首页> 外国专利> Tube -in -pipe heat transfer according to tube -in -pipe principle for heat transfer surface -to -contact temperature change sensitive product flows

Tube -in -pipe heat transfer according to tube -in -pipe principle for heat transfer surface -to -contact temperature change sensitive product flows

机译:根据管内传热原理进行管内传热,表面到接触温度变化敏感的产品流量

摘要

The underlying invention enables the temperature control of sensitive product streams. For example, in the pharmaceutical or fine chemical production within a disposable tube by a tube-in-tube principle. In this case, the outer jacket pipe is passed through with a heat transfer medium and the inner tube with the product flow. The modularized design allows a series connection of individual tube-in-tube elements, which increases the performance over the heat exchanger surface. Furthermore, can be introduced by the division of the outer pipe in two half-shells and corresponding clamping connections hoses of different diameters. As a result of the properties described and the mobile design, the invention is able to provide or dissipate heat in succession in a plurality of production steps, without substantially increasing the operating costs. In particular, if different process steps are already connected to disposable pipelines. The purchase of other disposable materials is not necessary and the cleaning and sterilization or the corresponding validation lapsed. This also applies to the validation of new starting materials, provided that the plastic pipe is already established. The risk of acquiring a new process operation is therefore significantly reduced.
机译:根本的发明实现了对敏感产物流的温度控制。例如,在通过管中管原理的一次性管内的药物或精细化学品生产中。在这种情况下,外套管通过传热介质,而内管则通过产品流。模块化设计允许单个管内元件的串联连接,从而提高了热交换器表面的性能。此外,可以通过将外管分成两个半壳和相应的不同直径的夹紧连接软管来引入。由于所描述的特性和可移动的设计,本发明能够在多个生产步骤中连续地提供或消散热量,而基本上不会增加​​运行成本。特别是,如果不同的处理步骤已经连接到一次性管线。无需购买其他一次性材料,并且清洁和消毒或相应的验证失效。如果已经建立了塑料管,这也适用于新原材料的验证。因此,大大降低了获得新的过程操作的风险。

著录项

  • 公开/公告号DE102017009812A1

    专利类型

  • 公开/公告日2019-04-25

    原文格式PDF

  • 申请/专利权人 PETER TOLLKÖTTER;

    申请/专利号DE20171009812

  • 发明设计人 GLEICH ANMELDER;

    申请日2017-10-22

  • 分类号B01L7/00;B01D3/32;

  • 国家 DE

  • 入库时间 2022-08-21 11:45:32

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