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Bion’s Organic Nitrogen Fertilizer Demonstrates Strong Performance in Growth Trials
Globenewswire· 2025-08-19 12:30
Core Viewpoint - Bion Environmental Technologies, Inc. has announced promising results from growth trials of its innovative organic nitrogen fertilizer, Liquid AB, which is derived from organic waste and has shown potential to enhance crop yields and profitability for organic growers [1][8]. Company Overview - Bion Environmental Technologies specializes in producing advanced organic nitrogen fertilizers from organic and manure waste, utilizing a patented process that captures ammonia and CO₂ released during biogas generation [1][8]. - The company's product, Liquid AB, is ammonium carbonate/bicarbonate, recognized by the Organic Materials Review Institute (OMRI) as suitable for organic farming [2]. Growth Trials - Initial trials of Liquid AB have been conducted in three categories: cannabis, tomatoes, and milo (sorghum) [3][4][5]. - **Cannabis**: Trials at Southern Illinois University indicated that plants treated with ammonium bicarbonate exhibited superior growth, including increased height and chlorophyll content [3]. - **Tomatoes**: Outdoor trials showed that tomato plants fertilized with ammonium bicarbonate matched the vigor and production levels of those treated with conventional fertilizers [4]. - **Milo (Sorghum)**: A trial combining Liquid AB with an algae bio-stimulant resulted in outstanding growth performance, leading to further evaluation in Phase 2 [5]. Stakeholder Engagement - Bion has distributed Liquid AB samples to various stakeholders in the organic agriculture and consumer products sectors for testing, including a global chemical processor and a major supplier in the U.S. lawn and garden market [6]. Market Implications - The availability of readily accessible nitrogen for organic growers is expected to boost yields and productivity, leading to increased profitability for producers and lower prices for consumers [8]. - Bion's approach aligns with global trends towards circular economy models and sustainable agricultural practices, addressing environmental concerns related to ammonia emissions [8].
Bion Announces First Offtake Commitments for its Organic Nitrogen Fertilizer
Globenewswire· 2025-05-27 12:20
Core Viewpoint - Bion Environmental Technologies, Inc. has received initial Letters of Interest (LOIs) for its OMRI Listed nitrogen fertilizer from two major distributors on the West Coast, indicating strong market demand for its products [1][4]. Group 1: Letters of Interest - Perfect Blend has executed an LOI for 50,000 gallons of fertilizer at $7.00 per pound, with the production facility location yet to be determined [2]. - Yield RMG has executed an LOI for 100,000 gallons at the same price of $7.00 per pound, also with the production facility location to be determined [3]. - The LOIs are non-binding until Bion identifies and commences development of projects to supply the products, after which delivery timelines and production capacity will be established [4]. Group 2: Market Strategy and Opportunities - Bion has retained Philo Consulting to represent its fertilizer products to distributors in the organic grower market, including specialty field crops [5]. - The company is exploring niche agriculture markets related to indoor farming, such as vertical, hydroponic, and greenhouse systems, including cannabis [5]. - Bion is testing its products in the retail consumer segment and believes its organic products may appeal to turf and landscape applications, targeting parks, golf courses, and schools [5]. Group 3: Company Outlook - Craig Scott, Bion's CEO, expressed optimism about the transition from R&D to commercialization, highlighting demonstrated demand for their fertilizer products at attractive pricing [6]. - The company is entering new markets with demand for its products and anticipates additional offtake commitments that will support production [7]. - Bion's patented Ammonia Recovery System (ARS) aligns with global trends toward circular economy models and low-carbon agriculture, producing organic fertilizers from ammonia generated during biogas production [7].