Ongoing Commitment to Applied Research
The strength of a biotechnological solution is not only measured in the field but also through its scientific validation. Over the years, our Biokakimu and Bioterre developments have been the subject of research studies, theses, and degree projects at national and international academic institutions, building a technical foundation based on experimental evidence.
These research efforts have addressed the impact of our products on environmental sustainability, phytosanitary control, waste valorization, and productive efficiency.
Featured Research and Academic Works
1. Accelerated Decomposition of Camouflage Material Using Biokakimu Bacteria
- Author: Hilda Margarita Espitia Orozco et al.
- Institution: Escuela Militar de Cadetes “General José María Córdova” (EJC)
- Year: 2017
This work evaluated the acceleration capacity in biodegradation processes using Biokakimu bacteria, demonstrating its potential in environmental management and controlled decomposition of materials within a sustainability framework.
2. Prebiotic, Bacillus subtilis, and Potassium Phosphite for Anthracnose Control and Postharvest Quality of “Méndez” Avocado
- Author: Elizabeth Vizcaíno Ríos
- Institution: Colegio de Postgraduados
- Year: 2021
This research analyzed the effectiveness of biological and nutritional strategies in controlling anthracnose and improving postharvest quality of avocado, demonstrating the potential of prebiotics in more sustainable phytosanitary management schemes.
3. Energy Valorization of Poultry Waste: Economic-Environmental Impact and Experimental Analysis in Europe of Ammonia Reduction in Poultry Farms Using Enzymatic Compounds
- Author: Grétel Burguet Fernández
- Year: 2015
This study addressed the utilization of poultry waste from an energy and environmental perspective, including analysis of ammonia emission reduction on farms. The results demonstrated the potential of enzymatic and biotechnological compounds in mitigating environmental impacts and improving productive conditions.
4. Evaluation of a Prebiotic and Potassium for Anthracnose Control in Tree Tomato
- Author: Carlos Alberto Luengas-Gómez et al.
- Publication: Agronomía Colombiana 30(2): 230-235
- Year: 2012
This scientific study analyzed the efficacy of a prebiotic combined with potassium in anthracnose management, contributing to strengthening cleaner control alternatives aligned with sustainable agricultural practices.
The collaboration between industry and academia has been key to the evolution of our biotechnological solutions. These research studies demonstrate:
- Technical applicability across different sectors (agricultural, environmental, and poultry).
- Impact on phytosanitary control through sustainable approaches.
- Potential for emission reduction and responsible waste management.
- Generation of experimentally validated knowledge.
Our commitment is to continue promoting collaborative research and scientific development as the foundation for a more efficient, responsible, and sustainable agroindustry.