assessed against AECI HSSE requirements. Identify specific HSSE program elements that apply to the specific AECI scope of work

20. Note: Contractor-specific HSSE requirements over and above the AECI HSSE MS should also be included in the HSSE program elements (e.g., ergonomic assessment or industrial hygiene- monitoring protocol).

21. Components of a HASP

22. The following are what create the HASP. The are like a puzzle and fit in just right with each other. The components may look to be the same but the information is always different for each site. Lets take a look at what make up the HASP

23. The Components of a HASP 0.0 EMERGENCY RESPONSE PLAN 1.0PURPOSE 2.0SCOPE & APPLICABILITY 3.0ACRONYMS, DEFINITIONS, LANGUAGE 4.0KEY PROJECT PERSONNEL & RESPONSIBILITIES 5.0GENERAL PROJECT INFORMATION AND SCOPE 6.0HAZARD EVALUATIONS/RISK ANALYSES 7.0CONTROL OF WORK 8.0EMPLOYEE TRAINING AND MEDICAL MONITORING REQUIREMENTS

24. The Components of a HASP Cont. 9.0 PERSONAL PROTECTIVE EQUIPMENT REQUIREMENTS/ PROTOCOLS & PROCEDURES 10.0 SITE CONTROL MEASURES AND PROCEDURES 11.0 SITE CONTROL PROGRAM

25. The UNIQUE Components Each HASP might look the same but the content of the material is set up for each site and for each project. The HASP components may be set up different for each project in that each set of hazards are unique to every site. Each site is at a different location and therefore needs information unique to that site.

26. QUESTIONS? For a full and in depth look at the items we covered today. Please go to the Anderson Website and review the ADP’s. Feel free to contact anyone with in the HSSE Section, we will be glad to answer your questions.