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Engineered Safety

Pressure Vessels

Custom-designed pressure vessels engineered to strict safety codes for petrochemical, power generation, and industrial processing applications.

Where Precision Meets Safety-Critical Engineering

Pressure vessels represent one of the most demanding categories of industrial fabrication, where engineering precision directly impacts operational safety. At MEEM, we bring the same rigorous standards applied to HRSG and ACHE manufacturing to our custom pressure vessel line.

Every vessel we produce is designed, fabricated, tested, and documented in full accordance with applicable ASME code sections and customer specifications. From small process vessels to large-scale reactor components, our capabilities span the full spectrum of pressure-containing equipment.

VIIIASME Code
Div 1&2Design Rules
FullTraceability
Pressure Vessel Fabrication
ASME-Coded Pressure Vessel Manufacturing

Vessel Types & Applications

01

Process Vessels

Separators, scrubbers, flash drums, surge vessels, and accumulators for chemical processing, refining, and upstream oil & gas applications. Designed for specific process conditions with appropriate internals and nozzle arrangements.

02

Reactor Vessels & Components

Reactor shells, reactor internals support structures, catalyst containment vessels, and high-pressure reaction chambers. Material selection ranges from carbon steel through stainless to exotic alloys for corrosive services.

03

Storage Vessels

LPG storage tanks, compressed gas receivers, buffer tanks, and inventory storage vessels. Horizontal and vertical orientations with full structural analysis for seismic and wind loading conditions.

04

Auxiliary Process Vessels

Pressure vessels supporting power generation and industrial facility operations including water treatment vessels, HVAC system components, and auxiliary process containers manufactured to stringent quality standards.

05

Heat Exchanger Shells & Pressure Parts

Shell-and-tube exchanger shells (stationary head, floating head, rear head types), channel boxes, bonnets, and tube sheet assemblies — complementing our core heat exchanger product lines with pressure-boundary components.

Materials Capability

  • Carbon Steel (SA-516 Gr.60/70, SA-106 B/C)
  • Low-Alloy Steel (SA-387 Gr.11/22, SA-336 F11/F22)
  • Stainless Steel (SA-240 304/304L/316/316L/321/347)
  • Clad & Overlay (Explosively clad, weld overlay)
  • Nickel Alloys (Inconel, Hastelloy per requirement)
  • Specialty Materials (per project specification)

Code & Standard Compliance

  • ASME Section VIII Division 1
  • ASME Section VIII Division 2
  • ASME U Stamp (Pressure Vessels)
  • ASME PP Stamp (Pressure Piping)
  • PED 2014/68/EU (CE Mark)
  • Client-Specific Specifications

Frequently Asked Questions

Q: What types of pressure vessels does MEEM manufacture?

A: MEEM manufactures process vessels, reactor vessels and components, storage vessels, auxiliary process vessels, and heat exchanger shells and pressure parts.

Q: What design codes does MEEM follow for pressure vessels?

A: MEEM designs and fabricates pressure vessels in accordance with ASME Section VIII Division 1 and Division 2, and can meet PED 2014/68/EU requirements for CE marking.

Q: What certifications does MEEM hold for pressure vessel work?

A: MEEM holds ASME U Stamp for pressure vessels and ASME PP Stamp for pressure piping.

Q: What materials are available for MEEM pressure vessels?

A: MEEM works with carbon steel, low-alloy steel, stainless steel, clad and overlay materials and nickel alloys such as Inconel and Hastelloy on a project-specific basis.

Q: In which industries are MEEM pressure vessels used?

A: MEEM pressure vessels serve petrochemical, power generation, oil and gas, industrial processing, water treatment and HVAC applications.

Have a Pressure Vessel Requirement?

Send us your datasheet or specification for a prompt engineering review and competitive quotation.

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