Max Biermann
Doctoral Student at
Chalmers, Space, Earth and Environment, Energy Technology, Energy Technology 2
Max Biermann (M.Sc.) works with CO2 emission reduction in carbon-intensive process industry – predominantly iron & steel. He uses process simulation tools to study cost-efficient designs for CO2 absorption processes in order to facilitate (partial) carbon capture and storage. Carbon capture and storage is a necessary technology to meet the 2°C goal of the 2015 Paris Agreement (COP21). With the help of CCS Sweden even has the potential to become the first country with net-negative CO2 emissions. As a PhD student Max assists in the undergraduate course Thermodynamics and Energy Technology (MTF042).
Source: chalmers.se
Showing 15 publications
2019
Operation of Carbon-Capture Integrated into Industrial Combined-Heat-and-Power Plants - Dependency on Hourly to Seasonal Load Changes
Guillermo Martinez Castilla, Max Biermann, Rubén Mocholí Montañés et al
GHGT-14
Paper in proceedings
2019
Excess heat-driven carbon capture at an integrated steel mill – Considerations for capture cost optimization
Max Biermann, Hassan Ali, Maria Sundqvist et al
International Journal of Greenhouse Gas Control. Vol. 91
Journal article
2019
Cost Efficient Partial CO2 Capture at an Integrated Iron and Steel Mill
Maria Sundqvist, Max Biermann, Hassan Ali et al
Paper in proceedings
2019
Integrating carbon capture into an industrial combined-heat-and-power plant: performance with hourly and seasonal load changes.
Guillermo Martinez Castilla, Max Biermann, Rubén Mocholí Montañés et al
International Journal of Greenhouse Gas Control. Vol. 82, p. 192-203
Journal article
2019
Webinar: The CO2stCap project and overall results
Ragnhild Skagestad, Max Biermann, Anette Mathisen et al
Other
2019
Partial carbon capture – an opportunity to decarbonize primary steelmaking
Max Biermann
Licentiate thesis
2019
CO2stCap - Reducing the Cost of Carbon Capture in Process Industry
Fredrik Normann, Ragnhild Skagestad, Max Biermann et al
Report
2018
Chemical-Looping Combustion of Kerosene and Gaseous Fuels with a Natural and a Manufactured Mn–Fe-Based Oxygen Carrier
Patrick Moldenhauer, Ana Serrano Olivan, Francisco Garcia-Labiano et al
Energy & Fuels. Vol. 32 (8), p. 8803-8816
Journal article
2018
Partial Carbon Capture by Absorption Cycle for Reduced Specific Capture Cost
Max Biermann, Fredrik Normann, Filip Johnsson et al
Industrial & Engineering Chemistry Research. Vol. 57 (45), p. 15411-15422
Journal article
2018
Evaluation of low and high level integration options for carbon capture at an integrated iron and steel mill
Maria Sundqvist, Max Biermann, Fredrik Normann et al
International Journal of Greenhouse Gas Control. Vol. 77, p. 27-36
Journal article
2018
Evaluation of Steel Mills as Carbon Sinks
Max Biermann, Alberto Alamia, Fredrik Normann et al
Conference contribution
2017
CO2 Capture from Combustion of Biomass Volatiles with a Chemical-Looping Combustion Process
Patrick Moldenhauer, Max Biermann, Tobias Mattisson et al
EUBCE 2017 - 25th European Biomass Conference and Exhibition, Stockholm, Sweden, June 12-15, 2017
Conference poster
2017
Oxygen carrier development of calcium manganite-based materials with perovskite structure for chemical looping combustion of methane
Patrick Moldenhauer, Peter Hallberg, Max Biermann et al
Proceedings of the 42nd International Technical Conference on Clean Energy, Clearwater, FL, USA, June 11-15, 2017, p. 12-
Conference contribution
2017
GCCSI Webinar: Cutting Cost of CO2 Capture in Process Industry (CO2stCap) Project overview & first results for partial CO2 capture at integrated steelworks
Ragnhild Skagestad, Max Biermann, Maria Sundqvist
Other
2017
Chemical-looping combustion of solid fuel in a 100 kW unit using sintered manganese ore as oxygen carrier
Carl Johan Linderholm, Matthias Schmitz, Max Biermann et al
International Journal of Greenhouse Gas Control. Vol. 65, p. 170-181
Journal article
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