Single Valve Single Tank Water Softening System for Industrial Water Production Usage 2000L/H

• This single tank single valve water softening system is produced by the factory in Tai'an City, Shandong Province, China, with independent research and development, assembly and testing capabilities, and in accordance with ISO9001 quality management system. All systems are subjected to strict pressure testing, water quality testing and operation simulation to ensure stable and reliable performance.
• The system uses ion exchange technology to remove calcium and magnesium ions from the water, effectively reducing water hardness and preventing system scaling and corrosion.

Company Profile

We are a high-tech enterprise specializing in the research, development, production and sales of water treatment equipment, with more than 10 years of experience in the design and manufacture of water treatment systems. Our products cover a wide range of water treatment equipment such as softened water, RO reverse osmosis, etc., which are widely used in food, pharmaceutical, chemical and other industries.

Through continuous innovation and optimization, we provide customers with efficient, environmentally friendly and energy-saving water treatment solutions to help companies improve production efficiency and ensure product quality.

Features of Single Tank Single Valve Water Softening System

• High-efficiency softening and protection of equipment: single tank single valve water softening system adopts ion exchange resin technology, which can effectively remove calcium and magnesium ions in water, reduce water hardness, prevent boilers, pipelines and equipment from scaling, and prolong the service life of equipment.
• Full-automatic control, easy operation: the system is equipped with a full-automatic control valve, which can work, backwash, regenerate and other operations automatically according to the set program, greatly reducing the burden of manual operation and making the operation more convenient.
• Energy saving and environmental protection, low cost: the equipment has a high water utilization rate, can accurately adjust the use of regeneration salt and water according to the demand, to avoid the waste of resources and reduce the operating costs of enterprises.
• Compact design, small footprint: the softened water system adopts single tank and single valve design, compact structure, suitable for use in narrow space, very suitable for food plants and other environments with limited space.

Specifications and Structure

The specifications of the single-tank, single-valve water softening system can be customized according to the user's water treatment needs.

• Tank Material: Commonly used tank materials are fiberglass, stainless steel or rubber-lined carbon steel, with corrosion and high pressure resistance.
• Resin filling capacity: According to the treatment capacity of the equipment, the resin filling capacity usually ranges from 25L to 500L.
• Control valve caliber: generally ranging from 1“ to 2”, depending on the water flow rate.
• The structure of the equipment mainly includes:
• Softening tank: the tank is filled with ion exchange resin, which is responsible for adsorbing calcium and magnesium ions in water and releasing sodium ions.
• Control valve head: a full-automatic control system, responsible for automatic execution of the system's operation, backwashing, regeneration and other functions to ensure efficient and stable operation of the equipment.
• Salt tank: used to store and dissolve regeneration salt, through the brine into the softening tank for resin regeneration.
• Piping system: including water inlet, outlet, drain, etc. The connection can be threaded or flanged to ensure smooth water flow.

Automation Control and Regeneration Process

The automated control of the single-tank, single-valve water softening system makes the operation process easier. The control valve automatically starts the regeneration process according to the set time or water volume. The regeneration process is usually divided into the following steps:

• Backwashing stage: The resin is flushed by reversing the water flow to remove the impurities accumulated in the resin.
• Salt absorption stage: Salt solution from the salt tank is drawn into the system and the sodium ions in the resin are exchanged with the calcium and magnesium ions in the water.
• Slow rinsing stage: The resin is further cleaned using a slow water flow to remove residual salt.
• Rapid rinse stage: The resin is rinsed of excess salts by rapid water flow, completing the regeneration process.

This series of automated operations ensures that the resin can be used effectively and maintains the efficient operation of the system.