Siemens gPROMS to Simulate Reactor Exit Gas Cooling in Methane Conversion Process

The project aims to develop a process simulation model using Siemens gPROMS for cooling reactor exit gas from 1200°C to 500°C. The model is based on a gas outlet stream from an 18,000 kg/hr methane feed, with specific component compositions. Deliverables include a process flowsheet, a technical report, and the native gPROMS file. The work must be completed within two weeks of project award, including a detailed proposal from the supplier.

Published Mar 26, 2026

The project focuses on creating a robust gPROMS simulation model for cooling reactor exit gas in a methane conversion process. The gas stream will be cooled from 1200°C to 500°C, based on an 18,000 kg/hr methane feed.

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The model must reflect the thermodynamic behavior of the gas mixture, which includes methane, hydrogen, acetylene, propane, and solid carbon. Deliverables include a process flowsheet, a technical report with heat exchanger performance data, and the original gPROMS file. The completion deadline is two weeks post-award, requiring suppliers to detail estimated man-hours and project costs in their proposals.