The thermodynamic efficiency of the engine will surpass 50%.

Simple cycle steam turbines have topped out with some of the most advanced reaching about 35% thermodynamic efficiency for the entire process.

The thermodynamic efficiency of soil microbial communities subject to long-term stress is lower than those under conventional input regimes.

The thermodynamic efficiency of simple-cycle gas turbine power plants ranges from 20 to 42%, with between 30 to 42% being average for a new plant.

This, in turn, limits their thermodynamic efficiency to 30-32%.

Large modern water turbines operate at mechanical efficiencies greater than 90% (not to be confused with thermodynamic efficiency).

The thermodynamic efficiency is a measure of how well it performs compared to an isentropic case.

Water injection has additional positive effects on the engine performance (thermodynamic efficiency) and reduces overall CO2 emissions.

At present, Europe needs to organise its own energy potential and to improve the use of this latter by increasing thermodynamic efficiency.

This is equivalent to a thermodynamic efficiency of 55.4%, which is an exceedingly high figure for a small internal combustion engine.