pipeline risk management - welcome to bakerrisk - …€¦ · · 2016-04-08pipeline risk...
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WWW.BAKERRISK.COM
BAKER ENGINEERING AND RISK CONSULTANTS, INC. LOCATIONS
SAN ANTONIO | HOUSTON | LOS ANGELES | CHICAGO
TORONTO, CANADA | CHESTER, UNITED KINGDOM
Head Office
3330 Oakwell Court, Suite 100
San Antonio, TX 78218-3024
Tel: (210) 824-5960
BAKERRISK’S HIGHLY EXPERIENCED STAFF OFFERS:
• Risk analysts with an average of over 20 years experience
• Specific experience leading safety programs as employees of pipeline operating companies
• Multidisciplinary experience that enables identification of the critical issues associated with pipeline design, operations, and maintenance, and is not tied to a single aspect of pipeline performance
PIPELINE RISK MANAGEMENTManaging RiskEffective pipeline risk management incorporates the concept of failure event frequency with the potential consequences of that event. BakerRisk’s approach to pipeline risk assessment is to identify areas of priority at a high level and focus on progressively greater levels of detail using our detailed frequency models and sophisticated consequence analysis tools.
It is critical not to view pipeline risk management solely through a single perspective such as corrosion protection, emergency response, or isolation philosophy but rather as an integrated management plan.
The diagram below illustrates the many facets of pipeline risk management, from preventing a release to minimizing the impacts should a release occur.
BakerRisk staff have experience in these subject areas as members and managers of safety groups in pipeline operating companies. Other staff members have years of experience in the modeling of pipeline reliability and/or consequences of releases. In addition, if needed, BakerRisk supplements its in-house expertise with external partners. This experience, technology, and access to resources ensures that BakerRisk can provide the most accurate and comprehensive pipeline risk management services available.
Hazard
Maintenance/Operations
Errors
Hyd
roca
rbon
s / T
oxic
s in
Pip
elin
e
External Corrosion
3rd Party Damage
Internal Corrosion/
Erosion
Natural Hazards
Materials/Design
Coating Cathodic Protection
Materials/Design
Loss Prevention
Culture
Criteria
IncidentAnalysis
Inspections
Inspections
Training Procedures
Stress Relieving
Public Education
One Call System
Surveillance
Loss of Containment
Leak Detection Systems
Leak Reporting Hotline
Remote Isolation
Capability
Field Response
Ground Cover
Remediation (e.g. soil
Treatment)
Remediation (e.g. well Pumping)
Remediation (e.g. well Pumping)
Openwater Spill
Response
Release to Atmosphere (fire, explosion, toxic)
Soil Contamination
Soil and Groundwater Contamination
Soil, Groundwater and Surface
Water Contamination
Threats ImpactsBarriers Top Event Mitigative Measures
MonitoringDesign
WWW.BAKERRISK.COM
BAKER ENGINEERING AND RISK CONSULTANTS, INC. LOCATIONS
SAN ANTONIO | HOUSTON | LOS ANGELES | CHICAGO
TORONTO, CANADA | CHESTER, UNITED KINGDOM
Head Office
3330 Oakwell Court, Suite 100
San Antonio, TX 78218-3024
Tel: (210) 824-5960
ABOUT BAKERRISKBaker Engineering and Risk Consultants, Inc. is one of the world’s leading explosion analysis, structural design, and risk engineering companies. BakerRisk provides comprehensive consulting, engineering, laboratory and range testing services to government agencies and private companies who are involved with dangerous, highly hazardous, reactive, or explosive materials.
• Blast Effects & Explosion Testing• Dynamic Structural Analysis and
Design• Risk Engineering• Process Safety• Incident Investigations• Reactive Chemicals Testing &
Management Systems• Materials Engineering and Failure
Analysis
February 2015
PREDICTIVE TOOLS
BakerRisk’s approach to identifying high consequence areas (HCA) involves a comprehensive reliability model for your pipeline. This approach includes identifying and ranking pipeline segments that have the potential to impact sensitive areas such as populations and the environment. In addition, further analysis can allow for pipeline business interruption and plant damage risks to be estimated.
Our state-of-the-art SafeSite3G® software
models the impact of failures, including dispersion, fire, and explosion events. The models developed can account for a variety of environmental factors, including weather conditions, terrain change, and liquid/gas flow after loss of containment. SafeSite3G
® software models incorporate theories developed and tested at BakerRisk, including data from past incident investigations.
BakerRisk also licenses computational fluid dynamics (CFD) software programs to provide detailed results on potential consequences of pipeline accident scenarios. CFD codes are often used to study pipeline rupture consequences such as dispersion, temperature profiles, thermal radiation profiles, pipeline structural response, debris radii, likely failure points, etc.
CFD Pipeline Structural Response Model
CFD Pipeline Temperature Profile
HCA Analysis