可修复热交换器的发展,以处理家庭和城市废物

M. A. Lobanov, Eldar Rinatovich, V. Chelnokov, R. Abdeev
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引用次数: 0

摘要

Evolvent形式可以应用于石油和天然气工业中空气冷却器和管壳式换热器的新设计。空气冷却器的结构是一个垂直的圆柱形多截面,在管束中有渐进式管排。管有一个u形的形式,以解决在维护过程中线性热膨胀的破坏问题。可拆卸式管壳式换热器具有演化型管束。该换热器的优点是可拆卸结构、可维护性和节能。这是加强了热交换元件的结构,它由不锈钢波纹柔性管组成。可拆卸结构是通过一组法兰和配件实现的。换热器的能量效率由波纹管的薄壁决定,波纹管的薄壁为0.3 mm,通过波纹管可以更快地将热能从热流体传递到冷液体。此外,能源效率提高了紧密的包装管束,这有助于增加单位体积的传热面积。这种解决办法有助于促进更有效的技术设备和有希望的想法,以进一步发展和改进技术和技术综合体。关键词:管,热,波纹,柔性,演变,构造
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of a Repairable Heat Exchange for Disposal Considerations for Household and Municipal Waste
Evolvent form can be applied in the new design of an air cooler and shell and tube heat exchanger used in the oil and gas industry. The air cooler is constructed as a vertically cylindrical multi-section with the evolvent-profile tube row in tube bundle. Tubes have a U-shape form for solving the problem of destruction from linear thermal expansion during maintenance. The dismountable shell-and-tube heat exchanger has an evolvent-profile tube bundle. The advantage of this heat exchanger is its dismountable construction, maintainability and energy efficiency. This is enhanced by the construction of the heat exchange element, which consists of stainless corrugated flexible tubes. Dismountable construction is achieved by a set of flanges and fittings. The energy efficiency of the heat exchanger is determined by thin wall of the corrugated tube, which is 0.3 mm, whereby a heat energy will be transferred faster from a hot stream to cold liquid. Also, energy efficiency is enhanced by tight packing of the tube bundle, which contributes to increase heat transfer area per unit volume. Such solutions contribute to the promotion of more efficient technological equipment and promising ideas for further development and improvement of technical and technological complexes. Keywords: tube, heat, corrugated, flexible, evolvent, construction
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