Pressure Vessels, Boilers, Heat Exchangers & Storage Tank Design

At GWE, we provide comprehensive design services for pressure vessels, boilers, and atmospheric
storage tanks, engineered to the highest standards of safety, efficiency, and compliance. Our solutions
are developed in line with ASME Sec.VIII, AS 1210, API 650, API 620, and applicable Australian standards,
ensuring every design meets regulatory and operational requirements.

Our engineers deliver custom designs tailored to project specifications and service conditions, whether
for high-pressure, high-temperature applications, or large-scale liquid storage. We carefully evaluate all
critical factors, including operating pressure and temperature, hydrostatic loads, wind and seismic
effects, corrosion allowances, material selection, and safety margins. Roof configurations (cone, dome,
floating, or open-top), tank foundations, venting requirements, and vessel internals are integrated into
the design for maximum durability and practicality.

Using advanced CAD platforms (AutoCAD, SolidWorks) and analytical tools including Finite Element
Analysis (FEA), our team ensures that each design is structurally sound, optimized for performance, and
straightforward to fabricate and construct.

We also work closely with fabricators, contractors, and project managers to guarantee smooth
integration from concept to installation. Every project is delivered with complete documentation—
including design calculations, compliance reports, and detailed drawings—ready for approval and
fabrication.

Key Capabilities:

  • Design of pressure vessels, boilers, and atmospheric storage tanks
  • Custom solutions for vertical, horizontal, and jacketed vessels
  • High-pressure and high-temperature applications
  • Tank designs with fixed, floating, cone, dome, or open-top roofs
  • Integration of nozzles, manways, supports, and internal components
  • Foundation design and structural detailing
With GWE, clients receive safe, efficient, and code-compliant designs that are engineered for long-term
reliability, cost-effectiveness, and seamless constructability.