Optimizing Waste Heat Recovery with a Triple Combined Power Cycle

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The system produces an additional power of 1688 kW, contributing 29.82% to the overall energy output.
Using a triple combined cycle significantly reduces the environmental impact of waste heat released from industry.
High-temperature waste heat is first utilized in a gas turbine cycle, followed by an organic Rankine cycle.
The Kalina cycle captures remaining waste heat, resulting in efficient energy recovery across temperature ranges.

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This study demonstrates effective waste heat recovery and energy efficiency improvements using gas turbine, organic Rankine, and Kalina cycles.

Tozlu et al. (2025) studied this question.

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This study demonstrates effective waste heat recovery and energy efficiency improvements using gas turbine, organic Rankine, and Kalina cycles.