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TECHNOLOGICAL COMPLEX FOR CLEANING SYSTEMS ENGINEERING

机译:清洁系统工程技术复合体

摘要

The utility model relates to a power, industry, transportation, environment and other areas where the carried heat-exchange processes, followed zashlakovka engineering systems, and is intended to bring back to normal engineering systems for various applications, including cleaning and washing of the solid crystalline, oil-mud, organic and other deposits. The technical result provided by using the suggested complex, is to reduce the execution time of cleaning engineering systems using biodegradable products and environmental security purification process by adjusting the repetition rate and duration of the droplet charges, as well as reducing slagging structural elements multifunction process complex. Machine for cleaning engineering systems comprises flushing pulse generator with two inputs and an output storage tank of cleaning liquid, attached to items to be cleaned, and a system of ball valves for reversing the purge stream fed to the input and accumulator tank yield in the purification process object of one of the inputs generator is connected to the compressor, a second for supplying a cleaning fluid to form a droplet mixture, and an output for connection - via arr atny valve - to the cleaning object, wherein the second input of the generator connected to the dispenser of washing liquid, associated with the device for controlling the duration and repetition rate of flushing pulses, and a storage tank equipped with heating the washing liquid with a step change in temperature, wherein the complex is provided with means of magnetic processing purge stream. The washing liquid is an aqueous solution of a biodegradable drug. cleaning fluid heating system is configured to stepwise change the temperature from 25 ° C to 70 ° C. As a result of multivariate effect on biologic purification Ekosan object reversible, wave resonance, and the interference vortex cavitation processes at the molecular level, the efficiency of exposure to substantially increased deposition compared to known devices and thus reduced purification time hidroxeur tube and engineering system.
机译:本实用新型涉及电力,工业,运输,环境和其他进行热交换过程,遵循zashlakovka工程系统的领域,并且旨在恢复到常规工程系统以用于各种应用,包括固体的清洗和洗涤。晶体,油泥,有机物和其他沉积物。使用建议的配合物所提供的技术结果是,通过调节液滴进料的重复率和持续时间,以及减少结渣的结构元素多功能工艺配合物,减少了使用可生物降解产品和环境安全净化过程的清洁工程系统的执行时间。 。用于清洗工程系统的机器包括冲洗脉冲发生器,该脉冲发生器带有两个输入端和一个清洗液输出端储罐,该储罐连接到要清洗的物品上,还有一个球阀系统,用于在净化过程中逆转输入到输入端和储罐中的清洗气流输入发生器之一的过程对象连接至压缩机,第二输入发生器用于供应清洁液以形成液滴混合物,第二输入发生器的处理对象通过Arrrany阀连接至清洁对象,其中发生器的第二输入连接到洗涤液分配器,与用于控制冲洗脉冲的持续时间和重复率的装置相关联,并且储罐配备有随着温度的逐步变化而加热洗涤液的装置,其中,该复合体设有磁处理装置清除流。洗涤液是生物可降解药物的水溶液。清洗液加热系统配置为将温度从25°C逐步改变为70°C。由于对生物纯化产生多变量影响,Ekosan对象可逆,波共振以及分子水平上的干扰涡流空化过程,与已知设备相比,暴露于显着增加的沉积中,因此减少了Hidroxeur管和工程系统的纯化时间。

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