
The key outcome of the project was a 0.7% increase in thermal efficiency, which resulted in reduced fuel consumption and air emissions. The project delivered an overall 1% decrease in NOX, SO2, RSP and CO2 emissions.
Apart from reducing air emissions, the project also supported circular economy objectives by extending outage intervals for critical materials by 33% and increasing the replacement intervals for hot gas path components by 33–50%. These measures further reduced maintenance costs and waste, and optimised spare parts inventories, contributing to more sustainable operations.
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