Master's Thesis: Production of Building Materials Through CO2 Curing

Fraunhofer-Gesellschaft · Oberhausen

ThesisGerman needed: none

Still open on 1 Nov

You apply on the company's own website.

Key facts

Language needed: English
Subject you study: Materials Science, Chemical Engineering, Environmental Engineering

The “Carbon Utilization and Mineralization” department develops processes for the recycling of mineral building materials and the permanent sequestration of CO2 in the form of carbonates. In the ZEROES project, precast components are manufactured from recycled materials and cured under real-world conditions using mixed gases containing CO2. The goal of your master’s thesis will be to develop suitable formulations and curing conditions that enable rapid curing while ensuring good CO2 diffusion.

The “Carbon Utilization and Mineralization” department develops processes for the recycling of mineral building materials and the permanent sequestration of CO2 in the form of carbonates. In the ZEROES project, precast components are manufactured from recycled materials and cured under real-world conditions using mixed gases containing CO2. The goal of your master’s thesis will be to develop suitable formulations and curing conditions that enable rapid curing while ensuring good CO2 diffusion.

The “Carbon Utilization and Mineralization” department develops processes for the recycling of mineral building materials and the permanent sequestration of CO2 in the form of carbonates. In the ZEROES project, precast components are manufactured from recycled materials and cured under real-world conditions using mixed gases containing CO2. The goal of your master’s thesis will be to develop suitable formulations and curing conditions that enable rapid curing while ensuring good CO2 diffusion.

The “Carbon Utilization and Mineralization” department develops processes for the recycling of mineral building materials and the permanent sequestration of CO2 in the form of carbonates. In the ZEROES project, precast components are manufactured from recycled materials and cured under real-world conditions using mixed gases containing CO2. The goal of your master’s thesis will be to develop suitable formulations and curing conditions that enable rapid curing while ensuring good CO2 diffusion.

The “Carbon Utilization and Mineralization” department develops processes for the recycling of mineral building materials and the permanent sequestration of CO2 in the form of carbonates. In the ZEROES project, precast components are manufactured from recycled materials and cured under real-world conditions using mixed gases containing CO2. The goal of your master’s thesis will be to develop suitable formulations and curing conditions that enable rapid curing while ensuring good CO2 diffusion.

The “Carbon Utilization and Mineralization” department develops processes for the recycling of mineral building materials and the permanent sequestration of CO2 in the form of carbonates. In the ZEROES project, precast components are manufactured from recycled materials and cured under real-world conditions using mixed gases containing CO2. The goal of your master’s thesis will be to develop suitable formulations and curing conditions that enable rapid curing while ensuring good CO2 diffusion.