Bion's Innovative Ammonia Control Technology Achieves Milestones
Bion Environmental Technologies, Inc. (OTC QB: BNET), recognized as a pioneer in advanced organic waste treatment and resource recovery solutions, recently disclosed that their Ammonia Recovery System (ARS) at Fair Oaks has reached a significant operational benchmark. After completing extensive independent laboratory tests, the company is now gearing up to move ahead with the final design and installation of commercial-scale systems.
The Functionality of Bion’s ARS
The Ammonia Recovery System is engineered to transform volatile ammonia extracted during the biogas production process into a high-value organic nitrogen fertilizer. This process effectively utilizes materials like animal manure and food processing waste to generate Renewable Natural Gas (RNG) in methane digesters. The results from the technology demonstration program have proven that ARS can efficiently isolate and stabilize ammonia from digester effluent while maintaining steady operations across a variety of conditions. Interestingly, the actual efficiencies and economic benefits observed exceeded initial predictions derived from earlier testing phases at Buflovak.
Realizing Enhanced Performance
Anticipated growth in performance and economic viability of the ARS was not unexpected. As Bion scaled the technology up from the earlier Buflovak platform, it was believed that the integration of engineering insights and operational improvements, along with increased capacity within the system, would contribute significantly to results. Plans are in place to continue enhancing the system's performance as it reaches full commercial scale. Although some engineering hurdles are anticipated, Bion remains optimistic as the ARS operations have demonstrated a tendency to outperform at larger scales. In the coming months, the team will assess further modifications aimed at drastically reducing both capital expenditure and ongoing operational costs.
Strategic Industry Relationships and Market Demand
Bion is poised to leverage an independent engineering report alongside its OMRI fertilizer certification to foster strategic partnerships across the fertilizer landscape. Presently, the company is in talks with several prominent distributors in this industry, capturing a clear market demand for OMRI Listed liquid nitrogen fertilizers, such as Bion’s AB 10-0-0. Despite past frustrations that organic fertilizer distributors have faced due to unfulfilled promises of supply, Bion’s considerable experience in managing animal waste, coupled with decades of technology development, positions them as a trusted source in light of the new certifications.
Addressing Environmental Challenges
In the U.S., agricultural practices and livestock manure are significant contributors to excess ammonia emissions, which pose substantial environmental hazards. Capturing ammonia becomes critical to curbing nutrient runoff, preventing harmful algae blooms, and mitigating groundwater pollution from nitrates. Globally, issues are under close scrutiny, particularly in regions like the EU where nitrogen output is regulated. Bion’s ARS technology addresses these global challenges by reclaiming over 85% of ammonia in waste streams and converting it into a valuable, transportable fertilizer that can be applied with precision where needed.
Engaging Stakeholders in California’s Agricultural Landscape
Central Valley in California, home to numerous large dairies that produce biogas, is facing increasing pressure from environmental advocacy groups and regulatory bodies regarding ammonia's implications for groundwater and air quality. Recognizing the urgency of the situation, Bion has initiated dialogues with these stakeholders about innovative ammonia and water recovery strategies. By offering solutions that can recover clean water and redistribute ammonia based on agricultural needs, Bion’s approach could significantly impact dairy and biogas operations, alongside organic farming initiatives within the region. The forthcoming independent engineering report will play an essential role in these critical discussions.
Future Outlook and Innovations
Craig Scott, the CEO of Bion Environmental Technologies, emphasized that the successes achieved at Fair Oaks are a culmination of over a decade of research and development. He expressed gratitude towards the dedicated team and supportive shareholders who have contributed to this significant milestone. Despite the challenges faced, Scott expressed optimism about the future, noting how the technology not only functions but surpasses expectations. With an OMRI Listing secured and initial supply agreements in place for Stovall Ranches, the potential for expanding beyond animal waste to other industrial sectors where their patents apply is promising.
Frequently Asked Questions
What is Bion’s Ammonia Recovery System?
Bion’s Ammonia Recovery System is a technology that converts volatile ammonia from organic waste into high-value organic nitrogen fertilizers.
How does Bion’s technology benefit agriculture?
This technology helps prevent nutrient runoff, mitigates harmful algae blooms, and improves soil quality by recycling ammonia into fertilizers.
What certifications has Bion obtained?
Bion has received an OMRI listing for its organic nitrogen fertilizer, affirming its compliance with organic standards.
What impact does ammonia have on the environment?
Ammonia contributes to air pollution, toxic algae blooms, and groundwater contamination, making its capture essential for environmental health.
How is Bion engaging with stakeholders in California?
Bion is actively discussing circular ammonia and water recovery solutions with stakeholders in California’s Central Valley to support sustainable agriculture.
