Enabling Plastic Waste Gasification by Autothermal Chemical Looping with >90% Syngas Purity for Versatile Feedstock Handling

Autor: Falascino, Eric, Joshi, Rushikesh K., Kumar, Sonu, Jawdekar, Tanay, Kudva, Ishani K., Shinde, Shekhar G., Cheng, Zhuo, Tong, Andrew, Fan, Liang-Shih
Zdroj: Applications in Energy and Combustion Science; 20240101, Issue: Preprints
Abstrakt: •>90% steady state syngas purity for PE, PET and blend using moving bed reactor.•Experimental results ∼ thermodynamic maximums with negligible carbon carryover.•Process Simulations demonstrate the ability to achieve Autothermal Operation.•4% increase in both CGE and ETE, ∼30% CO2emissions reduction than conventional.
Databáze: Supplemental Index