The Open Day at our university was an exceptionally enjoyable and memorable experience, especially as it was my first time representing the BioResources and Technology (BRT) team alongside my colleague AbdulAzeez. Throughout the day, we interacted with many enthusiastic visitors, including students and others who showed deep interest in our work.

 

From the start, the event atmosphere was lively, interactive, and full of positive energy. It was great seeing visitors enthusiastically exploring our demonstrations and engaging with us through thoughtful questions. Our booth showcased several captivating setups, highlighting our ongoing research in renewable energy and sustainable technologies. Notably, visitors were highly interested in our live demonstrations, including photosynthesis experiments, renewable energy setups involving hydrogen fuel cells, solar power, and wind energy systems, which consistently drew large crowds.

 

Our primary objective was to clearly demonstrate the innovative and impactful research carried out by the BRT team and encourage prospective students to join our faculty. By presenting our research in simple yet engaging ways, we ensured visitors from diverse backgrounds easily grasped the complex scientific concepts. "BRTea," a nutrient-rich liquid collected from compost and vermicompost systems, was a popular topic among visitors. Another highlight was our biogas production demonstration, where we clearly showed how biogas production displaces water in a connected jar, enabling simple measurement of produced biogas. Additionally, visitors could examine a biogas-filled polythene bag marked with typical gas compositions, enhancing their understanding further.

 

We also demonstrated an advanced gas analyzer, which was connected via pipes to our anaerobic digester batch setup containing feedstock. Visitors could observe real-time biogas production and easily identify methane (CH4), the primary gas, along with carbon dioxide (CO2) and other gases produced during anaerobic digestion. Litmus paper demonstrations allowed us to visually illustrate pH changes and corresponding color shifts, making these scientific concepts tangible and accessible. Our microscope station fascinated visitors, allowing them to observe live protozoa and numerous bacterial slides, which generated considerable excitement. Moreover, our seed growth comparison in two petri dishes—one with demi-water and another with BRTea—visually demonstrated the nutritional benefits of BRTea, clearly evident from the healthier growth in the BRTea dish.

 

The most rewarding aspect of participating was witnessing visitors' genuine surprise and appreciation when complex concepts were simplified and clearly explained. The smiles, words of gratitude, and insightful questions from visitors underscored their enthusiasm and engagement with our work. In conclusion, participating in the Open Day was deeply rewarding, enriching, and motivating. It effectively showcased the significant contributions of BRT’s research while successfully inspiring and educating visitors and future students about our field.

 

 

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