Please look at the products below.
Please look at the products made with our electronic functional water.
STRAWBERRIES MADE WITH ELECTRONIC FUNCTIONAL WATER
The strawberry on the left develops a mushroom powdery mildew by the usual farming method and the strawberry on the right is cultivated by the electronic functional water farming method. It is big and has a beautiful color.
POTATOES MADE WITH ELECTRONIC FUNCTIONAL WATER
The conditions of seed potato are totally different. The one made by our electrolysis water is fresh. The seed potato on the right is getting old.
Look at the roots of the potatoes. The right side is the root of the potato using our electrolysis water. You can see the difference clearly.
WHEAT MADE WITH ELECTRONIC FUNCTIONAL WATER
Wheats on the left are made with the traditional method. (About 30 grains)
Wheats on the right are made with electronic functional water. (About 64 grains) The number of grains has increased.
CUCUMBERS WITH ELECTRONIC FUNCTIONAL WATER
Cucumbers on the left are made with the traditional method. The ones on the right are made with electronic functional water. The size and the taste are different.
OUR RECORDS OF ACHIEVEMENTS
JWS electronic functional water activates soil microorganisms, soil organisms and plants while cleaning the soil (hydrolysis of pesticides, formation of neutralized salt). It is a technology that can increase production and it makes pesticides obsolete without adding unreasonable modification like gene recombination
The followings are our achievement records.
Experiment with JWS electronic functional water 1…japan
We conducted an official test using 10a(1000㎡) of farming land in Japan. (2007)
CUCUMBER
The leaves look very good in terms of its colors and thickness.
The stems are growing and they are strong.
Harvest has begun. After one and a half months from planting, you can see that the flowers are large and have a lot of fruits. Pests did not hinder the harvest. No pesticide was used.
TOMATOES
Electronic functional water was sprayed on seedlings before planting
These are tomatoes at the end of the season when our harvest increased by 30%.
Cultivation test at Tokyo Agricultural Experiment Station
EXPERIMENT WITH JWS ELECTRONIC FUNCTIONAL WATER－2…MONGOLIA
Mongolia reaches + 40 ° C in the midsummer and -40 ° C in the midwinter and the temperature difference actually reaches 80 ° C. The clay layer of the agricultural land is very thin, 30 cm ~ 50 cm, so the ground is poorly conditioned for agriculture. We believed that if you would succeed in agriculture in this land you can spread the JWS electrolytic water farming method anywhere in the world. 
The dense part in the center is the barley experimental area (1 ha) subject to electrolysis water farming method.
This is wheat stock raised by conventional farming method. Since only 3 to 4 stems are from one stock, the field looks thin.
This is wheat stock of electrolytic water farming method. Since 7 to 8 stems are out of one stock, the field looks dark.
The middle and the bottom are the conventional farming method with pesticide (Chemical)
You can see the clear difference.
EXPERIMENT WITH JWS ELECTRONIC FUNCTIONAL WATER- 3 CHINA
Our tests in China over two years will cover 18 provinces, but the first thing we have done is the parking lot site of an automobile school in the suburbs of Beijing. We dug up the concrete pavement and diverted stone-carved parking lot to a splendid field.
The ground was dug up and we put organic fertilizer (manure).
See the same place one month after diverting parking lot to farmland. Irrigated electronic functional water was sprayed on foliage and we cultivated various vegetables such as pepper, leek, corn, tomato, sweet potato, green beans and so on.
In China, we conducted consultation on agriculture using electronic functional water in the areas below.
| NO | Names of the provinces | Performance content |
|---|---|---|
| 1 | Heilongjiang |
1. Soybeans 2. Measurements for pine weevils (ECOMIZER + Spreader – sprayed by airplane- pine weevils fell like rain to the ground) |
| 2 | Jilin | 1. Carrots 2. Chestnut 3. Grapes |
| 3 | Liaoning | General items, mainly cucumbers, tomatoes |
| 4 | Inner Mongolia | 1. Potatoes (200ha) 2. Wheat |
| 5 | Beijing Haidian District | General items, mainly red peppers |
| 6 | Beijing Tongzhou District | General items, mainly cucumbers |
| 7 | Beijing Shun and region 1 |
General items (cucumbers, eggplants, tomatoes, green beans, corns, reeks, camellias, etc.) Changes a driving school into |
| 8 | Beijing Shun and region 2 | General items provided to authorized farms and leaders. |
| 9 | Shandong | General items (cucumbers, tomatoes, leeks, eggplants, corns, watermelons, strawberries etc.) Targeted to be exported to Japan again. |
| 10 | Fujian | Fujian Tea only |
| 11 | Hebei | General items, mainly strawberries and corns. |
| 12 | Henan | General items, mainly tea and watermelons. |
| 13 | Tianjin | 1. red peppers 2. Cauliflowers 3. Tomatoes 4. Strawberries 5. Colza 6. Cow pea |
| 14 | Anhui | Rice only |
| 15 | Henan | 1. Moringa 2. Green peas 3. Tomatoes 4. Cow peas 5. Melons 6. Mangos 7. Petit tomatoes 8. Corns in general. |
| 16 | Sichuan | 1. Tomatoes 2. Strawberries 3. Celeries 4. Broccoli 5. Lilies 5. Cauliflowers 6. Colza 7. General items mainly Wheat (average 70 sunny days in a year) |
| 17 | Zhejiang | Tea (Tea center in Chinese Academy of Agricultural Sciences) |
| 18 | Jiangsu | General items |
EXPERIMENT WITH JWS ELECTRONIC FUNCTIONAL WATER- 4 CAMBODIA
We conducted a test on how electronic functional water farming method works in Cambodia where four seasons don’t exist due to the tropical regions with a rainy season and dry season.
Traditional farming method on the left, electrolytic water farming method on the right. Electronic functional water farming method shows that growth is rapid and lively.
A mango tree being sprayed with Electronic functional water
This is a young mango tree with traditional farming method. The leaves are yellow and falling, not in a good condition.
