Title 49 Part 192
Module 2
-
Author: Technical Toolboxes
-
Level: Beginner
-
Study time: 32 minutes
Write your awesome label here.
What are the key components of subparts D, E, and F in Title 49 Part 192 for gas pipeline safety standards? What is Appendix C to Part 192, and why is it important for gas pipeline transportation? How does Title 49 Part 192 regulate the design, welding, and joining of materials in gas pipelines?
*This is Module 2 of a 6-part course series.
*This is Module 2 of a 6-part course series.
During this 6-part series, learners will gain an understanding of the Federal Safety Standards outlined in Title 49 Part 192 for the Transportation of Natural and Other Gas by Pipeline.
This self-paced course introduces learners to essential aspects of Title 49 Part 192 Federal Safety Standards for the Transportation of Natural and Other Gas by Pipeline. By the end of Part 2, participants will be able to identify key components of subparts D (Design of Pipeline Components), E (Welding Steel in Pipelines), and F (Joining of Materials Other Than by Welding) within Part 192. Additionally, learners will describe the basic components of Appendix C to Part 192. This course provides a foundational understanding, equipping professionals with the necessary knowledge to ensure safety and compliance in gas pipeline transportation.
*This material is provided for
informational purposes only and is not intended for any other application.
Every associated requirement and consideration is NOT contained or explained in detail in this training.
Each participant is recommended to directly review applicable regulations, industry, & company procedures. Individuals are recommended to work under the supervisions of competent and qualified individuals.
Every associated requirement and consideration is NOT contained or explained in detail in this training.
Each participant is recommended to directly review applicable regulations, industry, & company procedures. Individuals are recommended to work under the supervisions of competent and qualified individuals.
-
Video time: 32 minutes
-
Exams: 1
Tim Arnold, P.E.-Golden Woods
Pipeline safety compliance subject matter expert
ABOUT TIM
Tim has provided compliance and engineering support to major oil and natural gas pipeline operators across the United States. He has been responsible for ensuring all aspects of PMHSA compliance.
He has overseen PHMSA inspections of design, construction, operations and maintenance, cathodic protection, integrity management, control room management, and operator qualification as a former Pipeline Safety Compliance Engineer at a major natural gas and hazardous liquid pipeline operator.
He presently provides specific “mega-rule” consulting support to operators including third party audits, as well as recommendations for program improvements and oversight.
He has overseen PHMSA inspections of design, construction, operations and maintenance, cathodic protection, integrity management, control room management, and operator qualification as a former Pipeline Safety Compliance Engineer at a major natural gas and hazardous liquid pipeline operator.
He presently provides specific “mega-rule” consulting support to operators including third party audits, as well as recommendations for program improvements and oversight.
Luke Jain, PhD-Golden Woods
Corrosion, and integrity subject matter expert
ABOUT Dr. Jain
Dr. Jain has provided pipeline integrity training and technical support to dozens of major operators in nine different countries including major transmission and distribution pipeline operators across the United States.
His areas of expertise include cathodic protection, AC interference, hydrogen service, inline inspection, direct assessment, risk-based inspection, NDT, materials selection, corrosion assessment, fitness-for-service assessment, welding, protective paints and coatings, pressure equipment mechanical repair, and materials failure analysis.
His areas of expertise include cathodic protection, AC interference, hydrogen service, inline inspection, direct assessment, risk-based inspection, NDT, materials selection, corrosion assessment, fitness-for-service assessment, welding, protective paints and coatings, pressure equipment mechanical repair, and materials failure analysis.