Long Hydrogen Technology relied on the hydrogen water planting project of quinoa and other crops carried out by Jilin Agricultural University and Maoxi Agriculture to complete the latest seed data analysis. Analysis shows that due to the application of Hydrogen Water Machine, the plants are grown without pesticides and chemical fertilizers, achieving "zero" pesticide residues, and their vitamin C content has surged and their sodium content has decreased, effectively improving the nutritional value of the plants. The advantages of hydrogen-rich technology being used in the cultivation of crops such as quinoa, black fungus and black tomatoes in the smart agriculture demonstration base have once again been highlighted.

In June 2023, in accordance with the policy guidelines of the central government and Jilin Province on the high-quality development of agriculture, in order to accelerate the development of ecological agriculture and black soil protection in Jilin Province, and actively explore the path to the high-quality development of scientific and technological agriculture, Longhydrogen Technology and Maoxi Agriculture launched Construction of hydrogen agriculture demonstration base.

Controlled Experiment on Hydrogen Water Generator Quinoa Vegetable Planting
The smart agriculture demonstration base has 30 greenhouses, including 10 quinoa growing greenhouses. During the cultivation of a crop of quinoa vegetables, 10 greenhouses were divided into two groups, with 5 greenhouses in each group, serving as the control group. Group A used hydrogen-rich water during the planting process, Group B used motorized well water, and selected Maoxi Agriculture's independently bred varieties. Other planting conditions were the same.
During a planting cycle, the base's intelligent management system collects growth data of quinoa vegetables in each greenhouse, and uses multi-spectral remote sensing systems, big data and cloud computing technology to obtain the average physical properties of quinoa vegetables in each greenhouse. value, and then average the value within each control group; the normal planting cycle of a crop of quinoa is about 4 weeks to 5 weeks. Up to now, the control experiment has been conducted for 3 rounds, and the values from the 3 rounds of each control group are averaged. value, and then two groups A and B conduct final comparison. The emergence time decreased from 4.5 days to 3.2 days; the plant height increased from 158mm to 173mm; the yield increased from 750.4kg/acre to 830.3kg/acre. No diseases and insect pests occurred in group A, while group B had 2 greenhouses in 3 rounds of planting. occurred; in the nutritional analysis, the vitamin and protein components were significantly improved, and the sodium content was significantly reduced. All data showed gratifying results.

Fungus planting and hydrogen-rich planting test
There are 8 greenhouses for the cultivation of black fungus strains in the planting base, 4 of which have a total of 50,000 bacterial rods. Hydrogen-rich water atomization spraying started in early June.
Harvesting of fungus begins in late June and ends in early August. During this period, the bacterial sheds sprayed with hydrogen-rich water advance the picking time by an average of 3.5 days. At the same time, the average thickness of the first-grade phase in the harvested fungus slices was measured in real time for comparison. The thickness of the fungus slices sprayed with hydrogen-rich water was 1.24mm, and the thickness of the fungus slices sprayed with ordinary water was 1.15mm. Due to the effect of hydrogen water, the thickness of the ear piece increases by 7.5%, and the average output per unit area increases by 8%.

As the first project in the province to apply "hydrogen water irrigation technology", Long Hydrogen Technology used hydrogen-rich technology for the first time in the facility planting process of crops such as quinoa, black fungus and special tomatoes, and cooperated with Maoxi Agriculture and Jilin Agricultural University The School of Horticulture jointly carried out experiments on the application of Hydrogen Water Bottle in various varieties of fruits and vegetables, and achieved a series of major breakthroughs.

"Hide food in the ground, hide food in technology", through the construction of the hydrogen agriculture demonstration base for more than three months, and through the planting comparison of various crops, it has been fully verified that hydrogen agriculture can not only improve the stress resistance ability of various planted crops , and it can also effectively reduce the use of inputs such as pesticides and fertilizers, improve the quality of planted crops, and improve the soil organic content of the planting base. In the future, the company will also organically combine the technological achievements related to smart agriculture and hydrogen agriculture with the pilot construction of high-standard farmland engineering in Jilin Province, and use the power of science and technology to turn "grain fields" into "fertile fields" and realize the production of corn and rice, the main commodities of Jilin Province. Increase production and income, and contribute to the goal of “100 billion kilograms of grain”!