Term 232

Production of Green Polyethylene from Sugar Cane to Meet Sustainability and Zero Net Carbon Emission

Project Type: Self-Initiated

Project Description

Polyethylene, typically derived from fossil fuels, leads to greenhouse gas emissions. This project proposes a portable device using AI to convert sugarcane, a renewable biomass, into ethanol for sustainable polyethylene production. The device will feature an advanced algorithm to enhance efficiency and reduce costs, operating even in remote, lowelectricity areas. It will include sensors to monitor operations and display the device's status


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Project Team

Nawaf Hassan Marran
Nawaf Hassan Marran
Electrical Engineering
Abdullah Eyad Cadura
Abdullah Eyad Cadura
Modelling & Simulation
Abdullah Adel Alrajeh
Abdullah Adel Alrajeh
Chemical Engineering
Waleed Ayash Alanazi
Waleed Ayash Alanazi
Chemical Engineering
Abdulmalik Raed Aladsani
Abdulmalik Raed Aladsani
Mechanical Engineering
Ammar Yasser Al Karmo
Ammar Yasser Al Karmo
Electrical Engineering

Team Coach

Dr. Naveed Iqbal
Dr. Naveed Iqbal
Assistant Professor

Department of Electrical Engineering

Interdisciplinary Research Center for Communication Systems and Sensing