Founded on the principle that cutting-edge technology can offer a better way to provide on-site heat treatment solutions, Superheat is a leading innovative heat-treatment provider. Heat treatment is the controlled heating or cooling of a component to alter its mechanical and physical properties. During the manufacture, installation, or repair of certain components, the processes implemented may cause changes to the molecular structure of the material, requiring heat treatment to eliminate undesirable or even dangerous behaviors in the end product.
Superheat provides high-quality on-site heat-treatment solutions for a range of products in several industries. These include heat treatment of pressure vessels, catalyst crackers, piping, and component parts for oil refineries; ferrous alloys, high-pressure/high-temperature steam piping, headers, water wall/boiler tubes, and feedwater heaters for power generating stations; vessels and piping for chemical processing plants; advanced alloy materials, heavy-water and high-pressure steam piping, heavy-wall component parts, turbines, and containment structures for nuclear power plants; and structural components, bridges, and platforms for the construction and offshore industries.
Until 2018, Superheat utilized 2D diagramming software to create layouts for its heat-treatment quality packages and SOLIDWORKS® 3D design software to develop more specialized and sophisticated heat-treatment designs. However, the 2D software that Superheat used had limited capabilities, and its inability to read DWG files (the most common customer format for components requiring heat treatment) and manipulate engineering drawing layers prompted the company to evaluate other 2D design solutions, according to Engineering Tech Supervisor Brent Walton.
“We create our drawings in such a way that our field technicians know how to wrap vessels, components, or piping to meet code requirements for heat treatment, and our drawings include much of our valuable knowledge, expertise, and intellectual property [IP],” Walton explains. “In addition to reading in customer DWG files, we needed the capability to manipulate drawing layers, which allows us to then remove our sensitive IP from drawings that we deliver to our customers or charge them if clients choose to purchase drawings containing all layers as part of their heat-treatment solution.”
Because Superheat uses SOLIDWORKS 3D design software to complete special projects, it became aware of DraftSight® 2D design solutions and immediately began using DraftSight for opening DWG files from customers. The company then purchased many DraftSight Professional licenses to support the manipulation of drawing layers. Superheat chose DraftSight Professional software because it is familiar to and easy to use by engineers with experience using AutoCAD® software, is a fraction of the cost of AutoCAD, and is fully compatible with the SOLIDWORKS 3D design system.
Faster Design, Greater Design Reuse
Since implementing DraftSight Professional software, Superheat has dramatically reduced drawing and heat-treatment quality package development times, partly by increasing its volume of design reuse. “DraftSight [Professional] has enabled us to reduce drawing time despite the fact that our drawings are now much more detailed,” Walton notes.
“With DraftSight, it’s much quicker and easier to create a drawing because we take advantage of a prepopulated template, resulting in a 30 to 50 percent reduction in heat-treatment package turnaround time,” Walton continues. “Part of this productivity improvement is related to our greater volume of design reuse. We have more than 2,300 drawing configurations in our design library, and because DraftSight is compatible with the DWG format, we are taking advantage of opportunities to reuse existing, proven configurations where applicable.”