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KynoPlus Pro®

The Solution to Urea Volatility

KynoPlus Pro® is Kynoch's enhanced-efficiency urea solutions powered by Anvol. With two active ingredients,. Duramite and NBPT, it helps reduce nitrogen losses caused by volatilistion so more nitrogen remains available for plant uptake, improved efficiency, and better yield performance

Why KynoPlus Pro®

Kynoch introduced Kynoplus® as a step forward in protecting urea nitrogen. Now, we present KynoPlus Pro® - an imporved innovation delivering even greater benefits for farmers.

Key Benefits

Extensive trials under diverse conditions confirm superior performance.

Reduces Volatilisation Losses

Improves Nitrogen Use Efficiency

More Nitrogen Available to Crops

Better Yields Across Crop Types

Works Across Various Conditions

Trusted Performance Every Season

Why Nitrogen Loss Matters

Every Kilogram of Lost
Nitrogen Costs You Yield

Urea is on of the most cost-effective nitrogen sources available, but a significant portion can be lost through volatilisation before crops can utilise it. These losses reduce nitrogen efficiency, increase input costs and limit yoeld potential.

Up to 79%

Reduction in volatilisation losses

Up to 78%

Reduced losses after 60 days + 3mm moisture

Up to 52%

Increase in urea rate

Up to 4%

Nitrogen losses in low-pH conditions

How KynoPlus Pro® Works

Advanced Dual-Action Protection

Duromide®

Urea Application

NBPT Protection

Reduced Volatilisation

Duromide Support

More Nitrogen Available

Better Yield Potential

NBPT

Think Volatilisation isn't affecting your farm?

7 Common Myths. The Facts.

Low pH does not prevent volatilisation

Research shows that urea volatilises even in low-pH soils. While higher pH levels accelerate the process, significant nitrogen losses still occur at low pH. Kynoplus Pro® reduces these losses to just 4%, ensuring more nitrogen remains available for plant uptake. (Federal University of Santa Maria, 2020)

Temperature affects volatilisation

The higher the temperature, the greater the volatilisation. Tests conducted at 28°C and 38°C demonstrated that losses were significant even at 28°C. However, Kynoplus Pro® reduced these losses by up to 79%, ensuring efficient nitrogen utilisation, regardless of temperature. (Federal University of Santa Maria, 2021)

Dry soil does not guarantee lower losses

There is a misconception that urea does not volatilise when applied to dry soil. Studies indicate that as little as 3mm of moisture can trigger the volatilisation process. In research trials, fertiliser was left on the soil surface for 60 days before receiving 3mm of moisture. Even after this period, Kynoplus Pro® reduced nitrogen losses by 78%. (Federal University of Santa Maria, 2024)

Irrigation alone is not enough

Some farmers believe that irrigation completely prevents urea volatilisation. However, tests show that even with 10mm of irrigation, significant nitrogen losses still occur. Kynoplus Pro® provides more effective protection against these losses. (Federal University of Santa Maria, 2022)

Incorporation does not always prevent losses

While some assume that incorporating urea into the soil eliminates volatilisation, research reveals that even with 5cm of tillage, considerable nitrogen losses still take place. Kynoplus Pro® further minimises these losses, making more nitrogen available for plant uptake. (Federal University of Santa Maria, 2022)

More urea is not the solution

A common misconception is that higher urea applications can compensate for losses. However, research shows that increased concentrations accelerate the volatilisation process, leading to even greater nitrogen losses. In trials, losses increased from 36% at 30kg N/ha to 52% at 150kg N/ha. With Kynoplus Pro®, you can reduce nitrogen losses and improve yield efficiency. (Zheng et al., 2018, Biology and Fertility of Soils, 54: 411-422)

Enhanced nitrogen uptake and higher yields

Trials indicate that plants absorb higher nitrogen levels when Kynoplus Pro® is used compared to other nitrogen sources. This leads to improved crop nutrition and ultimately higher yields for farmers. (Otto et al., Foundation for Agricultural and Forestry Studies and Research, 2022)