Cleaner Cleaning with CO2-based Surfactants: A Cradle-to-Grave Life Cycle Assessment

Stefan Eichwald¹, Marc Wollenweber², Jade Tessien², Jake Ouellet², Olga Linker³, Marina Sebastian³, Daniel Brüggemann⁴, Reinhard Schomäcker⁴, Henner Hollert², Niklas von der Aßen^1,5

¹RWTH Aachen University, Germany; ²Goethe University Frankfurt, Germany; ³Covestro Deutschland AG, Germany; ⁴Technical University of Berlin, Germany; ⁵Forschungszentrum Jülich GmbH, Germany

Coupling LCA and mass-balance approach for bio-circular products at Solvay

Cécile Querleu, Roméo Puech, Estelle Cohet, Chloé Moreau, Max Chabert

SOLVAY, France

Tiered approach for product development based on environmental performance

Tom Ligthart¹, Lia de Simon¹, Martijn Zebregs², Richard Bouma²

¹TNO, Energy & Materials Transition; ²TNO, Defence, Safety & Security

Predicting the environmental impacts of novel electrochromic displays architectures using prospective life cycle assessment

A. Kamal Kamali, Daye Lee, Guido Sonnemann

University of Bordeaux, France

Development of a site-specific LCA model to assess pathways towards a net-zero chemical industry

Ronja Hermanns¹, Laura Stellner¹, Arne Kätelhön¹, Raoul Meys^1,2

¹Carbon Minds, Eupener Str. 165 50933 Cologne, Germany; ²Institute for Technical Thermodynamics, Schinkelstraße 8, 52062 Aachen, Germany

Where can we find the best data for the LCA of chemicals?

Christopher Oberschelp^1,2, Stefanie Hellweg^1,2, Eric Bradford^1,2, Stephan Pfister^1,2, Jing Huo^1,2, Zhanyun Wang^1,2,3

¹ETH Zurich, Switzerland; ²National Centre of Competence in Research (NCCR) Catalysis, Switzerland; ³empa - Swiss Federal Laboratories for Materials Science and Technology, Switzerland