Pivot Bio Releases 2025 Field Performance Data Highlighting Nitrogen Innovation and Cost Savings
Pivot Bio, one of the world’s leading innovative agtech companies, has released its 2025 field performance data, underscoring the growing importance of advanced nitrogen-fixing technologies in modern agriculture. The newly published results demonstrate how biological nitrogen solutions are delivering consistent yield gains, reducing reliance on synthetic fertilizers, and helping growers manage cost pressures amid continued market and input price volatility.
As fertilizer markets remain unpredictable and global supply chains face ongoing disruption, nitrogen management has become increasingly complex. According to Travis Frey, Chief Technology Officer at Pivot Bio, growers today are navigating a nitrogen environment that is far more volatile than it was just a few years ago. Fluctuating fertilizer prices, weather variability, and tighter margins are forcing producers to rethink traditional crop nutrition strategies.
Over the past several seasons, growers working with Pivot Bio have provided valuable real-world insights into optimizing biological nitrogen products. These collaborative learnings have directly shaped the company’s best management practices (BMPs), launched last year, and are now influencing the development of next-generation product innovations. By combining farmer feedback with scientific advancements, Pivot Bio continues refining its approach to deliver more predictable and scalable outcomes.
The 2025 field data reinforces the effectiveness of Pivot Bio’s proprietary gene-edited microbial technology. When used in alignment with the company’s recommended best management practices, these microbes continue fixing nitrogen at the root level—even in the presence of traditional synthetic fertilizer sources. This capability positions biological nitrogen as a reliable and cost-effective component of a comprehensive crop nutrition strategy.
Corn Trials Demonstrate Strong Performance of PROVEN® G3
One of the key highlights of the 2025 data release is the performance of PROVEN® G3 in corn production systems. In 134 field trials conducted with 129 growers across diverse geographies and soil types, corn producers using PROVEN® G3 replaced an average of 33 pounds of traditional synthetic nitrogen per acre. At the same time, they achieved a 2.1 bushel-per-acre yield advantage compared to their standard nitrogen programs.
These results underscore the dual benefit of nitrogen displacement and yield improvement. By reducing synthetic nitrogen application rates without sacrificing productivity, growers were able to lower input costs while maintaining or improving crop performance. In a market environment characterized by high fertilizer prices and margin compression, this balance is increasingly critical.
Overall win rates in the corn trials exceeded 90 percent, marking a substantial improvement compared to performance metrics from just two years ago. In fact, the company reported that win rates have nearly doubled during that period, reflecting refinements in product application strategies, improved grower education, and optimized management practices.
A central driver of PROVEN® G3’s performance lies in its three distinct modes of action. First, the microbes deliver nitrogen directly to the plant root system, ensuring availability during critical early growth stages. Second, they enhance overall nutrient uptake efficiency, enabling crops to better utilize existing soil nutrients. Third, they amplify yield potential throughout key developmental phases, supporting consistent plant vigor and performance.
This root-targeted nitrogen delivery is especially significant. Traditional synthetic nitrogen can be subject to losses from leaching, volatilization, or denitrification—particularly under adverse weather conditions. In contrast, Pivot Bio’s microbial solution continuously fixes nitrogen in close proximity to the root zone, providing a more stable and plant-accessible supply. The result is a weather-resilient approach that supports yield potential regardless of soil variability or environmental stress.
CERT-N™ Cotton Trials Deliver Strong Economic Returns
In addition to corn, Pivot Bio shared updated performance data for CERT-N™, its biological nitrogen solution designed for cotton production. Trials conducted across the 2024 and 2025 growing seasons covered more than 30,000 acres, providing a robust dataset representing diverse production environments.
In these cotton trials, growers replaced up to 20 percent of their traditional synthetic nitrogen with CERT-N™. Despite the reduction in conventional fertilizer use, participants achieved average lint yield increases exceeding 50 pounds per acre. From an economic standpoint, growers realized returns of more than $30 per acre on average.
Equally notable were the win rates. Yield and economic win rates surpassed 85 percent—an impressive milestone for the first year of a product launch at scale. Early-stage agricultural innovations often require multiple seasons of refinement before reaching consistent performance benchmarks. Achieving this level of reliability so early in the commercialization cycle highlights the robustness of the underlying microbial technology and the effectiveness of best management guidance.
For cotton producers facing volatile input costs and unpredictable weather patterns, the ability to partially displace synthetic nitrogen while maintaining or improving lint yields represents a compelling value proposition. By reducing fertilizer dependency and enhancing nitrogen efficiency, CERT-N™ offers a risk-management tool that aligns agronomic performance with financial sustainability.
Advancing a Modern Crop Nutrition Strategy
Across both corn and cotton systems, the 2025 field performance data demonstrates that biological nitrogen fixation can function as a dependable component of modern crop nutrition programs. Rather than fully replacing synthetic fertilizers, Pivot Bio’s approach focuses on strategic displacement—allowing growers to reduce application rates while preserving yield potential.
This integrated model reflects a broader shift in agricultural input management. As environmental considerations, regulatory scrutiny, and cost pressures increase, growers are seeking solutions that enhance efficiency without introducing additional risk. By continuously fixing nitrogen throughout the growing season, Pivot Bio’s microbial products provide an alternative pathway to nutrient availability that complements conventional practices.
Travis Frey emphasized that these results confirm growers do not need to choose between performance and dependability. Instead, they can leverage biological nitrogen solutions to maintain nutrient availability during critical growth stages while reducing uncertainty tied to fertilizer pricing and weather variability.
Importantly, the company’s ongoing product development efforts aim to further refine microbial strains, enhance consistency across soil types, and expand compatibility with diverse cropping systems. Insights gained from thousands of on-farm acres continue to inform research and innovation pipelines, ensuring that next-generation products address real-world agronomic challenges.
As nitrogen markets remain unpredictable and growers face mounting pressure to optimize every input dollar, the 2025 performance data suggests that biological nitrogen fixation is transitioning from a niche innovation to a mainstream agronomic tool. By delivering consistent yield gains, displacing synthetic nitrogen, and lowering fertilizer costs, Pivot Bio’s technologies are helping reshape how growers approach crop nutrition in an increasingly complex agricultural landscape.
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