HydroTech

We regularly conduct research and analysis that confirms the effectiveness of NanoGel. Here is the result of one of the doctoral dissertations in which the impact of our technology on sugar beet cultivation was investigated.

🌽 CROP SIZE: 75-100 thousand plants per 1 hectare depending on the variety and method of cultivation.
💧 IRRIGATION WATER CONSUMPTION: The sugar beet requires between 4.500 and 6.000 square meters of water per hectare. During cultivation, it is the total amount of rainfall and irrigation required during the season.
🌱 YIELD: 67.9 tonnes per hectare.

🥇 USE OF HYDROGEL: When growing on a HydroGel, the weight of a single beet increased by about 50% and the sugar content by 44%!

It really works, and scientific research proves it! Write to us if you want to know more details or see the analysis for other types of crops.

🌱 BETTER ABSORPTION OF NUTRIENTS STRAIGHT TO THE ROOTS! 🌱

NanoGel has the ability to absorb nutrients. The fertilizer ingredients are not bound too tightly by the hydrogel and can be used by plants. The retained ingredients are not immediately washed away by water but are gradually released into the soil and then absorbed by the plants.

🧑🏻‍🌾 Many farmers face the problem of retrograde phosphorus supplied with fertilizers by positive metal ions: aluminum (Al3+), iron (Fe3+), calcium (Ca2+) or magnesium (Mg2+). Our innovative technology solves this problem. Combining an anionic (negative) hydrogel with phosphorus fertilizers contributes to the increase in the efficiency of phosphorus fertilizer.

🌿 NanoGel captures metal ions.
🌿 NanoGel absorbs soluble phosphates, which prevents the phosphates from being immobilized by metal ions.