Industries
Thick walls, high heat, cyclic duty — all three are code problems.
Crackers, reactors and exchanger trains run hotter, thicker and more cyclically than almost anything else built to a pressure code. CEI, Finglow and Paulin Research Group keep the design case, the weld record and the integrity assessment on one code library.
From furnace headers to exchanger trains, the same rulebooks govern the equipment — ASME, EN, PD, TEMA and AWS. Cracking systems, thick-wall reactors and heat exchanger trains each carry different loads and different paperwork, but one set of design calculations, weld records and analysis sits behind all of them.
Cracking & reforming
Furnace headers, transfer lines, quench and steam systems.
Elevated temperature Section II allowables WRC 107 · 537 · 297 B31.3
Reaction & separation
Reactors, fractionation columns, accumulators and knockout drums.
ASME VIII Div 2 EN 13445 PD 5500 Nozzle FEA Holistic analysis
Exchange & transfer
Heat exchanger trains, process piping, flanged joints and tie-ins.
TEMA EN 1591 Flange analysis ASME Section IX AIV screening
Solutions
One vessel model, one set of code assumptions, three stages of the asset lifecycle.
Code-compliant vessel and exchanger design
Pressure vessel design compliance to ASME Section VIII, Div 1, with Section II materials, WRC-107 stress analysis and multiple wind and seismic codes.
Vessel and heat exchanger design for PD 5500, EN 13445 and ASME Section VIII Div 1 and 2 — build in one code and toggle to another to compare compliance.
Welding compliance and fabrication control
PQR, WPS, WPQ and welder continuity documentation with code assistance for ASME Section IX, AWS D1.1 and API 1104, plus welder expiration notifications.
NavWeld, NavNDT and QMSuite for weld procedure management, inspection workflows and QA/QC traceability, with audit documentation held against the job.
Advanced FEA and lifecycle integrity from PRG
Clustered nozzles, multiple nozzle load interactions, structural attachments and thermal or external piping loads from a single application, with automatic code reports.
Linear and nonlinear flange FEA with ASME B16.5 and B16.47 databases, evaluated against ASME, EN 13445 and PD 5500 stress and leakage methods.
8:00 AM – 9:45 AM: Complete Vessel Creation in Finglow
Speaker: Wayne Batizovszky
Kick off the day with a thorough guide to creating vessels from start to finish using Finglow 3D. Learn how to seamlessly export designs for analysis to Paulin Research Group's NozzlePRO and VesselLink.
10:00 AM – 11:45 AM: Nozzle Loading Methods
Speaker: Wayne Batizovszky
Kick off the day with a thorough guide to creating vessels from start to finish using Finglow 3D. Learn how to seamlessly export designs for analysis to Paulin Rsearch Group's NozzlePRO and VesselLink.
8:00 AM – 9:45 AM: Complete Vessel Creation in Finglow
Speaker: Wayne Batizovszky
Kick off the day with a thorough guide to creating vessels from start to finish using Finglow 3D. Learn how to seamlessly export designs for analysis to Paulin Rsearch Group's NozzlePRO and VesselLink.
10:00 AM – 11:45 AM: Nozzle Loading Methods
Speaker: Wayne Batizovszky
Kick off the day with a thorough guide to creating vessels from start to finish using Finglow 3D. Learn how to seamlessly export designs for analysis to Paulin Rsearch Group's NozzlePRO and VesselLink.
Next step
Tell us what you are designing, fabricating or re-rating and which codes apply. We will show you the workflow on your own geometry and documentation rather than a sample file.
Already a customer? Call us direct or visit customer support.
