Texas A&M AgriLife Validation: NUTREENT Increases Soil Carbon & Root Mass While Reducing Fertilizer Dependency

Validation Partner: Texas A&M AgriLife (Texas A&M University System)

International Testing: Colombia, Pakistan, Ghana, Guinea

‍Technology: Patented "Charged Particle" & Microbial Transport System

The Environmental Challenge

Modern agriculture faces the critical challenge of mitigating the adverse environmental effects of chemical fertilizers, specifically toxic runoff and soil degradation. The objective of this evaluation was to demonstrate how NUTREENT can decrease fertilizer reliance while maintaining or improving crop yield.

The Technology: "Charged Particle" Transport

NUTREENT utilizes a patented technology (2020) involving charged ionic particles of iron, zinc, magnesium, and manganese.

• Mechanism: Probiotics in the formula produce organic carboxylic acids (lactic and citric).

• Transport: These acids form bonds that act as a polymer, holding nutrients around the plant's feeder roots and facilitating more efficient uptake of water and nutrition.

• Bio-Availability: This process neutralizes soil pH and releases existing soil nutrients (like sulfur and phosphorus) that are otherwise locked in the soil, making them available to the plant.

Key Performance Metrics

Testing conducted by Texas A&M AgriLife and international field trials revealed three major agronomic breakthroughs:

• 30% Increase in Root Mass: The enhanced nutrient transport system allows root systems to grow up to 30% larger. Larger roots allow the plant to store more water, improving drought resistance and reducing irrigation needs.

• 20% Reduction in Fertilizer Use: Because NUTREENT optimizes the uptake of existing soil nutrients, farmers can reduce their application of Nitrogen, Phosphorus, and Potassium (NPK) by up to 20% while achieving better growth.

• Increased Soil Carbon: Texas A&M AgriLife testing confirmed that NUTREENT works with all crop types to specifically increase the carbon content within both the soil and the plant structure, aiding in soil restoration

Field Evidence: Banana Crop Analysis

In comparative field tests conducted in Colombia, NUTREENT-treated banana plants (Lote 160110/170111) demonstrated superior root density and vertical growth compared to the control group (Testigo). The visual data confirms the 30% root mass increase, showing significantly longer and more complex root structures.

Conclusion

Millman Systems and Texas A&M AgriLife data confirm that NUTREENT offers a viable solution for sustainable agriculture. By using charged particle technology to sequester nutrients at the root base, the system reduces leaching and runoff, leaves no toxic residue, and increases crop yield and profitability.