CONSUMER UNIT WATER QUALITY DRINKING WATER

摘要

The invention relates to the uninterrupted supply of quality drinking water to consumers. The apparatus includes a supply source of raw water, means for supplying raw water, water treatment facilities, converting and enriching drinking water reserves storage, shipping to the consumer. As raw water sources additionally used drainage sources dams, artesian wells, imported. As a water treatment facility using aqueous plant equipment including a raw blocks cleaning composition, transformation and enrichment of water. Water the plant is equipped with facilities for the manufacture of packaging and bottling of drinking water in the tare production, warehouse of finished products calibrated, capacitive and vans trucks delivering potable water to the consumer. Each of the aqueous plant units connected through an output block variator with storage of potable water supplies. Storage consists of a group of tanks for clean redundant back-potable water tanks and finished products in the assortment. Reservoirs in each group and group storage tanks are interconnected by piping to form a closed system and are connected with the equipment for manufacturing and filling containers in the tare products with additional intermediate storage bunker to refilling and water rail. Intermediate storage bunker for water vessels connected flexible tube system. Residential buildings have individual water source, connected to an additional conduit in the form of a third valve. The pipeline is installed in parallel with the sub-system of hot and cold domestic water supply and is equipped with automatic system for individual metering and supply of drinking water. Residential buildings are equipped with additional storage with a calibrated water. Dispatching service associated with a warehouse shipment of finished products and provides calibrated organized distribution of drinking water and water in the range of routing schemes following means of delivery to the consumer of drinking water. 12 z.p.f. 7 Fig.