GEA OPTIMIZES DESIGN PROGRAM FOR REFRIGERATION PLANTS

It provides a design environment for graphically mapping and editing a pipe network. Using drag-and-drop, essential components such as safety valves, vessels and pipes can be inserted to build up the structure of the network. Integrated input masks are used to define additionally required data, such as refrigerant, outlet pressure and the calculation standard to be used. The user can thus compile all sections and valves of his plant himself online with ValveCalc 7.5.

Complex project processing optimized and content revised and updated
The new version ValveCalc 7.5 has been optimized visually with regard to the user interface and the view on printout sheets, and new languages such as Korean, Chinese, Polish and Italian have been added. On the other hand, there are far-reaching content relaunches. The critical velocity is taken into account in the calculation of the branched lines calculations of safety valves as well as the different fire sections in the calculation. For the respective calculation section, new online video tutorials are available with ValveCalc 7.5.

Through the revised program, updated new product types are now also available such as WVR AL DN15-DN100, SFCS and FT in larger dimensions. In addition, there is the possibility to calculate with own fittings and components. Thus, there is an update to the latest standard for safety valve calculation, EN13136.

Apart from the above-mentioned content innovations, version 7.5 will be available both as a downloadable and installable program, as well as a virtual desktop infrastructure in a cloud. Due to the innovative streaming technology used, ValveCalc 7.5 can be used via the browser. This eliminates, for example, restrictions due to security policies within company networks. ValveCalc is operated on a high-performance infrastructure in a DSGVO-compliant, German data center, so that users with less powerful computers can also benefit from the program's high response speed, especially when it comes to resource-intensive processing steps.

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