TAGS:#PLC #DCS #control systems #factory automation #sustainable technologies #energy efficiency #circular economy
Middle Schoolers Apply Creativity to Industrial Automation Challenges
In Charlotte, sixth through eighth graders explored ways to improve stadium sustainability. They integrated industrial automation concepts, control systems, and energy-efficient technologies to design practical solutions for game day operations.
Futureshaper Sustainability Challenge Spurs Real-World Engineering Thinking
The Futureshaper Sustainability Challenge partnered Honeywell, the Carolina Panthers, and nonprofit Digi-Bridge. Students collaborated in teams, gathering insights from Honeywell engineers and Panthers operations specialists. These mentorships guided their proposals for renewable energy, waste reduction, and circular economy principles.
Circular Waste-to-Energy Concept Wins First Place
The Lake Norman Charter School team focused on discarded peanut shells. Their solution combined biodegradable containers with automated collection machines. Using industrial processes, the shells could be converted into biofuel for stadium energy needs. This approach demonstrates how control systems and factory automation can close sustainability loops efficiently.
Integrating Urban Aquaponics for Fresh Food Production
Walter G. Byers School proposed an aquaponics system within Bank of America Stadium. This technology produces vegetables and protein in compact urban spaces, aligning with industrial automation trends in monitoring and controlling environmental conditions. The project exemplifies how PLCs and DCS could optimize sustainable food production.
Efficient Composting Reduces Waste and Supports Community
Piedmont Middle School developed a composting system for game day food waste. Using sensors and automated monitoring, the system maximizes compost yield while minimizing environmental impact. Excess material supports local food agencies, highlighting how industrial control systems can benefit community-focused sustainability initiatives.
Industry Insights and Author Commentary
These student projects reflect broader industrial automation trends. Implementing real-time monitoring, energy conversion, and smart waste management can transform stadium operations. Moreover, early exposure to these concepts encourages future engineers to consider sustainability alongside automation efficiency.
Practical Applications in Industrial Automation
Stadium operations demonstrate opportunities for PLCs, DCS, and automated control systems beyond manufacturing. From energy conversion to smart waste handling, integrating industrial automation with sustainability creates operational efficiency and environmental impact reduction.