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Safe Work Practices

The RBPS element that helps control hazards associated with maintenance and other nonroutine work is one of nine elements in the RBPS pillar of managing risk. Introduction to Safe Work Practices and Control of Hazardous Energy By Lock-out and Tag-out, provide information on various safe work practices. The importance of communcation between production and maintenance employees ensures positive prevention of all hazardous energy sources causing harm to others. 

See all publications regarding safe work practice in these CCPS' Guidelines for Managing Risk.

PSM ? Process Safety Leadership: Practical Actions That Set PS Leadership Apart

Apr 3, 2012
Dawn Wurst
PSM ≠ Process Safety Leadership : Practical actions that set PS Leadership apart It is well known in business improvement circles that good management does not necessarily equal good leadership. This applies to PSM as well. Effectively leading the translation of PSM to action for all whom it...

Case Histories and Technology Innovations for StorageTank Loss Prevention

Apr 3, 2012
Szu-ying Huang
Storage tanks are most common material containing units in process industries. There have been many accidents associated within storage tank (material deficiency, structure design failures, operation error etc.) or among storage areas throughout the history. For example, overfilling has already...

Operational Group for Process Safety

Apr 3, 2012
Maria Clara Saraiva
With the increase in requirements for monitoring and improving process safety indicators on a thermoelectric unit linked to a Braskem Basic Petrochemical Site in Brazil, a large range of knowledge among engineers and operators were found. The theme Process Safety was commonly confused with...

Taking a Risk for Safety

Apr 3, 2012
Ian Sutton
Taking a Risk for Safety Over the last twenty years companies in the process industries have invested heavily in their occupational safety programs. These investments of time and money have been made in many areas, including training, behavior-based safety and the use of PPE. The results have been...

The Structured What If/Checklist A New Twist On An Old Approach

Apr 3, 2012
C. Curtis Clements
The purpose of Process Hazards Analysis (PHA) is to identify and understand the hazards associated with the process being reviewed, to understand the potential resultant hazardous events, and to prevent those events by identifying all the potential routes to those events and ensuring that adequate...

Gains From Getting near Misses Reported

Apr 3, 2012
Bill Bridges
[An earlier edition of this paper was first presented at the “International Conference and Workshop – Process Safety Incidents,” 2000, organized by the Center for Chemical Process Safety (CCPS)] The need for effective root cause analysis is finally gaining the spotlight in the chemical process...

Streamlining PHAs with Pre-Population, Pre-Work, and Creativity

Apr 3, 2012
Judy Perry
This presentation and paper will focus on how PHAs can be conducted using a minimal amount of resources, while still maintaining high quality results that are sustainable and in accordance with AICHE-CCPS publication guidance (and in accordance with regulations). In the fall of 2010, I made a...

Identification of Process Hazards in Laboratories and Pilot Plants

Apr 3, 2012
Christine Browning
The focus of most laboratory experiments and piloting operations is the development of a new, innovative chemical process or the improvement of an existing chemical process. These activities are designed to, and focus on, evaluation of the intended chemistry for the process being studied. The...

Maintain Safety Excellence in Laboratory Test Facilities

Apr 3, 2012
Amy Theis
Our laboratory contains calorimeters to characterize reactive chemical hazards and multiple different instruments to characterize both dust and gas/vapor explosion hazards. It is a challenge to ensure that each project is completed safely since a wide variety of chemicals are used. Our goal at...

Explosion Hazards of Multicomponent Combustible Gas Mixtures

Apr 2, 2012
Alfonso F. Ibarreta
Laminar and turbulent premixed flame burning velocities are two parameters that are sometimes needed to evaluate explosion hazards. There is ample information in the literature regarding the burning velocities of most common ignitable gases and vapors in air. Little information, however, is...

Half a Century of Olefin Plant Accidents: The Role of Mechanical Integrity

Apr 2, 2012
Sebastian Diaz
Sebastian Diaz, Aon energy Risk Engineering, League City, TX. Email: sebastian.diaz@aon.com Russ Davis, CSP Aon Energy Risk Engineering, League City, TX. Email: russ.davis@aon.com Keywords: mechanical integrity, loss of containment, major accidents Abstract Since OSHA's Process Safety Management...

Integrity Inspection of In-Plant Underground Piping

Apr 2, 2012
Everett Johnson
Underground piping inside plant boundaries is frequently out-of-sight, out-of-mind. While there exists a wide body of knowledge, mature technology, and established techniques for inspection of cross-country underground pipelines, and even above-ground in-plant piping, the converse is true for...

Implementation of a Highly Toxic Materials Management Program

Apr 2, 2012
Ravi Ramaswamy
Process Safety Management (PSM) is defined as the application of management systems and controls (programs, procedures, audits, evaluations) to a manufacturing or chemical process in a way that process hazards are identified, understood, and controlled so that process-related injuries and incidents...

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