Key Takeaways
- Research Collaboration Initiated: Impact Fusion International Inc. (IFUS) and Southern University Agricultural and Research Center (SUARC) have started a research project focusing on sugarcane bagasse.
- Sample Collection: SUARC representatives collected samples from IFUS’ operations in Napoleonville, LA, for analysis.
- Memorandum of Understanding: An MOU has been drafted to outline the collaborative efforts and expectations between IFUS and SUARC.
- Research Goals: The project aims to enhance the nutritional value of sugarcane bagasse as livestock feed and examine its effects on lignin breakdown.
- Sustainability and Economic Impact: The study explores potential benefits, including improved livestock performance, cost reduction, revenue generation, and significant reductions in Carbon footprint and Greenhouse Gases.
Impact Fusion International Inc. (OTC Pink: IFUS) is pleased to announce the commencement of a collaborative research project with the Southern University Agricultural and Research Center (SUARC). The project focuses on the potential transformation of sugarcane bagasse into a high-quality livestock feed through innovative treatments.
Project Details and Timeline
Representatives from SUARC visited IFUS’ Napoleonville, LA, operations to collect samples of SGP+™ and sugarcane bagasse for laboratory analysis. This visit follows preliminary discussions and observations with local ranchers who have noted the efficacy of SGP+™ in their livestock operations. The initial phase of the project, titled “Improving Sugar Cane Bagasse Through Various Treatments to Create High-Quality Livestock Feed from Southern University Baton Rouge (SUBR),” is set to last three months, after which the findings will be reviewed and a new MOU drafted based on the results.
Observations and Initial Results
During their visit, the SUBR team noted a significant shift in the properties of the sugarcane bagasse from exothermic (heat-releasing) to endothermic (heat-absorbing) when treated to become SGP+™. This observation has led to further testing to understand the underlying processes, particularly the breakdown of lignin—a complex organic polymer.
Implications and Potential Impact
The SUARC lead scientist described the potential breakthrough in lignin breakdown as “The Holy Grail” of energy and nutrition, which could serve as a viable hay replacement. This development could have profound implications not only for livestock nutrition but also for environmental sustainability, given its potential to reduce the global carbon footprint significantly.
Statements from IFUS Leadership
“We are excited about the opportunity afforded us by SUARC to research to potentially validate our grassroots findings as reported to us by our ranchers and farmers,” stated Marc Walther, President and CEO of IFUS. The enthusiasm reflects the potential market and environmental benefits that the successful application of SGP+™ could bring.
Photo by Abhishek Shintre on Unsplash
