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This doctoral thesis investigates radical high-pressure ethylene polymerization from laboratory scale through to industrial application. It details how overcoming critical dosing and crystallization limits in a mini-plant setup enabled the replication of industrial conditions to study ethylene-acrylic acid kinetics at elevated acid contents. Additionally, it combines experimental data with kinetic simulations to quantify the chain-transfer activity of key functional groups such as aldehydes, ketones, and acetates, establishing a predictive framework for low-density polyethylene production.
This doctoral thesis investigates radical high-pressure ethylene polymerization from laboratory scale through to industrial application. It details how overcoming critical dosing and crystallization limits in a mini-plant setup enabled the replication of industrial conditions to study ethylene-acrylic acid kinetics at elevated acid contents. Additionally, it combines experimental data with kinetic simulations to quantify the chain-transfer activity of key functional groups such as aldehydes, ketones, and acetates, establishing a predictive framework for low-density polyethylene production.
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