ASME Pressure Vessels

ASME Pressure Vessels

Pressure vessels store and transport gases and liquids under significant pressure and temperature. Because of their content and applications, these vessels have inherent safety risks. BEPeterson holds a certificate of authorization and the ASME single certification mark of safety and quality. We design and fabricate pressure vessels according to the requirements of the ASME Boiler and Pressure Vessel Code. 

ASME pressure vessels are commonly used for the most critical and demanding storage and conveying applications. This means they must be designed and manufactured in accordance with the safety rules and regulations in the United States and abroad.

Custom ASME Pressure Vessels

BEPeterson offers custom ASME pressure vessel design and engineering services to customers in a wide range of industries and sectors. Depending on your specific application and configuration, our experienced ASME pressure vessel fabricators can devise a design that suits your needs.

Design

Following the required code protocol is critical for ASME pressure vessels. By partnering with BEPeterson, you can count on complete ASME pressure vessel design and fabrication for code and non-code vessels and tanks. As a leading ASME pressure vessel manufacturer, we precision engineer our range of ASME vessels using these metals:

  • Stainless steel
  • High alloy materials – 200 and 300 series SS, 2205 & 2207 Duplex SS
  • Aluminum
  • Nickel
  • Hastelloy alloys
  • Carbon steels

Engineering

At BEPeterson, we ensure that we meet our customers’ unique requirements. We have dedicated project engineers for every order received, meaning clients receive dedicated support for their specific project needs. Our ASME pressure vessel fabrication experts work closely with each client to understand and achieve their requests.

With decades of industry experience, we know which technical questions to ask and when to offer recommendations. Our team provides design solutions that meet our customers’ specifications and budgets while also factoring in industry standards. Most importantly, we cover all bases when it comes to pressure vessel ASME compliance by conducting comprehensive quality and safety inspections. 

Our engineers use the latest software in metal design and fabrication, including:

  • Solidworks 3D CAD
  • Solidworks Simulation for Finite Element Analysis
  • AutoCAD
  • Compress Pressure Vessel Software

Solution-Driven ASME Pressure Vessels

BEPeterson ASME vessels are fabricated, welded and tested to meet the ASME Boiler and Pressure Vessel Code requirements. All ASME forms and material test certificates (MTRs) are available with every vessel.

ASME Section VIII and TUV

  • Welding to ASME section IX
  • Polished and electro-polished finish
  • Hydrostatically tested – Vacuum leak testing
  • Skid fabrication and assembly
  • Codeware – Compress ASME code calculation software

Technical Specifications

  • Hydro-test
  • Radiography
  • He Leak Testing
  • PMI (Positive Material Identification)
  • NDE – PT, MT, UT
  • Dimensional – Fero Arm
  • Ferrite Testing
  • Impact Testing
  • ASME Section 8 Div 1
  • U,R,S & UM stamps
  • TUV
  • ISO 9001:2015 certified
  • CE, PED and CRN upon request
  • Carbon& low alloy Steels
  • 300 series & high temp SS
  • Aluminum
  • Nickel alloys – Monel
  • Inconel & Hastelloy
  • 2205 & 2507 Duplex SS

Our standard ASME pressure vessels have the following specifications. For custom requirements, speak with an expert.

  • Vessel thickness: Up to 3″ thickness
  • Vessel length: Up to 100′ OAL
  • Vessel pressure range: Full vacuum up to 20,000 PSI
  • Vessel diameter: Up to 13′ diameter
  • Overall vessel weight: Up to 40,000 lbs
  • Jacketed vessels: Dimpled, half-pipe, standard

Start the Design Process With BEPeterson

BEPeterson is a leading supplier of ASME pressure vessels for a variety of industries. With decades of experience in the business, we continuously deliver excellence in all our metal fabrication projects. Our team uses high-quality metals in our manufacturing process, ensuring reliable performance in high-risk applications. Request a quote today or speak with an expert to learn more.