PROCEEDINGS
CONFERENCE SCOPE
Event theme: Supercritical Fluids for Industry 4.0.
This year’s symposium will focus on how supercritical fluids can help meet the growing demand for sustainable processes and products saving both energy and resources.
| ORALS | POSTERS |
Index of papers by:
| Authors | Titles | Sessions |
| Author | Title | Session |
|---|---|---|
| Adschiri Tadafumi | Chemical reactions in supercritical water and their applications | Reactions in sub- and supercritical fluid media |
| Aymonier Cyril | The IDELAM Company and ICMCB laboratory - Innovative supercritical CO2 processes to face the recycling and waste management challenges of our modern society - From Laboratory research to Industrial development | Case study |
| Badens Elisabeth | Benefits of Supercritical Fluid Technology in the context of Industrial Ecology and Industry 4.0: Some challenging new pharmaceutical and biomedical applications | Plenary |
| Borrás Alejandro | ZIF-8@Graphene Oxide / PEI composite Aerogel for heavy metal capture in water | Aerogels |
| Camy Severine | Polymeric membrane for the low energetic demand of supercritical CO2 (sc-CO2) | Circular economy and sustainability |
| Cantero Danilo | The Sudden Expansion Reactor for Hydrothermal Upgrading of Biomass | Waste remediation and recycling |
| Cantero Danilo | PMMA Hydrolysis in Subcritical Water: temperature, time and pH effects | Reactions in sub- and supercritical fluid media |
| Cario Anaïs | Supercritical CO2-based process to clean and sterilize FFP2 facial masks | Pasteurization and sterilization |
| Chordia Lalit | Thar Process: Historical development, successes, and challenges in scale-up and commercial scale processing | Scale up and industrial applications |
| Cocero Alonso María José | Lignin valorisation using supercritical water technology. Lignin repolimerización. | Biomass utilization using pressurized fluids |
| Costa Clarinda | Supercritical CO2 applied on the production of liposomal dry powder formulations towards the lung inflammation treatment | Pharmaceutical applications |
| Demirkaya Emre | Biopolyol production from black liquor via ultrafast depolymerization in supercritical water | Circular economy and sustainability |
| Dirauf Martin | Detailed study of mass transfer kinetics during supercritical drying of biopolymer-based aerogels using spatially resolved Raman spectroscopy | Aerogels |
| Dorn Marvin | High pressure electrochemical CO2 reduction to ethanol – Downstream separation process and economics | Process design and economics |
| Dorn Marvin | A suitable electrolyte for high pressure CO2 reduction? Investigation of conductivity and salt spectrum in "alcoholic potash". | Reactions in sub- and supercritical fluid media |
| Duba Kura | Supercritical water for the treatment of hypersaline brine waste | Circular economy and sustainability |
| Dusolle Brian | Flow supercritical synthesis of stable colloidal solutions of biocompatible InGaN nanoparticles | Particle formation and novel materials |
| Ercicek Fatma | On-chip in-situ observations of crystallization events under supercritical CO2 | Pharmaceutical applications |
| Erriguible Arnaud | Investigating Microfluidic Supercritical Antisolvent process: in situ micro-experiments and High Performance Computing | Particle formation and novel materials |
| Furtado Ana | Green strategies on the development of biopurification antibody-like materials using supercritical CO2 | Pharmaceutical applications |
| García-González Carlos A. | In vivo bone regeneration in sheep model of sterile polymeric scaffolds processed by supercritical CO2 technology | Pasteurization and sterilization |
| Goto Motonobu | Separation Technology Using Supercritical CO2: Technology Transfer from University to Industry and Spin-off Company | Case study |
| Han Huirui | Numerical analysis of heat transfer of supercritical water in multiple rod channels | Sub- and supercritical fluid properties and phase equilibria |
| Hertz Audrey | Two-step synthesis, combining SC-CO2 coating and hydrothermal conversion, applied to porous zeolite-based sorbent preparation for wastewater treatment | Reactions in sub- and supercritical fluid media |
| Kaake Loren | Self-Assembly at Supercritical Pressures: Top-down Meets Bottom-up Approaches to Nanotechnology | Polymers and novel materials |
| Kermanshahi-pour Azadeh | Extraction of Omega-3 Fatty Acids from Atlantic Sea Cucumber (Cucumaria frondosa) Viscera Using Supercritical Carbon Dioxide | Scale up and industrial applications |
| King Jerry | Industrialization and Scale-up of Cannabis and Hemp Processing Using Sub- and Supercritical Fluids | Food and natural health products |
| Kiran Erdogan | Polymers and Supercritical Fluids - A Personal Journey | Plenary |
| Knez Zeljko | Fundamental data for design of processes using supercritical fluids | Process design and economics |
| Kubovics Márta | Supercritical CO2 as an efficient tool in the fabrication of Cu0ZnO-rGO 3D aerogels for highly selective catalytic CO2 hydrogenation | Aerogels |
| Kőrösi Márton | Measurement and mathematical description of the ternary phase equilibrium of carbon dioxide, acetone and isopropanol | Sub- and supercritical fluid properties and phase equilibria |
| Lacroix-Desmazes Patrick | A step towards circular economy of critical minerals: polymer-assisted supercritical CO2 extraction of Pd from spent supported catalysts | Circular economy and sustainability |
| Lee Youn-Woo | Supercritical thinking towards sustainability | Plenary |
| Lefèvre Sebastien | Development of an industrial wet air oxidation for waste treatment: a success story | Scale up and industrial applications |
| Lester Ed | Optimisation of nanomaterials synthesis at industrial scale | Case study |
| Liang Ming-Tsai | The First of Its Kind of Industrial Application of Supercritical Fluid on Continuous Chromatography by Simulated Moving Bed | Process design and economics |
| Liu Zhengjie | Value-added Compounds Obtained from Shrimp Shells using Pressurized Fluids with Carboxylic Acids | Biomass utilization using pressurized fluids |
| MacEachern Lauren | Preparation of Pharmaceutical Cocrystals Using Supercritical Carbon Dioxide | Pharmaceutical applications |
| Mekala Srujana | Pectin + lentil protein gels dried by supercritical CO2 | Aerogels |
| Mission Elaine | Cork fractionation via chemical approach and pressurized hot water | Biomass utilization using pressurized fluids |
| Myint Aye Aye | Eco-friendly and energy-saving strategy for high-yield astaxanthin recovery from wet Haematococcus pluvialis | Biomass utilization using pressurized fluids |
| Ndiaye Samba | Experimental assessment of the supercritical carbonation of recycled concrete aggregates | Waste remediation and recycling |
| Niga Petru | Microencapsulation and surface passivation fine porose particles | Particle formation for food and pharmaceutical applications |
| Novak Zoran | Hybrid silica-polysaccharide aerogels: promising new materials | Aerogels |
| Nowak Mariusz | Cellulose Acetate Modification Towards Antibiofilm Properties via Chemical Attachment of Quaternary Ammonium Compounds using Supercritical CO2 | Polymers and novel materials |
| Numa Venicia | Valorization of apple pomace with the use of Supercritical CO2 | Food and natural health products |
| Peigney Erwan | Continuous Supercritical Hydrothermal Synthesis of Boehmite Nanoparticles: influence of morphology on adsorbed water. | Particle formation and novel materials |
| Pioro Igor | Specifics of Calculation Thermophysical Properties in the Critical Point with NIST REFPROP Software and Current and Future Applications of SCFs in Power Engineering | Sub- and supercritical fluid properties and phase equilibria |
| Prokein Michael | Accelerated Carbonation of Construction Materials by Using Slag from Steel and Metal Production as Substitute for Conventional Raw Materials | Waste remediation and recycling |
| Renard Olivier | Post-treatments of injected polyamides parts using supercritical fluids | Polymers and novel materials |
| Rodrigues Vítor Hugo | Acacia dealbata Link. biomass – a prospective source of valuable lupane triterpenoids using supercritical fluid extraction | Food and natural health products |
| Roodpeyma Maedeh | A Real Time Simulator of a Supercritical Fluid Extraction (SFE) System | Process design and economics |
| Rosado Albert | Supercritical CO2 synthesis of CaSyr-1 BioMOF and its promising properties as drug delivery system | Pharmaceutical applications |
| Saldaña Marleny | Pressurized Fluid Processes for Biorefinery and Production of High-value Added Products from Biomass | Biomass utilization using pressurized fluids |
| Sanaz Safa | Integrated recovery of sea buckthorn by supercritical CO2 | Food and natural health products |
| Santos-Rosales Víctor | Sterilization and reprocessing of FFP3 face masks through supercritical CO2 technology | Pasteurization and sterilization |
| Sarrazin Mathieu | Comparative extraction of cannabinoids | Food and natural health products |
| Sarver Joseph | Glass transition behavior of poly(methyl methacrylate) in compressed carbon dioxide revisited – New perspectives | Polymers and novel materials |
| Schneider Matthieu | Lutein PGSS encapsulation at low temperature for a better controlled release | Particle formation for food and pharmaceutical applications |
| Scurto Aaron | Heat Transport Properties of Ionic Liquids with Compressed and Supercritical Fluids | Sub- and supercritical fluid properties and phase equilibria |
| Seaudeau Pirouley Karine | Study on the industrialization of supercritical processes in the frame of an R&D project | Scale up and industrial applications |
| Segura Pedro A. | Fate of acetyl salicylic acid, diclofenac, gabapentin and trimethoprim during wet air oxidation | Waste remediation and recycling |
| Seifried Bernhard | Aerogels & Composites: From Concept to Applications | Aerogels |
| Seong Gimyeong | Preparation of Pt-CeO2 nanoparticles using supercritical hydrothermal method for low-temperature chemical looping steam methane reforming process | Particle formation and novel materials |
| Sharma Deewakar | A preliminary investigation of microreactor designs for supercritical water oxidation using hydrothermal flames for space applications | Reactions in sub- and supercritical fluid media |
| Sova Martin | Natex vision for a proximate future in the field of supercritical CO2 applications on industrial scale | Scale up and industrial applications |
| Tejedor-Calvo Eva | Application of supercritical CO2 to truffle species: aromatic and flavoring extracts | Food and natural health products |
| Tiwikrama Ardila Hayu | Phase behavior of binary systems of carbon dioxide with dibasic esters at elevated pressures, including near critical regions | Sub- and supercritical fluid properties and phase equilibria |
| Tomai Takaaki | Process intensification for regeneration of facet-controlled nanocatalyst in supercritical water | Particle formation and novel materials |
| Trivedi Vivek | Nanoencapsulation of carotenoids via temperature-induced phase transition of triblock polymer in Supercritical Carbon dioxide (scCO2) | Particle formation for food and pharmaceutical applications |
| Vaquerizo Luis | CO2-water equilibrium from ambient conditions to 300ºC and 500bar. A fugacity-activity coefficient approach. | Sub- and supercritical fluid properties and phase equilibria |
| Vermette Jean-François | Wet Air Oxidation in Quebec: Industrial Opportunities and Challenges - An Update on CTTEI’s Research Program | Scale up and industrial applications |
| Viveiros Raquel | Development of dummy artificial receptors for smart pharmaceutical purification processes | Pharmaceutical applications |
| Vo Hung | Subcritical water hydrolysis of pea protein concentrate and its mixture with citrus pectin | Food and natural health products |
| Weidner Eckhard | Production of spherical aerogels using compressed CO2 - from laboratory to industrial scale | Case study |
| Wong Emily | Whey processed by Pressurized Gas eXpanded (PGX) liquid Technology | Particle formation for food and pharmaceutical applications |
| Worsley Robyn | Towards the Continuous Production of Functional Nanomaterial Inks for 3D-Printed Electronic Device Applications Using Supercritical Water | Particle formation and novel materials |
| Wulandari Sabrinna | Encapsulation of Astaxanthin with ß-Cyclodextrin by Utilizing Supercritical Antisolvent (SAS) Process | Particle formation for food and pharmaceutical applications |
| Zulli Riccardo | Microbial inactivation and drying by supercritical carbon dioxide | Pasteurization and sterilization |
| Zêzere Bruno | Molecular dynamics and phenomenological modeling of experimental diffusivities in supercritical mixtures | Sub- and supercritical fluid properties and phase equilibria |