CCPS Project Subcommittees

Each year the CCPS Technical Steering Committee develops a list of projects, and a Project Subcommittee is established for each approved CCPS project or group of associated projects. Members of the Technical Steering Committee suggest individuals with the appropriate experience and expertise for particular projects.

Active CCPS Projects are listed below. CCPS Project Subcommittees consist of at least eight professionals from sponsor manufacturers or users of chemicals, with no more than one representative from each company. Click here to view Roles & Responsibilities of CCPS teams.

Note: Only logged-in CCPS members can view project statuses. They may also download the active project list in MS Word format by clicking here (please wait a few seconds for the download to start after clicking this link).

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Project 243: Guidelines for Asset Integrity Management

This book will be an expansion of the first edition and will address gaps in guidance, such as selecting materials of construction, condition monitoring, critical safety equipment, RBI and MI metrics. More examples will be included from member companies for best practices.

Project 244: Process Safety-Vision 2020

Vision 20/20 is an effort to envision the unique characteristics that companies with great process process safety performance will have in the year 2020. If those characteristics are identified, then companies can seek to meet those characteristics and organizations such as CCPS can further develop products to support the improvement.

Project 246: Guidelines for Siting and Layout of Facilities, 2nd Edition

This project would revise and update the current CCPS publication “Guidelines for Facility Siting and Layout”, including information on occupied portable buildings, facility and plant layout. Reference documents would include but not limited to API 752 and 753 as well as OSHA/EPA interpretation letters and recently published CCPS books touching on this subject.

Project 247: Integrating Management Systems and Metrics to Improve Process Safety

The purpose of this Guideline is to tie the use of metrics into integrated EH&SS management systems, integrating PSM and looking at how metrics are used throughout an organization. It should show how metrics can be used as a regular “Check” part of the Plan-Do-Check-Act cycle and the use of metrics to drive more robust and sustainable practices in management review and audits.

Project 248: Tools for Making Acute Risk Decisions

The purpose of this book is to provide a practical guide on the application of decision making tools for managing process safety risk and to drive the concept that managing process safety risk through informed decision making is beneficial for all stakeholders.

Project 250: Process Safety in Capital Projects

Use a project timeline to guide the reader through the issues of ensuring PS is included at each step (gate) of an engineering project. It will have case studies & incidents for emphasis. It will follow RBPS elements, provide templates for various “gate reviews”, and will lean heavily on GL’s for design, siting, consequence modeling and other references.

Project 251: Process Safety in Pilot Plants and Laboratories

This project will develop and publish a book providing advisory guidance on process safety for laboratories and pilot plants using as a basis the management system elements presented in the 2007 CCPS Guidelines for Risk Based Process Safety. The current version of NFPA 45 (2011) clearly draws a distinction between laboratories and pilot plants and focuses only on lab fire protection and provides no detailed guidance on many aspects of process safety. This book will pull together both literature information and company experience, including incident case study examples, to present management...

Project 252: Combustible Dust hazard Assessment: A Risk based Approach

This project will develop and publish a concept book providing guidance how to control and mitigate dust hazards in the workplace. It is intended to focuses on the methodologies for predicting and measuring dust hazard parameters, design of suppression and venting systems, and other related topics.

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