State College, PA, - Phospholutions Inc., a pioneer in sustainable fertilizer technology, announces industry-leading carbon reduction in phosphorus fertilizer production following a comprehensive life cycle assessment (LCA) of their groundbreaking RhizoSorb® technology conducted by Sustainable Solutions Corporation. This assessment, comparing cradle to gate comparison of traditional monoammonium phosphate (MAP) and examining the overall life cycle of annual corn production, marks a significant milestone in the company’s objective to develop solutions for sustainable and responsible use of phosphorus.
The LCA findings highlight substantial environmental benefits of RhizoSorb® 8-39-0, the company’s premier fertilizer product. Notably, the reduction in phosphoric acid and ammonia used in fertilizer production with RhizoSorb® technology decreases carbon emissions by nearly 50%. By replacing energy-intensive materials with more efficient and sustainable alternatives, this innovative product significantly decreases raw material environmental footprints, manufacturing resources, and transportation requirements. The study reveals that, in a direct comparison to MAP, RhizoSorb® 8-39-0 exhibits a 45.2% reduction in global warming potential. Extrapolating these results to the broader scale of corn production in the United States, the adoption of RhizoSorb® 8-39-0 could prevent a staggering 3.4 billion kg CO2 eq emissions. This significant reduction is equivalent to removing emissions from more than 700,000 cars annually.
The results from the assessment demonstrate how Phospholutions strengthens global food security and increases farmer profitability by improving fertilizer efficiency and reducing environmental impact. “It has always been our mission to create more sustainable fertilizers that reduce the carbon footprint and impacts to water quality. Not only do fertilizer manufacturers have an opportunity to extend the life of these finite resources, but also extract more value per unit of phosphorus while being better stewards of the environment. It’s good for industry and the environment” said, Hunter Swisher, Chief Executive Officer and Founder at Phospholutions.
Utilizing the same application methods of traditional granulated fertilizers, RhizoSorb® 8-39-0 has cascading effects throughout the fertilizer lifecycle, significantly reducing manufacturing ozone impacts by 51% and transportation emissions by 10%, leading to meaningful reductions in smog formation and acidification by 34.7% in highly impacted geographic locations. RhizoSorb® 8-39-0 reduces the need for overapplication of phosphorus fertilizers protecting freshwater systems and decreases eutrophication by 40%. In a third-party study by The New Zealand Institute for Plant and Food Research, RhizoSorb® fertilizers decrease run-off potential by 78%.
“The significant findings of the LCA present a compelling case for the efficacy of RhizoSorb® 8-39-0 in fostering sustainable agricultural practices. As Phospholutions continues its mission to develop and promote environmentally conscious farming solutions, the company aims to conduct further studies to support these impactful results,” according to Chief Operations Officer and Vice President of Sustainability, Stephan Levitsky.
An executive summary of the LCA and phosphorus run-off study can be found at www.phospholutions.com. For more information, inquiries, or interview requests, please contact Bradlee Consevage at bconsevage@phospholutions.com.
About Phospholutions
At Phospholutions, our mission is to enhance global phosphorus use. We believe sustainable production and responsible use of phosphorus is critical to support global food demands. RhizoSorb® was developed to cut costs and reduce the environmental impact of fertilizer use by releasing nutrients in the soil more efficiently. Our patented fertilizer additive is incorporated into production to create higher efficiency products that maximize the use of phosphate resources.
Note: The findings and conclusions presented in this press release are based on the data available at the time of the assessment and are subject to further validation and refinement in future studies.
