With the development of industry and human attention to environmental protection, water treatment technology has become an important field. In many water treatment technologies, circulating water equipment has attracted more and more attention because of its characteristics of high efficiency, energy saving and environmental protection. This article will introduce the working principle, components, advantages and application fields of circulating water equipment in detail to help you better understand circulating water equipment.
1. Working principle of circulating water equipment
Circulating water equipment is a kind of water treatment technology that can be reused after the wastewater is treated and purified to reach a certain water quality standard. Its working principle mainly includes the following steps:
①Raw water treatment: First of all, the raw water is initially treated to remove impurities such as suspended matter and colloidal particles in the water and reduce the turbidity of the water.
②Filtration treatment: Through filtration equipment, such as sand filters, activated carbon filters, etc., to further remove small impurities and harmful substances in the water.
③Softening treatment: The use of ion exchange resin or lime and other methods to remove the hardness ions in the water to prevent equipment scaling.
④Sterilization: through ultraviolet light, ozone and other methods, kill bacteria, viruses and other microorganisms in the water to ensure the safety of water quality.
⑤Recycling: The treated water enters the circulating water equipment, and the water is transported to the equipment that needs water through the circulating pump to achieve the recycling of water.
2. Components of circulating water equipment
Circulating water equipment mainly consists of the following parts:
①Raw water treatment equipment: including grid, sedimentation tank, sand filter, activated carbon filter, etc., used to remove suspended solids, colloidal particles and other impurities in water.
②Softening treatment equipment: including ion exchange resin, lime tank, etc., used to remove hardness ions from water.
③Sterilization equipment: including ultraviolet sterilizer, ozone generator, etc., used to kill bacteria, viruses and other microorganisms in the water.
④Circulating water pump: responsible for transporting the treated water to the equipment that needs water.
⑤Pipeline: Connect various equipment to form a complete circulating water equipment.
⑥Control equipment: used to monitor and regulate the operating status of circulating water equipment to ensure that the water quality is up to standard.
3. Advantages of circulating water equipment
Circulating water equipment has the following five significant advantages:
①Saving water resources: The circulating water equipment realizes the recycling of water, greatly reducing the use of new water and reducing the consumption of water resources.
②Reduce sewage discharge: The water treated by circulating water equipment can be reused, which reduces the discharge of sewage and is conducive to environmental protection.
③Prolong the life of the equipment: After the water in the circulating water equipment is treated, the water quality is better, reducing the problems of equipment scaling, corrosion and so on, and extending the service life of the equipment.
④Reduce operating costs: The operating cost of circulating water equipment is low, on the one hand to reduce the use of new water, on the other hand to reduce the cost of wastewater treatment.
⑤Improve production efficiency: Circulating water equipment provides a stable water source for production, ensures the continuity and stability of production, and improves production efficiency.
4. Application field of circulating water equipment
Circulating water equipment is used in the following areas:
①Car washing industry: car wash water recycling machine can not only help to reduce the cost of cleaning the car, but also reduce the impact on the environment, which has important environmental significance.
②Industrial production: In the chemical, pharmaceutical, food, electronics and other industries, circulating water equipment could help to provide stable and safe water for enterprises to ensure the smooth progress of production.
③Construction industry: In the fields of air conditioning, heating, water supply and drainage, circulating water equipment could help to achieve water recycling and reduce energy consumption.
④Agricultural irrigation: In the field of agricultural irrigation, the treated wastewater is reused to save water resources and reduce agricultural production costs.
⑤Domestic water: In the field of residential water, circulating water equipment could help to provide users with safe and sanitary water sources to improve the quality of life.
⑥Public facilities: In parks, squares, schools and other public facilities, water recycling equipment is achieved to reduce operating costs.
Post time: Mar-18-2024