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UDC 628.179.2

PROHOROV E. I.

Recycled water systems in industrial water supply schemes

Summary

Water and energy conservation is one of the conditions of the successful operation of an industrial enterprise. Water balance developed with an account of the actual water and wastewater metering is a basis of ensuring the sustainable water use. The analysis of the water balance provides for reducing total discharge and water consumption in the production processes by establishing local process and cooling recycled water systems for separate workshops and installations. In this respect recovering recyclable material or commercial product from sludge and wastes is possible. In case secondary product recovering is not possible or economically impracticable the wastes are transferred to special utilities for utilization. The operability of the water recycling cooling systems can be restored by upgrading with the use of prefabricated small-scale cooling towers. Small-scale prefabricated cooling towers provide for recovering 115 thousand kcal/h of heat from 1 m² irrigated area. The examples of improving water supply and drainage systems of a number of industrial enterprises are given. An algorithm of improving industrial water supply and drainage systems is presented. Herewith one of the tasks is training of qualified personnel capable of addressing environmental security issues in combination with providing for the sustainable water supply of the industrial enterprise.

Key words

cooling tower , water management system , local recycled water cycle , successive water use , water balance

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REFERENCES

1. Prokhorov E. I. [Improving the efficiency of industrial water management systems]. Ekologiia Proizvodstva, 2012, no. 10, pp. 56–61. (In Russian).
2. Rekomendatsii dlia proektirovaniia i ekspluatatsii okhlazhdaiushchikh sistem oborotnogo vodosnabzheniia proizvoditel’nost’iu do 1000 m3 v chas s malogabaritnymi gradirniami zavodskogo izgotovleniia [Guidelines for design and operation of recycled water cooling systems with a capacity less than 1000 m3/h with prefabricated small-scale cooling towers: Under the editorship of E. I. Prokhorov. Moscow, «NII VODGEO» OJSC Publ., 2012, 56 p.].
3. Alferova L. A., Zaitsev V. A., Nechaev A. P. Ispol’zovanie vody v bezotkhodnom proizvodstve. Okhrana prirody i vosproizvodstvo prirodnykh resursov [Water use in non-waste industry. Environment conservancy and restoration of natural resources, v. 29. Moscow, VINITI Publ., 1990, 196 p.].
4. Prokhorov E. I. [Cooling tower design: results and prospects]. Vodosnabzhenie i Sanitarnaia Tekhnika, 2004, no. 2, pp. 21–24. (In Russian).
5. Dobrydnev E. P., Prokhorov E. I., Kondrat’ev L. I., Kornev N. I. [Introducing zero-discharge water system]. Ekologiia Proizvodstva, 2012, no. 11. (In Russian).