RU2009116161A

RU2009116161A - ROTARY WATER SUPPLY SYSTEM WITH APPLICATION OF COOLERS

Info

Publication number: RU2009116161A
Application number: RU2009116161/06A
Authority: RU
Inventors: Олег Савельевич Кочетов (RU); Олег Савельевич Кочетов
Original assignee: Олег Савельевич Кочетов (RU); Олег Савельевич Кочетов
Priority date: 2009-04-29
Filing date: 2009-04-29
Publication date: 2010-11-10
Also published as: RU2486422C2

Abstract

1. Система оборотного водоснабжения с применением градирен, содержащая градирни, соединенные между собой гидравлическими контурами приготовления и потребления воды, отличающаяся тем, что каждая из соединенных между собой градирен содержит корпус, в нижней части которой расположен бак для сбора воды с системой подпитки воды, затрачиваемой на испарение, который соединен с насосом, подающим охлажденную в градирне воду потребителю через фильтр, причем на участке между фильтром и потребителем установлена система контроля гидравлического сопротивления фильтра, состоящая из манометра и вентиля. ! 2. Система оборотного водоснабжения с применением градирен, содержащая градирни, соединенные между собой гидравлическими контурами приготовления и потребления воды, отличающаяся тем, что градирни имеют раздельные гидравлические контуры приготовления и потребления воды, содержащие корпус, в нижней части которого расположены, по крайней мере, два бака для сбора воды, которые соединены между собой компенсационной трубой, обеспечивающей гидравлическую независимость контуров приготовления рабочей воды и ее потребления, при этом один бак соединен с насосом, который подает охлажденную в градирне воду потребителю, которая снова поступает через вентиль по трубопроводу во второй бак, из которого нагретая вода насосом через фильтр и вентиль подается по трубопроводу в коллектор с форсунками, размещенными в верхней части корпуса градирни, а на участке между фильтром и вентилем установлена система контроля гидравлического сопротивления фильтра, состоящая из манометра и вентиля. 1. A recycled water supply system using cooling towers, comprising cooling towers interconnected by hydraulic circuits for preparing and consuming water, characterized in that each of the interconnected cooling towers contains a housing, in the lower part of which there is a tank for collecting water with a water recharge system for evaporation, which is connected to a pump supplying the water cooled in the cooling tower to the consumer through the filter, and a hydraulic monitoring system is installed between the filter and the consumer disobedience filter consisting of a valve and a manometer. ! 2. A water recycling system using cooling towers, comprising cooling towers interconnected by hydraulic circuits for preparing and consuming water, characterized in that the cooling towers have separate hydraulic circuits for preparing and consuming water, comprising a casing with at least two water collection tanks, which are interconnected by a compensation pipe, providing hydraulic independence of the circuits for the preparation of working water and its consumption, while one tank with It is connected to the pump, which supplies the water cooled in the cooling tower to the consumer, which again flows through the valve through the pipeline to the second tank, from which the heated water is pumped through the filter and valve through the pipeline to the manifold with nozzles located in the upper part of the tower tower, and in Between the filter and the valve, a system for monitoring the hydraulic resistance of the filter, consisting of a manometer and a valve, is installed.

Claims

1. A recycled water supply system using cooling towers, comprising cooling towers interconnected by hydraulic circuits for preparing and consuming water, characterized in that each of the interconnected cooling towers contains a housing, in the lower part of which there is a tank for collecting water with a water recharge system for evaporation, which is connected to a pump supplying the water cooled in the cooling tower to the consumer through the filter, and a hydraulic monitoring system is installed between the filter and the consumer disobedience filter consisting of a valve and a manometer.

2. A recycling water supply system using cooling towers, comprising cooling towers interconnected by hydraulic circuits for preparing and consuming water, characterized in that the cooling towers have separate hydraulic circuits for preparing and consuming water, comprising a casing with at least two water collection tanks, which are interconnected by a compensation pipe, providing hydraulic independence of the circuits for the preparation of working water and its consumption, while one tank with It is connected to the pump, which supplies the water cooled in the cooling tower to the consumer, which again flows through the valve through the pipeline to the second tank, from which the heated water is pumped through the filter and valve through the pipeline to the manifold with nozzles located in the upper part of the tower tower, and in Between the filter and the valve, a system for monitoring the hydraulic resistance of the filter, consisting of a manometer and a valve, is installed.