The solution of agricultural intelligent irrigation water treatment equipment is mainly used to improve the quality of irrigation water sources, ensure the purity and harmlessness of irrigation water, and promote the healthy growth of crops and reduce the occurrence of pests and diseases. Here are some common agricultural irrigation water treatment equipment:

Preprocessing equipment:

Mesh filter: used to remove large particles and impurities from water, such as leaves, weeds, stones, etc.

Sedimentation tank: By gravity, suspended particles in the water naturally sink to achieve preliminary purification effect.

Physical filtering equipment:

Sand and gravel filter: uses sand and gravel media to filter small particles and suspended solids in water.

Star filter and laminated filter: used to filter out smaller particles and suspended solids.

Stacked filtration system: combining multiple filters such as sand filtration and carbon filtration to improve water quality.

Biological filtration system:

Biofilter: Utilizing biofilms on fillers to biodegrade organic matter in water.

Microbial activator: Introducing beneficial microorganisms to accelerate the decomposition of organic matter and improve water quality.

Chemical processing equipment:

Water quality regulator: By adding chemical agents to adjust parameters such as pH, hardness, and salinity to meet the irrigation needs of different crops.

Disinfection equipment: Use disinfectants such as chlorine, ozone, chlorine dioxide, etc. to disinfect water bodies and eliminate harmful microorganisms.

Softening treatment equipment:

Ion exchange water softener: designed for hard water areas, it removes calcium and magnesium ions from water to reduce its hardness.

Water quality monitoring equipment:

Online water quality monitor: Real time monitoring of pH value, conductivity, dissolved oxygen, turbidity, ammonia nitrogen, nitrate and other indicators in water to ensure that the water quality meets irrigation standards.

Intelligent irrigation system:

Integrate with irrigation systems to achieve automatic control of water quality treatment processes and adjust irrigation strategies according to crop needs and water quality conditions.

Through the reasonable configuration and use of the above equipment, the quality of agricultural irrigation water can be effectively improved, irrigation efficiency can be enhanced, the yield and quality of agricultural products can be guaranteed, while reducing water resource waste and environmental pollution.

Pre treatment of drinking water

Drinking water pretreatment equipment is mainly used to improve and optimize the quality of raw water, ensure the efficient operation of subsequent drinking water treatment systems, and produce high-quality water that meets drinking standards. The following are the main components of drinking water pretreatment equipment:

Raw water tank/reservoir: used to store untreated raw water, ensuring sufficient and stable water supply.

Raw water lifting pump: provides sufficient power to transport raw water to subsequent pretreatment and treatment units.

Coarse filtration equipment:

Grille: Remove large suspended solids such as tree branches, leaves, and garbage from water.

Rapid sand filter/multi-media filter: preliminary removal of fine impurities such as suspended particles and gravel in water.

Sedimentation tank/coagulation tank: Add coagulants to promote the aggregation and precipitation of suspended particles and colloidal substances, thereby removing them.

Precision filters, such as precision sand filters, fiber filters, or carbon filters, further remove smaller particles and organic matter.

Softening equipment: When the hardness of the raw water is high, ion exchange softening equipment or lime softening technology is used to remove calcium and magnesium ions from the water and reduce its hardness.

Disinfection equipment:

Ozone generator or ultraviolet sterilizer: preliminary disinfection of water to kill most microorganisms in the water.

Chlorination equipment: Add an appropriate amount of chlorine to water for disinfection and maintain residual chlorine content in the pipeline network to prevent secondary pollution.

Pre oxidation treatment: If necessary, pre oxidation treatment can be used, such as adding oxidants such as potassium permanganate and hydrogen peroxide, to remove organic matter and some microorganisms from water.

Water quality monitoring system: Install online water quality monitoring instruments to monitor key indicators such as turbidity, pH value, residual chlorine, temperature, etc. of raw water in real time, in order to adjust the pretreatment process in a timely manner.

Through the combined use of the above equipment, most suspended solids, colloids, organic matter, microorganisms, and hardness ions in raw water can be effectively removed, providing a good water quality foundation for subsequent fine water treatment steps.