Steam reforming of plastics for a transformative conversion of petrochemical clusters

Research Project, 2020 – 2024

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Steam Cracking in Dual Fluidized Beds - One Step Towards Complete Recyclability of Plastic Waste Using Thermochemical Conversion

Carbon materials: towards a circular economy through thermochemical recycling of mixed waste

Data-Driven Models and Correlation Strategies for Thermal Cracking of Polymeric Feedstocks in Dual Fluidized Beds

Comparing bed materials for fluidized bed steam cracking of high-density polyethylene: Olivine, bauxite, silica-sand, and feldspar

Correlations between product distribution and feedstock composition in thermal cracking processes for mixed plastic waste

Effect of biomass ash on preventing aromatization of olefinic cracking products in dual fluidized bed systems

Developing a parametric system model to describe the product distribution of steam pyrolysis in a Dual Fluidized bed

Thermochemical conversion of polyethylene in a fluidized bed: Impact of transition metal-induced oxygen transport on product distribution

Steam Cracking of Polyolefins in Fluidized Bed Systems: Influences of the Bed Materials on the Hydrogen Transfer Reactions

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