Nutrisphere: Advancing Sustainable Agriculture with Smarter Nitrogen Management

A Breakthrough in Nitrogen Retention for Future-Proof Farming

In modern agriculture, the challenge of balancing high yields with environmental responsibility has never been greater. While traditional nitrogen stabilisation methods have been relied upon for decades, their long-term impact on soil health and sustainability raises concerns. 

Nutrisphere presents an innovative alternative. It offers farmers a cutting-edge solution that enhances nitrogen efficiency while safeguarding the natural ecosystem.

The Shortcomings of Traditional Nitrogen Management

For over 40 years, nitrogen stabilisers such as NBPT (N-(n-butyl) thiophosphoric triamide) and DCD (dicyandiamide) have been used to manage nitrogen loss. However, these methods come with limitations:

NBPT only inhibits urease bacteria, reducing ammonia volatilisation but failing to prevent nitrate leaching.

DCD slows nitrate conversion, yet it does not address ammonia volatilisation, leaving nitrogen vulnerable to loss.

Chemical-based inhibitors can disrupt the soil biome, affecting beneficial microbial activity.

While effective in specific areas, these conventional approaches do not provide a comprehensive or sustainable solution.

Nutrisphere’s Advanced Mode of Action

Nutrisphere takes a fundamentally different approach—leveraging a physical, non-chemical mechanism to protect nitrogen while maintaining soil health. This is achieved through two key mechanisms:

1. Cation Exchange Capacity (CEC) for Metal Ion Retention

Nutrisphere’s electrostatic charge binds in the microzone around the urea with key metal ions such as Nickel (Ni), Copper (Cu), and Iron (Fe). These elements are crucial for harmful bacteria to facilitate nitrogen conversion into volatile forms. By restricting these elements access to the bacteria, Nutrisphere naturally disrupts nitrogen loss without harming beneficial soil microbes.

2. Localised pH Regulation for Nitrification Control

Nutrisphere lowers the pH in the immediate area surrounding urea, creating an unfavourable environment for nitrifying bacteria. This reduces nitrogen loss via volatilisation, leaching, and denitrification, ensuring a more stable crop supply.

Key Benefits of Nutrisphere for Farmers

Nutrisphere’s innovative approach to nitrogen management delivers multiple benefits for farmers striving for increased efficiency and sustainability:

Greater Nitrogen Retention

• Minimises nitrogen loss, ensuring crops have consistent access to essential nutrients.
• Leads to improved plant health, stronger growth, and better yield potential.

Preserves Beneficial Soil Microbes

• Unlike traditional chemical stabilisers, Nutrisphere does not disrupt beneficial bacteria.
• Protects the natural balance of the soil biome, promoting long-term soil fertility.

Lower Environmental Impact

• Prevents the release of ammonia and also nitrous oxide (N₂O), a greenhouse gas 273 times more harmful than CO₂.
• Reduces nitrogen runoff into waterways, supporting cleaner and healthier ecosystems.

Future-Proofing Soil Health

• Unlike traditional stabilisers that can contribute to soil degradation, Nutrisphere maintains soil vitality for future generations.
• Offers a sustainable farming solution that enhances productivity without compromising environmental health.

A Smarter Approach to Sustainable Agriculture

Nutrisphere is a progressive, science-driven alternative to traditional nitrogen stabilisation techniques. By employing a physical rather than a chemical process, it provides a groundbreaking, environmentally responsible solution to nitrogen retention.

For forward-thinking growers looking to optimise yield, reduce waste, and improve environmental sustainability, Nutrisphere is the future of crop nutrition.

Want to learn more? Contact us today to discover how Nutrisphere can transform your nitrogen management strategy.

View our latest presentation on how Nutrisphere’s unique Mode of Action (MOA) works View the presentation.

• : *I have permission from the copyright holder to publish this content and images.