AGRICULTURE
The concept of AQUASOL is to obtain highly effective multipurpose solutions, especially for agricultural sector. Combined application of AQUASOL allows resolving practically any technological problem in agriculture on the base of the most recent scientific achievements. AQUASOL is used for disinfecting, Biological stimulation in different spheres of agriculture, horticulture and cattle breeding etc.
Plant-growing:
Methods of pre-sowing processing of seeds may be efficiently applied for vegetables and decorative plants, which allow wet-. seeds sowing, so as for cultivated and grain crops after partially drying the seeds. According to the technology the seeds are welted consequently in AQUASOL, It completely disinfects the seeds and stimulates accelerated growth of plants during the whole ontogenesis cycle which results in rapid growth and development of plants, increased number of flowers and yield, Effectiveness of this technology by yield, intensity of flowering and growth of green mass varies much depending on the plant type with an average value of 10-20%, and increases especially in green-houses.
In green houses are used in complex to disinfect seeds and soil, stimulate germination energy, growth and development of the plants. AQUASOL proved very effective for fighting soil nematodes in green houses. This operation shall be carried out a year before vegetation. Saturation of root layer of each plant (solution consumption depending on water capacity of the soil contamination) suppresses (jail nematodes for the whole vegetation period). Watering regimen is a usual one for given farm. AQUASOL is used to water plants. The experience shows that yield of vegetables (cucumbers, pepper, tomatoes etc.) and crops (barley, wheat, and oats, increased by 28% (no chemical fertilizers etc. used).
Use of AQUASOL against vermin and diseases proves to be effective in conditions of disperse spraying of the solution in amount usual for leaf nutrition.
Dispersed AQUASOL in a windless weather scares away aphis, white flies’ and. other small vermin’s. Use of the AQUASOL is also very effective as a prophylactics against such a widely spread tomato disease as Phytophtora SP.
Use of AQUASOL for vegetable storage is very effective for conserving vegetables, fruits, seeds and sub-products. Processing vegetables and fruits with AQUASOL (submerging for 5-15 minutes or large-drops wetting) completely disinfects the fruits' surface and the term of storage for 10-40%.Depending on the type of plant.
Use of AQUASOL for preparing silo and green mass storage is economically justified. The present technologies of silo preparing remain the same. AQUASOL acts as a good inhibitor without harm for silo quality, as it is frequent for some chemical inhibitor, since after completing its function the Green Tech Sol is transformed into ordinary water. The silo conserved with AQUASOL is of better equality and in better condition (12-16)%). The better consumption of such silo guarantees higher (19%) milk yield and daily gain in weight of young animals. The peculiarity of AQUASOL application is that it allows preparing high quality Lucerne silo and hay.
AQUASOL is highly effective for improving sugar beet storage in pits. Processing beet with a mixture of solutions where solution consumption is 35-40 litre of raw material weakens microbiological process and reduces intensity of self-heating, resulting in prolonged beet storage and decreased by 11%-20% Loses of sugar.
The above-mentioned methods and technologies do not limit spheres of application of AQUASOL. they are widely used soil nematodes in by-industries, e.g. for milk deoxidation raising its heat resistance and allowing to keep it like "fresh milk" at normal temperature up to 24 hours, for disinfecting and effective cleaning of milk equipment at farms, for raising quality of flour produced out of grains with low gluten contents, disinfecting agricultural waste water, obtaining high quality potable water and many other.
In general the offered technologies proved very effective, they can be easily introduced to existing industrial schemes and are economically profitable.
Pilot project result of AQUASOL
| Crop | AQUASOL treated | Control |
|---|---|---|
| Maize |
• 92% germination • Wealthy and healthy shoots • No sucking pest • Root length large size 5 cm length |
• 70% germination • Normal shoot length • Trips attack • Root size normal 2.8cm length |
| Cucumber |
• 95% germination • Wealthy and healthy shoots • Root length large size 3 cm length |
• 68% germination • Normal shoot length • Root size normal 1.3cm length |
| Paddy |
• 91.5% germination • Wealthy and healthy shoots • No sucking pest • Root length large size 6 cm length |
• 60% germination • Normal shoot length • Trips attack • Root size normal 3.8cm length |
| Onion |
• 98% germination • Quick sprouting • 2nd day of planting • Root length large size 2.6 cm length |
• 80% germination • Sprouting 3 day of planting • Root size normal 1.8cm length |
| Ground nut |
• 95% germination • Strong shoots early germination 3-4 days of sowing |
• 72% germination • Sprouting 5-6days of sowing |
| Sorghum |
• 88% germination • Wealthy and healthy shoots • No sucking pest • Root length large size 6 cm length |
• 58% germination • Normal shoot length • Trips attack • Root size normal 2.8cm length |
| Solanum nigram (Manathakkali) |
• 97% germination • Wealthy and healthy shoots • No sucking pest |
• 69% germination • Normal shoot length • Trips and aphids attack |
| Rose plant cuttings |
• 4th day of planting sprouting • No drying in the tip of shoot |
• 7th day of planting sprouting • Drying in the tip of shoot |
| Composting with paddy straw | 10th day decomposed | No symptoms of decompose |
Bio-Mushroom
The introduction of AQUASOL l in mushroom growing has the aim to replace the present widely used formalin, which very often does not produce the required disinfection results. Apart from this, accumulation of formaldehyde in the mushrooms adversely affects the growth and quality of the product – mushroom.