Bion Environmental Technologies Reveals ARS Breakthrough
Bion Environmental Technologies, Inc. (OTC QB: BNET) has made significant strides in its mission to enhance livestock operations through innovative technology. The company recently completed a comprehensive Technology-Optimization Report on its Ammonia Recovery System (ARS), showcasing its effectiveness at Fair Oaks. The report highlights a decade's worth of development and research, culminating in a system capable of efficiently reducing ammonia levels.
Stability and Scalability of Ammonia Recovery System
The optimized Ammonia Recovery System proved to be stable, demonstrating its ability to maintain continuous operations while being highly reliable and scalable. One of the remarkable discoveries during the optimization phase was that the system could meet ammonia reduction targets by evaporating one-third less water than was initially forecasted. This reduction translates to significant cost savings, particularly in fertilizer production, as well.
Enhanced Economics of Fertilizer Production
Bion's advancements signify a potential decrease in operational costs by approximately 25% compared to previous estimates. This change has a profound impact, as it directly affects the economics associated with fertilizer production. The optimized system is not only more efficient but also sets the stage for a decrease in overall capital costs related to fertilizer and treatment capacity.
Partnership with Buflovak: A Key to Success
Bion engaged Buflovak, an engineering firm based in New York, which specializes in evaporation and separation processes, as a partner in developing the ARS. This collaboration proved invaluable during the six years of dedicated research and development that led to the successful optimization phase. Buflovak’s engineering team played a crucial role during this time and was heavily involved in both the testing and the evaluation of the report's findings.
Looking Forward to Future Projects
Craig Scott, Bion’s CEO, expressed pride in the achievements of the team, emphasizing that the ARS exceeded their expectations. Currently, Bion is actively evaluating several potential projects that would allow them to supply their unique organic nitrogen fertilizer during the upcoming growing season. They are looking for optimal partnerships that align with their goals.
Impact on Sustainable Agriculture
The patented Ammonia Recovery System developed by Bion is designed to convert problematic ammonia produced from livestock waste into valuable organic fertilizers. This process not only helps in preventing environmental pollution but also contributes to cleaner water production, which can be reused or safely discharged. Bion’s technology aligns with global efforts toward a circular economy and sustainable agricultural practices.
The Importance of Resource Recovery
Recovering ammonia through the ARS is a crucial step towards establishing low-carbon and environmentally friendly agricultural practices. The system enhances economic viability for livestock and biogas operations by transforming waste into useful resources, thus supporting the transition to more sustainable methods of food production.
Frequently Asked Questions
What is the Ammonia Recovery System (ARS)?
The ARS is a patented system developed by Bion that recovers ammonia from organic waste, converting it into organic nitrogen fertilizers.
How has the ARS improved economic factors in fertilizer production?
The ARS can reduce operating costs by about 25% compared to previous models, leading to decreased fertilizer production expenses.
Who partnered with Bion for the ARS development?
Bion partnered with Buflovak, a New York engineering firm, to leverage their expertise in evaporation and separation processes.
What are the future plans regarding the ARS?
Bion is currently evaluating numerous projects that will utilize the ARS to supply unique organic nitrogen fertilizers to growers, targeting the 2026 growing season.
How does the ARS contribute to environmental sustainability?
The ARS helps prevent pollution by recovering ammonia from organic waste, thus promoting cleaner agricultural practices and resource recovery.
