AUTOMATIC MACHINE OF DRINKING WATER - A NEW TYPE ECOLOGICAL WATER INSTRUMENT

Section	Resource Saving
Title	AUTOMATIC MACHINE OF DRINKING WATER - A NEW TYPE ECOLOGICAL WATER INSTRUMENT
Сontributors	E. V. Orlov, Ph. D., assistant professor of FGBOU “Moscow state building university”, This email address is being protected from spambots. You need JavaScript enabled to view it.
Abstract	The new type of water folding devices established in residential buildings — the machine gun of drinking water (purifayer) is presented. Its design is shown and elements, and also some additional functions meeting in various models are described. The filtration scheme for providing the consumer with clear drinking water due to use to 5 different filters is provided. Advantage of a purifayer over coolers with bottled water, and also electric kettles of house using is shown. The main proofs, allowing to carry this device to the most eco-friendly among the water folding devices, presented today in the market are provided. It is reached by decrease in expenses for electric power payment that will lead to big resource-saving. Also a purifayer — more the best alternative to bottled water because the price of the tap filtered water turns out several times lower. The purifayer at the industrial enterprises as replacement of a special drinking water supply system allows to use existence of additional functions (water cooling, supply of sparkling water).
Keywords	resource-saving, water supply, machine gun of drinking water (purifayer), filter, internal water supply system, water folding device, mixer, fitting, return osmosis.
References	1. Orlov E. V. Engineering equipment of buildings and territories. M: MGSU, 2012. 104 p. 2. Isaev V. N., Sasin V. I. Device and the installation of sanitary engineering systems of buildings. 2 publ., rev. and supplementary. M.: High. school., 1989. 352 p. 3. Pervov A. G. Modem highly effective technologies of purification of drinking and technical water with the use of membranes, reverse osmosis, nanofiltration, ultrafiltration. M.: Publishing house of the ASV, 2009. 282 p.