Department
Civil, Architectural and Environmental Engineering
Major
Engineering Management
Research Advisor
Wang, Jianmin
Advisor's Department
Civil, Architectural and Environmental Engineering
Funding Source
OURE; Civil, Architectural and Environmental Engineering Department
Abstract
This study explores an innovative anaerobic digestion reactor technology aimed at improving the sustainability and efficiency of organic waste management. By employing a system without mechanical parts, it seeks to significantly enhance energy conversion from waste, tackling waste accumulation and the need for renewable energy sources. The project will use a multidisciplinary approach, incorporating economics, engineering management, and environmental science, to thoroughly evaluate the reactor's performance in terms of gas production, stability, and efficiency. Additionally, it will assess the economic viability and environmental impact, emphasizing advantages such as waste reduction and decreased greenhouse gas emissions. Additionally, preliminary market analysis and community engagement will assess the technology's applicability and potential impact on current waste management practices. The reactor itself will authentically use a realistic feedstock such as S& T Dining's food waste. The culmination of this research will be a comprehensive report, documenting the findings and offering actionable insights for implementing this innovative technology in organic waste management strategies.
Biography
Auston, an honors student in Engineering Management with an emphasis area in Energy and a minor in Quantitative Economics, is deeply engaged in campus leadership. Holding executive positions in the Student Council, the American Society of Engineering Management, and the Kummer Vanguard Scholars, among others, he exemplifies dedication to leadership and innovation. His keen interest in energy has Jed him to explore the transition to sustainable power systems. In the past year, he has collaborated with the Missouri Department of Natural Resources through the Meramec Regional Planning Commission on a community grant project. This initiative examines local food waste management practices and assesses the feasibility of implementing new technologies. Auston is active on campus and aims to rekindle interest in research on critical issues, focusing on practical implementation and entrepreneurship.
Research Category
Engineering
Presentation Type
OURE Fellows Proposal Oral Applicant
Document Type
Presentation
Location
Havener Center - Carver Room
Presentation Date
10 April 2024, 9:00 am - 12:00 pm
Analyzing the Viability of Novel Reactor Technology
Havener Center - Carver Room
This study explores an innovative anaerobic digestion reactor technology aimed at improving the sustainability and efficiency of organic waste management. By employing a system without mechanical parts, it seeks to significantly enhance energy conversion from waste, tackling waste accumulation and the need for renewable energy sources. The project will use a multidisciplinary approach, incorporating economics, engineering management, and environmental science, to thoroughly evaluate the reactor's performance in terms of gas production, stability, and efficiency. Additionally, it will assess the economic viability and environmental impact, emphasizing advantages such as waste reduction and decreased greenhouse gas emissions. Additionally, preliminary market analysis and community engagement will assess the technology's applicability and potential impact on current waste management practices. The reactor itself will authentically use a realistic feedstock such as S& T Dining's food waste. The culmination of this research will be a comprehensive report, documenting the findings and offering actionable insights for implementing this innovative technology in organic waste management strategies.
