Products Description

Effects of soil pH on crop growth
Soil pH affects fertility and fertilizer utilization. Nutrient utilization is higher when pH is 6.5-7. Excessively acidic or alkaline soil will affect crop growth and quality. Electrolyte water has application prospects in regulating soil pH. Studies have shown that it can effectively regulate the pH value of cultivated soil and is stable. The method of using strong (medium-strong) acid for quick adjustment and weak acid for maintenance is feasible in field production.

The pH value of the soil affects the fertility of the soil. Soil with inappropriate pH value will reduce the effective components of the soil. The most intuitive manifestation is the impact on the utilization rate of fertilizers. Studies have shown that when the soil pH value is between 6.5 and 7, the effective utilization rate of various nutrients in the soil is higher. Taking phosphate fertilizer as an example, when the soil pH value reaches 5, due to the large amount of active iron, aluminum and other ions in the soil, they will form stable chemical forms such as iron phosphate and aluminum phosphate with the phosphate nutrients in the phosphate fertilizer. In this state, it cannot be absorbed and utilized by crops, resulting in a waste of fertilizers. When the pH value is 7, water-soluble phosphate nutrients react with free calcium ions in the soil to form calcium phosphate salts, which also reduces the utilization rate of fertilizers.

Application of Acidic electrolyte Water in Agriculture

Acidic electrolyte water contains effective bactericidal ingredients such as hypochlorous acid, has a high oxidation-reduction potential and a low pH value, and is often used to prevent and control plant diseases in agricultural production. Using acidic electrolyte water to disinfect seeds before sowing can effectively kill the pathogens carried by the seeds (5-10 times diluted acidic electrolyte water). Acidic electrolyte water can be sprayed on a large area to prevent and control crop diseases, such as leaf mold, gray mold and late blight. It has a good preventive effect (5-10 times diluted acidic electrolyte water).

By watering (or drip irrigation) with about 50 times diluted acid electrolyte water, or acid electrolyte water dissolved with
chitosan, the cultivated soil has a certain bactericidal and disinfecting effect, and has a positive effect on the prevention and control of soil-borne diseases. Spraying acid electrolyte water with a certain amount of organic silicon can promote the absorption of silicon by crops and enhance crop resistance; spraying chitosan dissolved in acid electrolyte water can prevent and control insect pests in the crop production process (refer to chitosan content 0.1%~0.4%), such as aphids and Trialeurodes vaporariorum

Application of alkaline electrolyte water in agriculture

Alkaline electrolyte water occupies an important position in the electrolyte water agricultural technology system. Alkaline electrolyte water has the characteristics of small molecular clusters, so it has good permeability. By irrigating with alkaline electrolyte water, the effect of increasing the pH value of the cultivated soil can be maintained for a long time. In addition, alkaline electrolyte water contains rich dissolved hydrogen. Field production practice has proved that the application of alkaline electrolyte water can effectively improve the absorption of nutrients by crops, inhibit the degree of plant oxidative stress, and improve the antioxidant capacity of crops themselves, thereby effectively improving the disease resistance of crops. Alkaline electrolyte water also plays a vital role in the prevention and treatment of soil-borne diseases.

Model list

Product features

1.  It has fast and efficient sterilization and a broad spectrum, and can kill bacteria, fungi, viruses, spores and other microorganisms.

2.  The electrolytic raw materials are safe and

have been tested by authoritative institutions as oral non-toxic disinfectants. They are non-irritating to the skin and mucous membranes and non-corrosive to stainless steel.

3.  It is easy to use and can be directly used for disinfection without dilution. It can be decomposed into tap water after disinfection, and it has the characteristics of no pollution to the environment and no residue.

4.  It is mainly suitable for the disinfection of food processing utensils, the disinfection and extended preservation of fruits and vegetables, the disinfection of general object surfaces, and the disinfection of environmental ground surfaces.

Strong Alkaline electrolyzed water Features:

1.  Strong decontamination ability, pH value can reach above 12, with saponify, emulsification separation, and hydrogen dissolving effects;

2.  Contains no chemical substances, safe,non-toxic, harmless, can be touched and non-corrosive to the skin;

3.  Ionized water is non-flammable and no subject to safety regulations;

4.  Colorless, odorless, non-toxic, surfactant-free, not subject to VOC rules and various environmental regulations

5.  Use pure water to produce alkaline ionized water through electrolysis, with low power consumption and low cost;

6.  New environmentally friendly electrolyte

ionized water that can be directly discharged, and zero discharge can be achieved using a closed circulation system

7.  OH-active ions can remove agricultural residues from fruits and vegetables;

8.  No chemical ingredients are added, the water purity is 99.7%, small molecule water, more thorough cleaning;

Application of acid-base electrolyte water in food and agriculture

1.  It is particularly suitable for CIP cleaning, disinfection and sterilization of pipelines and processing equipment in the food industry such as beverages, food,wineries, and milk. It can be used in conjunction with CIP cleaning equipment, as well as cleaning and disinfection of pipelines and material tanks.
2.  It is colorless, odorless, non-toxic, and does not contain surfactant. It can be used to clean and preserve fruits and vegetables, reduce pesticide residues and hormones, and is particularly suitable for cleaning, reducing pesticide residues, and extending the preservation of ready meal dishes.
3.  It meets food safety standards and can be used for cold-brewed tea, coffee, plant protein and other extracts in the beverage industry.
4.  It has the effect of increasing the pH value of the cultivated soil under the conditions of irrigation or drip irrigation of alkaline electrolyte water.
5.  Acidic electrolyte water is used to disinfect seeds. The acidic electrolyte water dilution by irrigation (or drip irrigation) has a certain bactericidal and disinfecting effect on the cultivated soil, and has a positive effect on the prevention and control of soil-borne diseases.