2013 2(13)

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Borisenko D.I.

Moscow State University of Technologies and Management named after K.G.Razumovskiy, Moscow, Russia


Borisenko, D.I., (2013) Prospects of establishment of the air-conditioning equipment of new generation, Modern Science: Researches, Ideas, Results, Technologies, Iss. #2(13), PP. 44 - 47.


air purification; air treatment; conditioning; ventilation; nano separation; nanotechnology; resource conservation; energy efficiency; ecological cleanliness


Set out a fundamentally new approach to water and air preparation in which the prospect of creating of the air-conditioning equipment of new generation. This approach consists in the nano separation of impurities of environment. After separation substances go to special cells, where accumulate. This fact allows to use the pure substance (separate chemical elements and their compounds), and for produce electricity. Clearing the air or water (fluid) environment that contains unwanted impurities, it is proposed to use the filters, consisting of identical mini-cells. Each of these cells through interactions at the microscopic level, directs a certain type of impurities (in the extreme case, a single chemical substance-mixture of a certain composition) in a given direction. Bringing This substance (pollutant) is in a special section. In this section of the mixture, depending on its composition, may be stored or transformed into another substance. Out of this section substance impurity-in the original or processed form, can be removed and used as a raw material. Each layer of the filter is oriented to capture a certain substance (or impurities) on a number of grounds: the substance, size, shape, speed in the source flow. The number of layers is generally not restricted. The realisation of the above method requires a prior preparation, inter alia, the separation of impurities to microscopic particles, and ideally by individual molecules. This requires both appropriate energy costs and very labour intensive manipulation to create sorting filters. These filters have the precision to recycle the required volumes cleaned. The modern science know membrane filtration devices, including at the nano level. One promising solution to this problem is the use of living organisms that consume certain components of the environment, and waste products which are defined by required composition and size. It should be emphasized that this approach provides an opportunity to receive absolutely pure substances that is important for a variety of industries.


  1. Klochkov V.V., Ratner S.V. Management of the development of "green" technologies: economic aspects [electronic resource]: monograph. -Electron. text and graph. Dan. (3.3 MB). -M.: ISP RAS, 2013. -1 electron. opt. CD (CD-R). +URL: http://www.ipu.ru/ sites/default/files/page_file/GreenTech.pdf ISBN 978-5-91450-132-4

  2. Sergeev N.N. Methodological aspects of energy saving and energy efficiency of industrial enterprises: monograph. -Moscow: IZD-vo "Udmurt University", 2013. - 116 p.

  3. Tabunschikov Yu.A./ Intellectual buildings// AVOK No. 3/2001.

  4. Soviet encyclopedic dictionary/ Ed. by A.M. Prokhorov. - 4-ed. - Moscow: Sov. encyclopedia, 1986. - 1600 p.

  5. Varadan V., Vinoj K., Jose K., MEMS and their applications: Monograph (translation from engl. ed. by Zabolotnaya Yu.A.) - M.: Technosphere, 2004. - 528 p.

  6. Суздалев И.П. Нанотехнология: физико-химия нанокластеров, наноструктур и наноматериалов / И.П. Суздалев.-М.: КомКнига, 2006.-592 с.

  7. Kabardin O.F. Physics: Met. materials. Stud. student manual. - М: education, 1985. - l359 p.



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