Combined Cycle Heat Recovery Optimization
- Topics:
- Mechanical and Industrial
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Overview: Achieving financial improvements requires proper analysis of many requirements and parameters. Changing one input design parameter often results in modifications to other parameters. For example, changing the HRSG design changes efficiency, fuel cost, capital cost, debt financing, and emission rates. Often it is important to assess the impact of a range of inputs in the analysis. Combustion turbine performance has the primary impact on combined cycle plant efficiency. The next most important piece of equipment that impacts efficiency is the heat recovery steam generator. The HRSG parameters to optimize include steam pressures, temperatures, flows, pinch points, approach temperatures, and HRSG exit gas temperatures.
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Format: PDF | Size: 1,792KB | Date: Feb 2001 | Pages: 6



