Publications by authors named "Longqian Li"

Article Synopsis
  • - The study presents a one-pot method to convert PET plastic waste into p-xylene using a high-yield, non-precious Cu-based catalyst (CuZn/AlO) without the need for alcohol solvents, achieving an impressive yield of 99.8%.
  • - The research highlights the role of Zn in enhancing the catalyst's performance by improving Cu dispersion and optimizing the Cu ratio, contributing to better conversion efficiency.
  • - Analyses reveal that the process primarily involves hydrogenolysis, where PET is broken down into useful chemicals, shedding light on the conversion pathway and offering insights for future catalyst design in plastic waste upcycling.
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Continuous emission monitoring system is commonly employed to monitor NOx emissions in municipal solid waste incineration (MSWI) processes. However, it still encounters the challenges of regular maintenance and measurement lag. These issues significantly impact the accurate and stable control of NOx emissions.

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