Steam reforming of plastics for a transformative conversion of petrochemical clusters

Research Project, 2020 – 2024

Description missing.

Participants

Collaborations

Funding

Publications

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

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

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

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

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

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

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

More information

Latest update