Earn an extra fertilization for your field!
The result of extensive research in the R&D laboratories of American agricultural giant Nutrien Ag Solutions, RCT technology includes a wide range of complex carbon mixtures that have been precisely designed for specific performance and agronomic benefits. Derived from leonardite, our organic matter consists of a complex mixture of molecules that vary in size, composition, and chemical functionality. Each product in the RCT range has a different extraction and reaction process and has been developed for specific elements or effects on the soil.
It is not just another humic product, BUT a unique and patented technology, a unique Organic Complex of organic substances with low molecular weight, organic acids - and much more! It is produced after multiple extractions and reactions and also contains sugars, organic acids, and substances with hormonal activity!
Plants deposit carbon in the soil through root exudates in order to support soil health and structure and mobilize nutrients to increase absorption in the plant around the root zone. Reacted Carbon Technology has been designed with performance optimization in mind. This process is similar to that followed by plants in nature. The low molecular weight of RCT organic acids makes them immediately effective, influencing the physical, chemical, and biological properties of the soil.
It drastically affects P availability, as it is absorbed by the roots only when it is not bound. RCT binds C to P and prevents P from binding with Al & Fe in acidic soils or with Ca & Mg in alkaline soils.
Feeding Plants and Soil at the Same Time!
- It increases root mass due to increased nutrient uptake.
- Reduces stress on roots from fertilizer salts.
- Increases drought tolerance by increasing water retention capacity and potassium availability.
- Increases cation exchange capacity (CEC) in the application zone.
- It supports microbial activity by providing a source of energy and living space for microbes.
- Ensures the balance of minerals in the soil.
- Compensates for negative effects in cases of extreme soil pH.
- It positively affects the nutrient use efficiency.
