Pivot Bio’s Impact

Image of Dr. David Kanter, Associate Professor of Environmental Studies, New York University
Nitrogen pollution is a critical environmental challenge because it impacts so many areas: air and water pollution, biodiversity loss, ozone layer depletion and human health. The glass-half-empty view is that it makes all of these worse. The glass-half-full view is that if we better manage our relationship with it, the positive impacts are far-reaching. Dr. David Kanter, Associate Professor of Environmental Studies, New York University

Building A Nitrogen Plan Is Complex

The type of nitrogen that’s used and when it is applied makes a difference to the environment and a farm’s performance.

Image of Amanda De Jong, Head of Pivot Bio Government Affairs and Iowa Farmer
As a mom, a farmer, and a Pivot Bio employee, I believe that committing to always doing things a little bit better—not just for us, but for our environment and our community—is the only way to live. My husband, Ryan, and I farm in Marshall County, Iowa. We grow primarily corn, but we also raise hay, feeder cattle, and, our most important crop: our two kids. Amanda De Jong
Rhodes, Iowa, Eden Ridge Farms
The Impact of Synthetic Fertilizer

Nitrogen Can Be More Efficient

1.31 Gigatons of GHG

The production and use of synthetic nitrogen fertilizer contributes 1.31 gigatons of GHG emissions annually.

Up to 60% Loss

On average, only half of the synthetic fertilizer that farmers pay for and apply reaches their crop.

The Benefits of Microbial Fertilizer

The Benefits of Microbial Nitrogen

99% Fewer Manufacturing Emissions

The manufacturing emissions of our microbial nitrogen is just 1% of the manufacturing emissions of synthetic fertilizer.

10.5%-14%+ N/plant

Side-by-side comparisons show a win rate of 88% to 94% depending on in-season growing conditions, with 10.5%-14% more nitrogen in the plant and 10.8%-12% more in plant biomass compared to untreated plants.

Illustration of key Pivot Bio company facts like office locations, DEI, emissions, sustainability programs.

2022 Impact Report

Our inaugural impact report looked at the importance of nitrogen and the need for the world to evolve the way we think about it.

Download

2023 Impact Report

In our 2023 report, we explored how adding Pivot Bio’s microbes to a grower’s operation can help build resilience, improve performance, boost soil health, and protect our air and water.

Download
Global Opportunities, Global Solutions

Global Opportunities, Global Solutions

Farmers across the globe rely on nitrogen to deliver the yields necessary to sustain the food supply. Yet synthetic fertilizer is inaccessible to much of the world due to its supply chain infrastructure and high cost.

We’re committed to creating a more equitable nitrogen landscape for growers globally. Unlike synthetic fertilizer, microbial nitrogen can be manufactured domestically within any country. Microbial nitrogen also has a 1,000 times weight reduction compared to the fertilizer it replaces, a game changer for the supply chain. With more affordable, more accessible nitrogen—nitrogen whose price isn’t dictated by fossil fuel volatility or global shocks to supply chains—we can change the way our world grows food.

As we look forward, we will continue to expand our commercial registration into other countries where agriculture contributes to 33% of GDP and employs more than 40% of the total population.

Our global impact.

Transforming Ag Is A Team Sport

Thank you to our customers, reps, employees, and partners who made this impact possible.

Our Technology

Pivot Bio’s technology meets the demand for nitrogen consistency and dependability. Unlike synthetic nitrogen, our microbial nitrogen stays at the root, delivering nitrogen to crops, all season long, across all growing regions and weather.

Learn More

A Better Nitrogen

When farmers replace a portion of their traditional nitrogen with Pivot Bio’s more predictable microbial nitrogen, they help preserve our soil, air and water for the next generation of farmers.

Learn More