Research and Develop on Series of Cryogenic Liquid Nitrogen Coil-Wound Heat Exchanger

Author:

Zhang Zhou Wei1,Wang Ya Hong2,Xue Jia Xing1

Affiliation:

1. Lanzhou Jiaotong University

2. Gansu Zhongyuan Energy and Power Engineering Co.,Ltd.

Abstract

The research and development situation of liquid nitrogen coil-wound heat exchanger were discussed in view of heat exchange in gas purification field in petrol-chemical industry. The basic designing methods and the multi-stream heat exchange process were illustrated by the cryogenic and high pressure crossing heat exchange equipments of liquid nitrogen coil-wound heat exchanger with multi-stream and multiphase flow, including Three-stream back-cooling heat exchangerin first stage, Four-stream back-cooling heat exchangerin second stage, Five-stream back-cooling heat exchangerin third stage, Multi-stream main back-coolingcoil-wound heat exchanger etc. A series of coil-wound heat exchangers with different mixed fluids and different applications were described. The winding structure characteristics and the work principles of the spiral pipe bundles were elaborated to give references for the scientific design and calculation of coil-wound heat exchanger in cryogenic field. The important research directions and the critical scientific problems were forecasted.

Publisher

Trans Tech Publications, Ltd.

Subject

General Engineering

Reference23 articles.

1. Obana Hideo[Japan], XU Zhongquan(translator). Heat exchanger design manual [M]. Beijing: Petroleum Industry Press, 1982. 09.

2. Zhang Zhou-wei, Wang Ya-hong. Coil wound heat exchanger[M]. Lanzhou: Lanzhou University Press, 2014. 9.

3. Zhang Zhou-wei. The design and calculation method for cryogenic methanol-methanol spiral coil-wound heat exchanger[P]. China, 201210519544. X, 2013-01.

4. Zhang Zhou-wei. The spiral coil-wound heat exchanger for low temperature recycled methanol cooler[P]. China: 201210548454. 3, 2013. 03.

5. Zhang Zhou-wei. The cryogenic spiral coil-wound heat exchanger for unshifted feed gas cooler, [P]. China: 201210569754. X, 2013. 04.

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