Pressure Vessels

Pressure Vessels

ENEVA pressure vessels are critical pressurized equipment designed to safely store gases or liquids under a specific pressure, supply them to the process in a controlled manner, or maintain system balance. In energy, chemical, and process plants, pressure vessels are of vital importance in terms of operational safety, continuity, and regulatory compliance.

  • Gas and liquid storage applications
  • Horizontal and vertical design options
  • Engineering suitable for high pressure and temperature conditions
  • Manufacturing in compliance with international standards

WHAT IS A PRESSURE VESSEL?

Pressure vessels are containers designed to safely contain fluids with internal pressure higher than atmospheric pressure or to be used as part of a process.

These equipment;

  • Incorrect design
  • Improper material
  • Inadequate manufacturing

can pose significant safety risks under such conditions. Therefore, pressure vessels must be designed with engineering calculations in compliance with relevant standards. In ENEVA’s approach, a pressure vessel is not just a storage unit, but one of the main components ensuring the safe operation of the system.

  • Steam and hot oil systems
  • Gas storage and buffer tanks
  • Chemical and petrochemical plants
  • Power generation facilities
  • Storage of process fluids
  • Expansion and balancing applications

Horizontal Pressure Vessels

  • Facilities with limited height
  • High-volume storage requirements
  • Applications requiring stability
  • Commonly preferred for ease of maintenance and operation

Vertical Pressure Vessels

  • Facilities with space constraints
  • Low footprint requirements
  • Applications requiring process integration
  • Offer compact and efficient solutions

ENEVA pressure vessels are developed entirely on a project basis through the following engineering steps:

  • Mechanical calculations based on design pressure and temperature
  • Cylindrical shell, head, and nozzle optimization
  • Material selection based on application (corrosion, temperature, fluid type)
  • Welded manufacturing procedures (WPS / WPQR)
  • Non-destructive testing (RT, UT, PT, MT) planning
  • Third-party inspection when required
  • Design in accordance with EN 13445, AD 2000, or ASME Sec. VIII
  • Compliance with PED 2014/68/EU and CE
  • Manhole / Handhole
  • Drain and vent connections
  • Lifting lugs
  • Nameplate and technical documentation

Optional:

  • Safety valve
  • Level indicator
  • Pressure and temperature instrumentation
  • Insulation, sandblasting, and painting

Let’s Start Safety from Design

Let’s design the pressure vessel solution suitable for your process together with ENEVA engineering, in full compliance with standards.

Let’s Evaluate Your Project