The fully automatic integrated water purification equipment has a wider water treatment capacity and application range. The conventional treatment range includes processing eight specifications of 20T, 40T, 60T, 80T, 100T, 120T, 150T, and 200T per hour. In addition, according to different user requirements, we can design and manufacture single tank gravity type valve free filtration equipment of other specifications and various specifications below 20T/H. At the same time, we can meet the requirements of large-scale circulating cooling water system side filtration treatment. We can design and manufacture larger scale combination gravity type valve free filters, which are widely used in industrial fields such as petroleum, chemical, metallurgy, power, refining, textile, and civil fields such as water supply.

Working principle of fully automatic integrated water purification equipment:

The tap water enters the fully automatic integrated water purification equipment through the distribution water tank and is filtered from top to bottom. Due to the continuous interception of suspended solids in the incoming water by the filter layer, the head loss of the filter layer gradually increases, causing the siphon to rise and the water level in the pipe to rise. When the water level rises and entersWhen the water injector in the siphon auxiliary tube is used, the air inside the siphon tube is carried away by hydraulic action, forming negative pressure. When the negative pressure reaches the design value, siphon phenomenon occurs, and the water in the water tank is backwashed from bottom to top for "regeneration". Due to continuous backwashing of the filter layer, waterWhen the water level in the tank drops to the specified value, the siphon effect is disrupted, the backwashing is completed, and the filtering device resumes operation.

Product features of fully automatic integrated water purification equipment:

1. The fully automatic integrated water purification equipment is the earliest valve free filtration device in China that cleverly utilizes the siphon principle to achieve automatic operation without valves and control instruments. Compared with other filtration equipment, it has the advantages of no manual operation, low energy consumption, low operating costs, safety and reliabilityAdvantages such as convenient management.

2. The equipment is assembled into a compact structure consisting of a water distribution tank, filter, U-shaped inlet pipe, and drainage box. Users only need to prepare the equipment foundation and connect the inlet and outlet pipes as required before it can be put into operation.

3. The equipment is made of carbon steel (or according to user requirements), with strict anti-corrosion, high processing accuracy, and easy installation.

Product Usage:

1. Used for side filtration treatment of circulating cooling water in industries such as petroleum, chemical, metallurgical, power, refining, light industry, textile, etc;

2. Used for surface water purification and underground water iron and manganese removal;

3. Used for filtration treatment in urban and township water plants;

4. Pre treatment for softening and desalination treatment;

5. Used for purification treatment of swimming pools and fountain water features;

6. Used for removing suspended solids from production wastewater, biochemical treatment of organic wastewater, and subsequent filtration after secondary sedimentation tank treatment;

Application scope of fully automatic integrated water purification equipment:

1. The fully automatic integrated water purification equipment can be used for filtration treatment in water plants. The suspended solids in the inlet water should be less than 15mg/l, and the suspended solids in the outlet water should be less than 3mg/l;

2. When used for circulating cooling water side filtration treatment, the suspended solids in the inlet water are generally 15-30mg/l, and the suspended solids in the outlet water are generally less than 5mg/l;

3. When used for 'adding coagulant treatment', the suspended solids in the influent are 50-100mg/l, and the suspended solids in the effluent are generally less than 5mg/l