Program

Sunday, May 21 2023 :

• 4 p.m to 9 p.m : Registration
• 6 p.m to 9 p.m : Welcome reception

Monday, May 22 2023 :

• 8.30 a.m to 9 a.m : Opening and welcome
• 9 a.m to 10 a.m : Plenary Session 1 : Prof. Dr.-Ing. Manfred Renner (Institute Director Franhofer UMISCHT, Germany) : The European Green Deal – Chance and Challenge for New Products and Processes
• 10.30 a.m to noon : Parralel sessions 1 : Technology, Ultrahigh pressure and fluid properties, Novel Materials
• 1 p.m to 2.30 p.m : Parralel sessions 2 : Technology, Fluid properties, Novel Materials
• 3 p.m to 4.30 p.m : Parralel sessions 3 : Application-oriented, Green Chemistry, Novel Materials
• 4.45 p.m to 5.45 pm : ISASF Annual Meeting
• 6.30 p.m : Guided sightseeing (included in the registration)

Tuesday, May 23 2023 :

• 8.30 a.m to 9.30 a.m : Plenary Session 2 : Prof. Jaehoon Kim (Sungkyunkwan University, South Korea): Role of sub- and supercritical solvents for biomass conversion
• 9.30 a.m to 11 a.m : Parralel sessions 4 : Application-oriented, Nature-based solutions, Novel Materials
• 1.30 a.m to 1 p.m : Parralel sessions 5 : Application-oriented, Waste valorization, Funding
• 2 p.m to 4 p.m : Parralel sessions 6 : Energy, Waste valorization, Novel Materials
• 4 p.m to 5.30 p.m : Poster session, Best poster competition
• 7.00 p.m to 10 p.m  : Gala Dinner
• From 10 p.m : Party for all participants (included in the registration)

Wednesday, May 24 2023 :

• 9 a.m to 10 a.m : Plenary Session 3 : Dr Vaclav Dostal (Czech Technical University of Prague, Czech Republic): Application of Supercritical CO2 Technology to Modern Energy Systems
• 10.30 a.m to 12.10 p.m : Parralel sessions 7 : Fluid properties and digitalization, Nature-based solutions, Novel Materials
• 1 p.m to 3.10 p.m : Parralel sessions 8 : Waste valorization, Nature-based solutions, safe and sustainable by Design
• 3.15 p.m to 4 p.m : Award ceremony, announcements and closing

The scientific program will include but is not limited to the following areas:

• Fluid properties, phase equilibria, thermodynamics, heat transfer etc
• Energetic applications
• Safe and sustainable by design (SSbD), reactions, green chemistry
• Nature-based solutions (NBS), biomass utilization
• Application-oriented (e.g. food, natural health, pharmaceutical, medical) research
• Extra high pressure (over 50 MPa)
• Novel materials, particle formation and nanotechnology
• Waste valorization and recycling, including polymers
• Membranes and analytical techniques
• Technology, process intensification, scale up
• Regulation, policy and funding