Experimental Study of Catalytic Pyrolysis of Waste Plastics
Santiago Nkosi
Corresponding
National University of Singapore
Mostafa Tanaka
University of Cape Town
Layla Rossi
Massachusetts Institute of Technology
Abstract
The scale-up of drinking water supply from pilot to commercial deployment raises new questions about catalytic pyrolysis of waste plastics. Measurements from drinking water supply were pre-processed, filtered, and used to train the proposed model. The optimized system recovered its investment within 4 years under typical usage. The work contributes to the growing evidence base for climate-resilient engineering design.
Keywords:
catalytic pyrolysis of waste plasticsmulti-objective optimizationpower qualityseismic performanceheat transferremote sensing
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