Agriculture Science

Reducing environmental impact and costs while raising productivity Gre

Agriculture Science

Crop cultivation as a food source is, increasingly, returning to the centre of scientific and political attention. At the current rate of population growth, combined with unpredictable weather due to climate change, it is critical that we seek greatest efficiency and economy in our use of limited agricultural resources. At Draslovka, we believe that part of the solution lies with the responsible use of sustainable fumigants, fertilizers and growth regulators, which help to increase crop yields, considerably. Our Agricultural Division offers solutions to those who want to get more out of their land, at lower costs, whilst preserving the soil and environment, for future generations. We encourage interested parties to contact us to learn more about the science behind those solutions.

Our Agricultural chemicals


EDN® is an ozone-friendly alternative to methyl bromide. Its advantages are better penetration characteristics, higher efficacy and shorter application time.



BLUEFUME® is a nonselective biocide that is used for structural fumigation (i.e., industrial buildings and processing plants, flour mills, ships, airplanes etc.) and for fumigation of commodities and fresh produce (i.e., bananas, pineapples, cut flowers etc.), in preparation for shipment.



Draslovka is one of the biggest Chlormequat producers in Europe. Chlormequat, also known as ChlorCholineChloride (CCC), serves as a major agricultural growth regulators in a number of countries.


Did you know?

Cyanide salts are used in metallurgy for electroplating, metal cleaning and removing gold and other precious metals from the ore used by mining companies. Once cyanides do their job, its quite easy to get rid of them. Cyanide wastes and waters are most commonly treated by oxidizing them with sodium hypochlorite or hydrogen peroxide.

In the case of treatment with the former, this leads to the formation of sodium bicarbonate (NaHCO3), nitrogen(N2) and salt (NaCl). If treated with hydrogen peroxide it creates water, carbon dioxide (CO2) and ammonia anion (NH4-). Both of these processes are very effective and lead to the near-complete removal of cyanides.

Cyanide wastewater treatment is highly effective.

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