Plastic Waste Conversion to Hydrogen-Rich Synthesis Gas
Abstract:
This project outlines the development of a process which will convert plastic and Styrofoam waste into hydrogen-rich synthesis gas (syngas). The overarching aim of the process is to create a useful, high value product while also helping to eliminate the immediate threat of non-biodegradable plastic pollution in the natural environment. The necessity for syngas cannot be overstated. It is a cornerstone for many industries showing increasing reliance on its applicable versatility. It is largely used as an intermediate for electricity generation, agricultural ammonia fertilizer, and chemical production systems. The range of applications for syngas gives it an increasingly stable market in the future making it a viable source of economic growth. The needs for syngas will never disappear so long as people want a higher quality of life; inexpensive products are essential in delivering that anthem, and syngas enables these demands. Aside from removing plastic and Styrofoam waste from the streets and out of the natural environment, this process also boasts several other environmentally conscious design iterations. These include methods of energy conservation, implementation of self-reliant characteristics, as well as a symbiotic water treatment deal. Altogether, this process aims to provide the most environmental benefit with a maximum amount of profit, while running safe operations. It is the group’s objective to obtain payback on investment after only 5 years of operation
Students:
- Brendan Forde
- David Munoz
- Elise Buck
- Emily Wang
- Salma Cherif
