| 11. | In a combined cycle plant, thermal efficiencies are approaching 60 %.
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| 12. | This lowers the maximum theoretical thermal efficiency of the reactor.
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| 13. | The thermal efficiency of the plant is around 37 %.
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| 14. | By operating at higher temperatures, steam plants can operate at a higher thermal efficiency.
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| 15. | RTOs are very versatile and extremely efficient thermal efficiency can reach 95 %.
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| 16. | Further, the thermal efficiency of steam was considerably less than that of diesel engines.
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| 17. | A high thermal efficiency requires a high overall pressure ratio.
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| 18. | As per BPDB report, overall gross thermal efficiency was 33.18 % in FY 1991.
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| 19. | The actual thermal efficiency will be significantly lower due to heat and friction losses.
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| 20. | Multiple heating effects can be used to increase thermal efficiency.
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