ASME Section VIII, Div.1 General Overview - Virtual (4 days)

OBJECTIVES

• Describe elements related to requirements for a pressure vessel
• Explain material requirements and where to find them in the code
• Discuss the importance of applying proper variables to the design formulas
• Recognizing toughness requirements and exemptions
• Determining post-weld heat treatment requirements and exemptions
• Understanding the design competency rules of Appendix 47
• Describe hydrostatic and pneumatic testing requirements
• Explain stamping and data report requirements

WHO THE COURSE IS FOR?

Manufacturers, users,owners, constructors, designers, quality control personnel and others concernedwith the design, fabrication assembly, examination, inspection, testing andcertification of pressure vessels.

COURSE CONTENTS

Through interactive discussion, this course provides a general overview of how to apply ASME Section VIII Division 1 rules for the construction of pressure vessels. The course agenda includes the organization of the code book, responsibilities of various parties, design concepts, material requirements, fabrication rules, examinations done by the Manufacturer, inspections done by the Inspector, testing requirements, stamping, and final certification. We will also discuss Quality Control System requirements, and how to complete a data report. This class is for anyone wanting a top-level understanding of Section VIII Div. 1.

This will be a four day course consisting of four (4) four hour days. The course is live and will start at 11:00 AM ET and will end around 3:00 PM ET. Note: Attendees must pay in advance to receive the meeting link.

Monday - Friday (ET) Note: Break and Lunch times subject to change at instructor discretion. 

11:00 AM Start
11:55 AM Break (5 minutes)
12:55 PM Break (5 minutes)
  1:55 PM Break (5 minutes)
  3:00 PM End

A Certificate of Attendance with professional development hours (PDH) is issued to all attendees who are present for the sessions. 

SCHEDULED INSTRUCTORS - One of the following instructors will teach Courses:

Paul Shanks

Paul has a master’s degree in mechanical engineering and 17 years’ experience in the pressure equipment industry. Paul has designed pressure vessels for use in the pharmaceutical industry, and heat exchangers. He also worked to support the British Navy’s Nuclear Submarine program designing components and developing facility capability and spent time as a manufacturing engineer developing and sharing best practices on the cutting edge of welding and vessel fabrication technology. Paul is a National Board Commissioned Authorized Inspector who primarily works in the technical division of our home office to provide support our clients, and inspectors on all ASME and NBIC subject matters. Paul has attended and participated in NB and ASME committee meetings since 2017.

Stacey Marks ,P.E., C.W.I

Stacey has over 30 years of experience working with welding and pressure vessel codes including 5 years at a NDE lab certifying welders through mechanical testing, and 25 years working for a global pressure vessel manufacturer producing over 4,000 ASME U-stamped vessels a year. During her tenure at the manufacturing company, she held roles of Quality Engineer, Engineering Manager, and Quality Manager. She has successfully written and implemented ASME and PED QC programs for the manufacturing and repair of pressure vessels. Stacey is a Professional Engineer and a Certified Welding Inspector and has extensive practical experience with Section VIII construction and Section IX welding & supervision. She is a National Board Commissioned Inspector and has participated in the ASME and NB Codes & Standards Committees since 2013. She is a member of both the ASME Standards Committee for Pressure Vessels, and the ASME Standards Committee for Welding, Brazing, and Fusing. She is Chair of Section VIII sub-group Fabrication & Examination, and Chair of Section IX sub-group Brazing. In addition to her expertise with the ASME Codes, she has an easy-going style and an ability to communicate and explain the code in a simplified manner.