| Customization: | Available |
|---|---|
| Certification: | CE |
| Name: | Hydrogen Rich Water Generator for Agricultral |
|
Still deciding? Get samples of $ !
Request Sample
|
Suppliers with verified business licenses
An industrial-scale electrolysis system designed to produce high-volume hydrogen-enriched water (H2-rich water) for modern farming,
aquaculture, and soil remediation. With a production capacity of 1000 liters per hour, it delivers dissolved hydrogen concentrations of
0.8-1.2 ppm (adjustable), optimized for agricultural efficiency and crop/livestock health.
There are various application scenarios of agricultural hydrogen-rich water machine in agriculture, here are some major aspects:
Crop Irrigation
A,Promote Growth: Hydrogen-rich water is rich in hydrogen molecules, which can participate in the metabolic process of plants, and can promote the development of crop roots, make the root system more developed, and enhance the ability of crops to absorb water and nutrients, thus increasing the growth rate and yield of crops. For example, the use of hydrogen-rich water in the irrigation of rice, wheat and other grain crops can lead to more robust plants, more effective tillers and fuller seeds.
Enhanced Resilience: Irrigation with hydrogen-rich water can improve crop resilience and help crops cope better with adversity conditions such as drought, high and low temperatures. It has been found that vegetables watered with hydrogen-rich water have higher relative water content and chlorophyll content in their leaves under drought conditions, which maintains better growth and reduces the damage caused by drought to crops.
B,Plant Cultivation
Hydroponics: In hydroponics, hydrogen-rich water can provide a good growing environment for plants, effectively improve the water quality, reduce the impact of harmful substances in the water on plants, and promote the growth and development of hydroponics plants. For example, hydroponically grown plants such as green roses, hanging orchids, and other ornamental plants, using hydrogen-rich water to cultivate, the leaves are more emerald green and grow more vigorously.
C,Soil Cultivation: For crops cultivated in soil, hydrogen-rich water can improve the microbiological environment of the soil, regulate soil pH, promote the growth and reproduction of beneficial microorganisms in the soil, so as to improve soil fertility and provide good soil conditions for crop growth. For example, watering hydrogen-rich water in the soil where strawberries are planted can make strawberries taste better and increase their sweetness.
D,Fruit and Vegetable Preservation
Extend the freshness period: Soaking fruits and vegetables in hydrogen-rich water or using hydrogen-rich water spray treatment can reduce the respiration and oxidation rate of fruits and vegetables and reduce the generation of ethylene, thus slowing down the aging and decay process of fruits and vegetables and extending the freshness period. Such as apples, bananas and other fruits after hydrogen-rich water treatment, freshness at room temperature can be extended for several days.
E, maintain quality: hydrogen-rich water can inhibit the growth of microorganisms on the surface of fruits and vegetables, reduce the occurrence of diseases, and maintain the appearance of fruits and vegetables quality and nutrients. After hydrogen-enriched water treatment of vegetables, after storage for a period of time, the content of vitamin C, soluble sugar and other nutrients decreased less.
Aquaculture
F,Aquaculture: In aquaculture, hydrogen-rich water can improve the water quality of aquaculture water, increase the dissolved oxygen in the water, reduce the content of harmful substances in the water, provide aquatic organisms with a good living environment, promote the growth and development of aquatic animals, and improve the yield and quality of aquaculture. For example, the use of hydrogen-rich water in fish ponds can make the growth of fish faster and the meat more flavorful.
G,Livestock and poultry farming: hydrogen-rich water can be used as drinking water for livestock and poultry, which can help regulate the micro-ecological balance of the intestinal tract of livestock and poultry, enhance the immunity and disease resistance of livestock and poultry, reduce the incidence of diseases, and improve the efficiency of aquaculture. For example, drinking hydrogen-enriched water for poultry can reduce the mortality rate of poultry and improve the egg production rate and egg quality.
FAQ
1. Technical Specifications
Q: What hydrogen concentration (ppm) can your system achieve?
A: Our industrial systems produce 0.8-1.6 ppm dissolved H (verified by gas chromatography), exceeding therapeutic thresholds. Higher-end models with nano-bubble tech reach 1.8 ppm under pressurized conditions.
Q: How does pH adjustment work?
A: The electrolysis process naturally elevates pH (8.0-10.0). Our smart PLC system allows precise pH tuning (±0.2) by modulating voltage/current ratios.
2. Performance & Maintenance
Q: What's the daily production capacity?
A: Standard commercial units output 500-10,000 liters/day. Custom scalable systems are available (e.g., 50L/min for bottling plants).
Q: Does hydrogen escape quickly after generation?
A: Our pressurized dissolution+nano-bubble tech maintains ≥80% H2 for 48 hours in sealed containers (vs. 2-4 hrs in conventional systems).
3. Health & Safety
Q: Are there clinical studies supporting benefits?
A: Yes. Over 1,000 studies (e.g., 2023 meta-analysis in Medical Gas Research) show H2's antioxidant effects. However, we comply with local regulations-no disease treatment claims unless certified (e.g., Japan's Functional Food approval).
Q: Is alkaline water safe for long-term use?
A: WHO guidelines confirm safety at pH ≤9.5. Our systems include auto-shutoff if pH exceeds 10.0.
){kind=link}