Course Content
Course will include the following:
(1)Overview of the RMP and PSM
- Review of Regulatory Requirements
- History for Releases that promoted the Regulatory Requirements
- Refrigeration Equipment Components included in the RMP and PSM Program
- Responsible personnel at the facility
- The difference between the RMP and PSM Programs
(2) Risk Management Plan (EPA 40 CFR Part 68)
Overview of the Management System
- Persons responsible for the Program Management
- Organization Responsibilities
Hazard Review - Off-Site Consequence Analysis
- Using RMP Comp for Worst Case and Alternative Case Scenario
Determining the Population around facility
Distance to End Point
Prevention Program
- 14 Elements of OSHA Process Safety Management
Emergency Planning and Response
- Emergency Action Plan
Emergency Response Program Requirements
Coordinating Drills
Submitting the RMP Submittal to the EPA
- Setting up the Certifying Official and
- Preparer with MyCDX
- Process Inventory
- Latitude and Longitude
- Emergency Contact Information
- Gathering the dates and information for the
- RMP Submittal
- Requirements for updated or corrections to the RMP Submittal
(3) Prevention Program (OSHA 1910.119 Process Safety Management Program
Employee Participation - OSHA 1910.119 (c)
- Employee Involvement (From Production, Operations, Administration, Maintenace and Refrigeration Personnel)
- Levels of Responsibility
- Knowledge of PSM for all employees
- Knowledge of the Ammonia Refrigeration System
Process Safety Information - Required Documentation - OSHA 1910.119 (d)
- Piping and Instrumentation Diagrams (P&IDS)
- Block Flow Diagrams
- Equipment List
- Desired System Operating Ranges
- Safety Relief Calculations and Replacement Schedules
- Ventilation System Capacity (Ventilation Calculations)
- Equipment Installation, Operation and Maintenance Manuals (OEM’s)
- Inventory Calculations (based on Vessel Levels)
- Ammonia Delivery Log
- Ammonia System Maintenance Logs –
- Purging, Draining Oil, etc.
- Manufacturer Data Reports for Pressure Vessels
- Material and Energy Balances
- Design Codes and Standards
- Safety Data Sheets
- PLC Controls Operations
- Safety Systems and Their Functions
Process Hazard Analysis - OSHA 1910.119 (e)
- Overview of OSHA’s Process Hazard Analysis Standard
- PHA Methodology types
- A review of the different types of PHA Software
- Scheduling The PHA Team Sessions
- Pre-Study Documentation required.
- Following the Facilities PHA Procedures
- Types of Risk Matrix to use and the importance of using the correct Risk Matrix
- Leadership and Facilitator Skills
- PHA Team Requirements
- PHA Closing Meetings with PHA team and Senior Management including corporate personnel.
- Tracking PHA Action Items to Closure
Operating Procedures for Ammonia Process Equipment - OSHA 1910.119 (f)
- Table of Contents- Equipment List of SOPs needed.
- Safe Work Practices – (Confined Space, Hot Work, LOTO, Line Break)
- Overall System Operations
- Oil Draining
- Component SOP’s
- Charging the system with Ammonia
- IIAR-7 Formatting Templates
Training - OSHA 1910.119 (g)
- Initial and 3-Year Refresher Training
- RETA I and RETA II Operator Training
- Training for Operators to the Level of Responsibility
- Training Matrix Tables
- Emergency Response Training
- Small Releases vs Major Release and how to respond.
Contractor Program - OSHA 1910.119 (h)
- List of Approved Ammonia Contractors
- Annual Contractor Safety Awareness Training
- Certificate of Insurance
- Annual Review of Safety Performance and Programs
- Annual Review of Contractors
- Emergency Actions for Contractors
- Injury and Illness Log
Pre-startup Safety Review - OSHA 1910.119 (i)
- When is a PSSR Required?
- Who should perform the PSSR?
- Construction and Equipment is installed per
- Design Specifications
- Safety Procedures
- Operating Procedures
- Maintenance Procedures
- Emergency Response Procedures
Training personnel in the above
Mechanical Integrity (3 Separate Chapters) - OSHA 1910.119 (j)
Preventative Maintenance
- IIAR-6 Preventative Maintenance Program Requirements (review)
Refrigeration Systems Safety Devices
- Compressors Cutouts (High Discharge, Suction, Oil Differential, Motor Amps)
- High Level Floats on Vessels (to prevent liquid ammonia from going back to the compressors)
- E-Stop Switches
- Emergency and Continuous Ventilation
- Ammonia Detectors and Alarms (Turns on Ventilations, Shutdown Compressors, etc.
- Emergency Shutdown Valves (ESD’s) Maintenance and Tagging, PIDs
Inspection and Testing
- Common Mechanical Integrity Deficiencies
- Missing Pipe Labeling and Valve Tagging
- Required Signage on Machine Room Doors
- E-Stop and Ventilation Switches on the outside of the main machine room door.
- Missing plugs
- Exposed Electrical
- SRV’s out of Date
Quality Assurance of new components (New and Existing Facilities)
- Introducing new components to the system
- Quality of materials used suitable for ammonia.
- Installation quality checks against IIAR-6
- Pre-Startup Review for each new component
PRIORITY MAINTENANCE ITEMS
Refrigeration Systems Safety Devices
- Compressors Cutouts (High Discharge, Suction, Oil Differential, Motor Amps)
High Level Floats on Vessels (to prevent liquid ammonia from going back to the compressors) - E-Stop Switches
- Emergency and Continuous Ventilation
- Ammonia Detectors and Alarms (Turns on Ventilations, Shutdown Compressors, etc.
Emergency Shutdown Valves (ESD’s) - Maintenance and Tagging, PIDs
Training for process maintenance activities.
- Written Maintenance Procedures (SMP’s)
- Maintenace Staff Training
Safe Work Practices - OSHA 1910.119 (k)
- Hot Work
- Confined Space
- Line Break Permit
- Power Equipment Permit
- Lock-Out Tag Out
Management of Change Procedures - OSHA 1910.119 (l)
- Minor Change
- Major Change
- Replacement in Kind
Incident Investigation Program
- Nuisance Odor Logs
- Incident Investigation Logs
- Near Misses
Emergency Response Program
Ammonia Odor Investigation (small release)
- Handheld Detector
- Respirators
- Fit Test
- Responding to a large Releasee