The Study on Development of Performance in Cryogenic Piston Pump
Jong-Min Lee, Jonggoo Lee, Kwangju Lee, Jong-Tai Lee
Abstract
Open-access reader
Jong-Min Lee, Jonggoo Lee, Kwangju Lee, Jong-Tai Lee
Abstract
Open-access reader
In order to develop a universal cryogenic piston pump of small size for increasing utilization of liquid hydrogen, dynamic compression performance of piston pump were evaluated and improvements were also discussed for piston rod and piston tip. The cryogenic piston pump has crosshead structure and inclined cup shape piston tip. As the results, it was found that i) insulation of heat flow from piston-rod part is required for stable operation ii) improving the self-clearance adjustment effect of piston tip and reducing piston eccentricity were desirable to promote pumping pressure and operating range.
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In order to develop a universal cryogenic piston pump of small size for increasing utilization of liquid hydrogen, dynamic compression performance of piston pump were evaluated and improvements were also discussed for piston rod and piston tip. The cryogenic piston pump has crosshead structure and inclined cup shape piston tip. As the results, it was found that i) insulation of heat flow from piston-rod part is required for stable operation ii) improving the self-clearance adjustment effect of piston tip and reducing piston eccentricity were desirable to promote pumping pressure and operating range.
Key concepts: Piston pump, Piston (optics), Radial piston pump, Crosshead, Plunger pump, Reciprocating pump, Axial piston pump, Materials science