Application of Low-Pressure Electrolysis Water Ozone Technology in Strawberry Greenhouse Cultivation at the Academy of Agricultural Sciences
Release date:
2024-04-07
In today’s era of continuously advancing modern agricultural technology, the Jinhua City Academy of Agricultural Sciences has always remained at the forefront of science and technology, actively exploring more efficient and environmentally friendly agricultural production methods.
The Academy of Agricultural Sciences has introduced the advanced W-3030 high-concentration ozone water machine and low-pressure electrolysis ozone technology into strawberry greenhouse cultivation. This environmentally friendly approach aims to enhance crop yields and improve product quality, injecting new vitality into agricultural development. As a key agricultural research institution in Zhejiang Province, the Jinhua City Academy of Agricultural Sciences has long been committed to promoting the modernization of local agriculture. The introduction of the W-3030 high-concentration ozone water machine represents a successful implementation of innovative agricultural technologies and the green development philosophy. This equipment uses low-pressure electrolysis technology to generate high-concentration ozone, which can be applied through irrigation and spraying methods. It effectively improves soil conditions, promotes plant growth, and exhibits remarkable bactericidal and disinfectant effects. As a fruit crop with relatively high economic benefits, strawberries have relatively stringent requirements for their growing environment. Traditional cultivation methods often face challenges such as difficulties in controlling pests and diseases and poor fertilizer efficiency, which have hindered the development of the strawberry industry.
The application of the W-3030 high-concentration ozone water generator can effectively address these issues to a large extent. First, ozone water can deeply purify the soil, eliminating harmful bacteria and pesticide residues while enhancing soil fertility. Second, irrigating strawberry plants with ozone water can effectively stimulate their growth, enabling them to thrive more vigorously. Finally, given ozone’s powerful oxidizing capacity, it can serve as a substitute for chemical pesticides, reducing production costs while ensuring food safety. After multiple rounds of comparative studies, strawberries grown using the low-pressure electrolysis ozone water generator showed significantly faster growth and superior quality compared to those treated with chemical pesticides, making this technology a valuable reference for future applications of low-pressure electrolysis ozone water generators in other agricultural sectors.
In short, the Jinhua City Academy of Agricultural Sciences has dared to break away from conventional thinking and boldly explored new approaches by applying low-pressure water electrolysis ozone technology to strawberry greenhouse cultivation—and has achieved remarkably positive results. Let’s look forward to more exciting breakthroughs brought about by this agricultural technology revolution!
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