MECHANICAL DESIGN ENGINEERING

We leverage the latest versions of AspenTech Exchanger Design and Rating software to perform mechanical design calculations for heat exchangers, ensuring compliance with the most current ASME code—as well as related customer design requirements.

For pressure vessel design, we utilize Codeware Compress software, which is specifically tailored for ASME-compliant pressure vessel calculations. Additionally, we use MathCad Prime 3 software to verify ASME design code calculations and to validate the results generated by both licensed and in-house software tools.

Nozzle loads are evaluated through finite element analysis (FEA) using Nozzle Pro software ensuring accurate assessment of stress and strain.

We also employ code calculation software to design vertical supports, erection lugs, and trunnions, adhering to WRC guidelines to ensure structural integrity and safety.

We design shell and tube heat exchangers and asme pressure vessels tailored to meet our customers’ diverse needs and facilitating efficient heat transfer, precise temperature control, and enhanced process performance across a range of applications, including:

Our heat exchangers are meticulously designed to optimize thermal efficiency and reliability and ensure seamless integration—and superior performance—within your operations.  

Example heat exchanger designs include:

Our ASME pressure vessels are built to the highest standards, to your exact specifications and in adherence with all applicable industry standards for optimal performance, longevity—and uptime.

Example ASME pressure vessel projects include: