His studies of condensation and heat transfer between solids and fluids brought radical revision in boiler and condenser design, while his work on turbine pumps permitted their rapid development.
A 5.6 113.4% increase in chiller COP can be achieved from the new condenser design and condenser fan operation.
Hence, the modified condenser design increases the condenser effectiveness to be about 0.71 while, for conventional type of 0.49.
Although the specific examples presented here are geared towards a specific condenser design, it should be noted that the methods described are generally applicable to a variety of condenser designs as might be found in future EUV lithography systems.
This study is useful for the condenser design and operation such as applied in Organic Rankine Cycles.
The software is applied to the same condenser design problem worked previously by hand and results are compared.
As a result, there is scope for improvement in condenser design and this paper presents one such approach – a novel modular air-cooled condenser (MACC).
There is no precise criterion to determine baffle spacing in the presented procedure for condenser design in the Heat Exchanger Design Handbook (HEDH).
A "tailor-made" Ne condenser design is presented, enabling the suppression of the primary He temperature variations by two orders of magnitude, from c. ±0.3K to below ±3mK.
It is concluded that more experimental and theoretical work is required to explain these effects in view of their importance in turbine condenser design.
