Hypochlorous Acid Generator for Agricultural Planting

Among common plant diseases, those caused by fungal infection are the most numerous, followed by those caused by bacterial pathogens and viruses. For different disease sources, only by selecting the right treatment method can the ideal prevention and control effect be achieved.

Numerous current studies have confirmed that spraying and irrigation with acidic electrolyzed water can not only effectively prevent and control fungal diseases such as bacterial blight, downy mildew, powdery mildew, rust and black spot, but also achieve a very significant control effect on bacterial diseases commonly occurring in seedlings such as streak disease and damping-off disease.

Product Definition

The hypochlorous acid generator specially designed for agricultural planting by Little Duck is R&D and produced by Shandong Little Duck Group. It is a professional agricultural epidemic prevention and disinfection equipment that prepares slightly acidic hypochlorous acid water on-site through electrolysis technology with tap water as the raw material. The full range of models is tailor-made for the entire process of agricultural planting, capable of realizing multiple functions such as disease prevention and control, soil improvement, seed disinfection, and pesticide reduction and efficiency enhancement. It is residue-free, non-corrosive and easy to operate, serving as an integrated disinfection solution adapted to the green prevention and control needs of modern agriculture.

Product Parameters

Core Selling Points

1. Broad-spectrum and high efficiency, excellent disease control effect: It can efficiently kill fungi, bacteria and viruses that cause crop diseases, and has a significant control effect on dozens of common diseases such as downy mildew, powdery mildew and gray mold. The control effect on grape rachis blight reaches 100% and that on gray mold reaches 96.2%, which is far superior to traditional conventional prevention and control methods.

2. Green and residue-free, suitable for organic planting: The produced hypochlorous acid water is pure, free of additional products such as ozone, hydrogen peroxide and chlorate. Its slightly acidic property matches the crop growth environment. It decomposes rapidly into water and oxygen after use, leaving no residue in soil and crops, meeting the stringent requirements of organic planting.

3. Full model coverage, adapted to diverse scenarios: It has a full range of large, medium and small models, from mini portable models to large industrial models, which can meet the different disinfection needs of small vegetable gardens, medium-sized plantations and large-scale planting bases.

4. Flexible adaptation, meeting customized needs: The available chlorine concentration can be flexibly adjusted to adapt to different usage methods such as spraying, root irrigation and seed soaking; it can be seamlessly integrated with water supply pumps, spray devices and water storage tanks to realize automated operation and adapt to the high-efficiency needs of large-scale planting.

5. Industrial quality, adapted to agricultural environment: It adopts corrosion-resistant and acid-alkali resistant accessories, the electrolytic sheet is a ruthenium-iridium coated titanium electrode, and the core components have strong stability, adapting to the complex use environments such as outdoor and high humidity in agricultural planting. It is simple to maintain and does not require the on-duty of professional and technical personnel.

6. Intelligent upgrade, remote controllable: Some models can be optionally equipped with 4G remote control and intelligent cloud service system, which can realize remote control on mobile phones/computers and real-time monitoring of equipment operation status, adapting to the intelligent management of large-scale bases.

Application Scenarios

The hypochlorous acid water prepared by the hypochlorous acid generator for agricultural planting fully covers the entire process of agricultural planting from seed to harvest, realizing the all-round and whole-link green prevention and control and planting optimization:

1. Seed treatment link: Used for soaking and disinfecting various crop seeds, killing pathogenic bacteria and parasite eggs on the seed coat, while improving the permeability of the seed coat and increasing the seed germination rate.

2. Soil management link: Treating planting soil through root irrigation and drenching to achieve soil sterilization and acid-base regulation, solve the problems of soil alkalization and continuous cropping obstacles, and activate soil nutrient elements.

3. Crop growth link: Conducting full-area spraying on crop leaf surfaces and fruit surfaces with the help of spray devices, covering seedling raising, growth period and fruiting period, to prevent and control fungal and bacterial diseases on leaves and fruits.

4. Park environment link: Used for daily disinfection of air, ground, planting tools and irrigation equipment in planting parks and greenhouses to prevent cross transmission of pathogenic bacteria and cut off the transmission route of diseases.

5. Agricultural materials supporting link: Used as a pesticide dilution base liquid to replace clear water for diluting conventional pesticides, realizing pesticide reduction and efficiency enhancement, and reducing the amount of pesticide used and the risk of phytotoxicity.

Application Timing and Frequency

Seed Disinfection

Soak the seeds once 1-2 days before planting, and adjust the soaking time according to crop types (e.g., 10-30 minutes for fruit and vegetable seeds). Sowing directly after soaking to eliminate seed-borne diseases from the source.

Soil Treatment

1. Orchard cleaning before planting: Conduct full drenching on the soil 1-2 times to kill harmful pathogenic bacteria overwintering/summering in the soil and create a sterile soil environment for crop growth;

2. Improvement of continuous cropping/alkalized soil: Drench once every 10-15 days, and shorten to once every 2-3 days when the disease is severe or soil degradation is obvious;

3. Daily soil maintenance: Conduct regular drenching once a month to continuously adjust soil pH value, activate nutrient elements and improve fertilizer utilization rate.

Crop Disease Prevention and Control

1. Prevention stage: Spray once every 7-10 days during the whole growth period of crops to comprehensively prevent fungal and bacterial diseases and reduce the incidence probability;

2. Early stage of disease occurrence: Spray immediately, 3-4 times in a row, once every 3-5 days to quickly control the spread of diseases and avoid the diffusion of the condition;

3. High incidence period of diseases (rainy season/high temperature and humidity period): Spray once every 2-3 days to strengthen protection and ensure the normal growth of crops.

Park Environment Disinfection

Conduct regular disinfection once a day during the whole planting cycle; increase to twice a day at key nodes such as crop harvest period and seedling transplanting period, focusing on disinfection of access passages, planting tools and irrigation equipment.

Pesticide Dilution for Efficiency Enhancement

Replace clear water with hypochlorous acid water for dilution every time pesticides are applied, adapting to the pesticide application rhythm throughout the process, realizing a 33%-50% reduction in pesticide usage while improving the control effect.

Frequently Asked Questions

1. Q: Will hypochlorous acid water cause burns or phytotoxicity to crop roots and leaf surfaces when used in agricultural planting?

A: No. The equipment produces slightly acidic hypochlorous acid water whose pH value matches the natural growth environment of crops. In addition, the prepared hypochlorous acid water is pure and free of harmful additional products such as ozone and chlorate, being mild and non-corrosive. Neither foliar spraying nor soil root irrigation will cause burns or phytotoxicity to crops, ensuring the normal growth of crops throughout the process.

2. Q: Can the usage of pesticides and chemical fertilizers be reduced after using the hypochlorous acid generator, and how much can be specifically reduced?

A: Significant effects of pesticide and fertilizer reduction can be achieved. Hypochlorous acid water can directly replace some pesticides for disease prevention and control, and can also improve the control effect of pesticides when diluting them, reducing the pesticide usage by 33%-50%. At the same time, hypochlorous acid water can activate the mineral elements fixed in the soil and improve the fertilizer utilization rate. Routine use can reduce the chemical fertilizer application rate by 20%-30%, greatly reducing the planting cost.

3. Q: What is the service life of the electrolyzer, the core component of the equipment, and is the later maintenance complicated and costly?

A: The service life of the core electrolyzer of the equipment is ≥5000 hours, which is much higher than the conventional industry standard. In addition, the electrolytic sheet adopts a ruthenium-iridium coated titanium electrode, which is corrosion-resistant and acid-alkali resistant, adapting to the complex agricultural use environment. The later maintenance is simple to operate, no professional and technical personnel are needed, only regular simple cleaning of the electrolyte tank and inspection of inlet water pressure are required, and there is no need for frequent replacement of accessories, with extremely low maintenance cost.

4. Q: Is it adaptable to overseas planting scenarios, and can parameters such as voltage and output be customized?

A: It is fully adaptable to global overseas planting scenarios. The equipment can customize core parameters such as rated voltage (e.g., 110V/60Hz), hypochlorous acid output and available chlorine concentration according to the needs of different countries and regions, complying with EU product standards. At the same time, it can be matched with local spray and irrigation equipment to meet the diverse planting needs overseas.

5. Q: Can the effect of hypochlorous acid water in improving soil continuous cropping obstacles be maintained for a long time, and what precautions are there for daily use?

A: The soil improvement effect can be maintained for a long time when used at the standard frequency. Drenching during orchard cleaning before planting + regular drenching every 10-15 days during the growth period can continuously kill harmful soil bacteria, adjust soil pH value, maintain the balance of soil microecology, and alleviate continuous cropping obstacles from the root cause. For daily use, it is only necessary to prepare and use hypochlorous acid water on-site to avoid the attenuation of available chlorine concentration caused by long-term storage, which will not affect the disinfection and improvement effect.

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