Ongoing
Valorization of electronic waste for a circular economy
About The Project Advisor(s) Industrial Partners

Objectives

The objective of this project is to develop novel, sustainable treatment techniques for e-waste that promote a circular economy by valorizing collected e-waste while reducing the environmental impact. Specifically, we plan to achieve the following:
  • E-waste selection: Identify the most suitable type of e-waste with the potential for waste valorization in Lebanon and regionally. Factors include source of waste, quantities, current collection schemes, treatment technologies, scale up, and market potential for the products obtained from e-waste processing.
  • Process development: Develop novel techniques for the processing of selected e-waste type(s). We will select one approach among several potential solutions, including thermal treatment (e.g. pyrolysis), separation using green solvents, and others (e.g. immobilization in other waste matrices)
  • Environmental Impact: Assess the environmental impact of the selected technique against a benchmark of landfilling/dumpsite disposal as applicable to the region of interest.
  • Economic potential: Conduct an economic analysis of the potential feasibility of the project at the commercial scale, using market prices for e-waste and products.
Methods and Technologies:
We will select the optimal method/technology for treatment based on the selected waste type. These include:
  • Pyrolysis: Reclaimed e-waste is thermally treated in the absence of oxygen to recover valuable material (e.g. metals), while minimizing the overall environmental impact.
  • Solvent extraction: Use organic solvents or acids/bases with reduced toxicity (green solvents) to selectively extract target components and separate them from the remaining waste matrix
  • Mechanical/Physical techniques: Use magnets to separate metals from shredded e-waste, and infrared or density separation to separate remaining non-ferrous, plastic components
  • Explore AI-based solution to help automate and scale up the e-waste recycling process
  • Use life cycle analysis (LCA) to identify the approach with the highest reduction in environmental impact.
Academic Majors/Disciplines
Academic Majors/Disciplines
  • Chemical Engineering
  • Mechanical Engineering
  • Industrial Engineering
  • Electrical Engineering
  • Civil Engineering

Preferred Skills and Experience

Depending on the project aspect, the following preferred skills and experience are a plus:
  • Lab experience with organic chemistry knowledge
  • Knowledge of LCA tools
  • Knowledge of machine learning applications

Advisor(s)

Walid Saad

Masri Building #410
Ext 3545

Industrial Partners

Ecoserv

Zouk Mikael

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