A Guide to Compliance for Process Safety Management/Risk Management Planning (PSM/RMP)
Establishing, maintaining and refining a comprehensive Process Safety Management (PSM) and Risk Management Program (RMP) is a daunting task. The regulations are complicated and difficult to understand. The resources available to manage your program are limited. Your plant could be the target of a grueling PSM and RMP compliance audit by OSHA and/or the EPA, which could scrutinize your facility according to their stringent audit guidelines.
Ask yourself some questions. . .
* Is your municipal plant or industrial facility ready to meet new OSHA and EPA PSM/RMP regulations?
* Do you understand OSHA's and EPA's requirements?
* Do you know how OSHA/EPA are interpreting PSM/RMP requirements?
* Are you prepared for a possible audit?
* Is your existing PSM/RMP comprehensive, maintainable and cost-effective?
If you answered "no" to any of these, you need the expert guidance provided by A Guide to Compliance for Process Safety Management/Risk Management Planning (PSM/RMP)
In recent years, chemical accidents that involved the release of toxic substances have claimed the lives of hundreds of employees and thousands of others worldwide. In order to prevent repeat occurrences of catastrophic chemical incidents, OSHA and the USEPA have joined forces to bring about the OSHA Process Safety Management Standard (PSM) and the USEPA Risk Management Program (RMP).
Chemical disaster situations can occur due to human error in system operation and/or a malfunction in system equipment. Other emergency situations that must also be considered and planned for include fire, floods, hurricanes, earthquakes, tornadoes, snow/ice storms, avalanches, explosions, truck accidents, train derailments, airplane crashes, building collapses, riots, bomb threats, terrorism, and sabotage.
* Determine the differences and similarities between OSHA's PSM and EPA's RMP regulations
* Survey your facility to determine your needs
* Plug your site-specific data into regulation templates
* Prepare your data records for your PSM compliance package
* Calculate your "Worst Case" scenarios
* Assemble a viable PSM program in a logical, sequential, and correct manner
* Supervise program implementation elements with the overall management system
This user friendly, plain English, straightforward guide to new EPA and OSHA regulations describes, explains and demonstrates a tested, proven, workable methodology for installation of complete, correct safety and risk programs. It provides the public administrator, plant manager, plant engineer, and organization safety professionals with the tool needed to ensure full compliance with the requirements of both regulations. Those with interests in HazMat response and mitigation procedures will also find it of use.
This guidebook is designed to be applicable to the needs of most operations involved in the production, use, transfer, storage, and processing of hazardous materials. It addresses Process Safety Management and Risk Management Planning for facilities handling hazardous materials, and describes the activities and approach to use within U.S. plants and companies of all sizes.
From the Author
This guidebook is designed to enable the water, wastewater, and general industry person who has been assigned the task of complying with these new rules to accomplish this compliance effort in the easiest most accurate manner possible. A Guide to Compliance for Process Safety Management/Risk Management Planning (PSM/RMP) is user-friendly. This How-To-Do-It guide will assist those who are called upon to design, develop, and install PSM and RMP systems within their companies or plants. It describes, explains, and demonstrates a proven methodology: an example that actually works and has been tested.
More than anything else, this guidebook really is a "Template." It provides a pattern that can be used to devise a compliance package that is accurate.
Simply stated: like the standard template, this guidebook can provide the foundation, the border, the framework from which any covered organization's PSM and RMP effort can be brought into proper compliance. The user simply "plugs in" site specific information into the model presented in this guidebook.
This guidebook first shows that PSM and RMP are similar and are interrelated in many ways and different in only a few ways. Many of the processes listed in PSM are also listed in RMP; the additional RMP processes are in industry sectors that have a significant accident history
Along with showing the similarities and interrelationships between PSM and RMP, the requirements of RMP that are in addition to those listed in PSM are discussed. This guidebook also discusses the RMP requirement for off-site consequence analysis and the methodology that can be utilized in performing it. If the PSM project team follows this format, it will be able to assemble a viable PSM program in a logical, sequential, and correct manner.
What people are saying - Write a review
We haven't found any reviews in the usual places.
PROCESS SAFETY MANAGEMENT PSM ll
Process Safety Management
DEFINITIONS PARAGRAPH b
PROCESS SAFETY INFORMATION PARAGRAPH d
CONTRACTORS AND PSM PARAGRAPH h
MECHANICAL INTEGRITY PARAGRAPH i
HOT WORK PERMIT PARAGRAPH k
MANAGEMENT OF CHANGE PARAGRAPH l
EMERGENCY PLANNING AND RESPONSE PARAGRAPH n
COMPLIANCE AUDITS PARAGRAPH 0
RISK MANAGEMENT PROGRAM
OFFSITE CONSEQUENCE ANALYSIS
RISK MANAGEMENT PLAN
List of OSHA Highly Hazardous Chemicals and EPA Extremely Hazardous Substances
accident accidental release alarm anhydrous ammonia areas auditor biogas Biosolids certiﬁcation check mark Check to ensure chlorination system chlorine cylinder Chlorine evaporator chlorine gas conducted contractor covered process deﬁned diaphragm seal documentation emergency response plan employees endpoint equipment evaporator facility ﬁnal ﬁre ﬁrst ﬂammable ﬂow Frank Spellman guide words guidebook Hampton Roads hazardous materials HazMat Level HAZOP hot work permit HRSD HRSD’s identiﬁed incident indicate injector inspection liquid chlorine listed maintenance ment mitigation off-site operating procedures OSHA Procedural Elements OSHA’s paragraph performed personnel piping Plant Superintendent pressure Procedural Elements References Process Hazard Analysis process safety information Process Safety Management PSM and RMP qualiﬁed receptors regulated substances release scenario Risk Management Planning SCBA signiﬁcant speciﬁc storage tank sulfonator sulfur dioxide switch tank car temperature threshold quantity tion toxic treatment plant valve wastewater treatment