List of posters
A detailed overview of all events can be found in the congress planner.
Filter
| P 1 |
New Cubic Equation of State Mixing Rules with COSMOSPACE
Poster
2. Basic Data including AI and ML
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| P 10 |
The Onset of Turbulence: Computational Fluid Dynamics Insights into the Hydrodynamics of Structured Packings
Poster
3. Modeling and Simulation including AI and ML
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| P 11 |
Smooth Modeling of Thermosiphon Reboilers with Experimental Validation to Enable Their Use at Low Temperature Differences
Poster
3. Modeling and Simulation including AI and ML
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| P 12 |
New and Tighter Recovery Relation in Distillation
Poster
3. Modeling and Simulation including AI and ML
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| P 13 |
Thermodynamic Insights and Modeling of Aroma Compounds in Vacuum Distillation for Dealcoholisation of Beer
Poster
3. Modeling and Simulation including AI and ML
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| P 14 |
An Improved Algorithm for Calculating Minimum Reflux Ratio of Multicomponent Distillation Columns
Poster
3. Modeling and Simulation including AI and ML
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| P 15 |
A simple method to meaningfully predict the packing efficiency in a pumparound
Poster
3. Modeling and Simulation including AI and ML
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| P 16 |
Determination of the of Pressure-Swing Distillation Sequence for a Feed Composition Range by Surrogate Model-Based Optimisation
Poster
3. Modeling and Simulation including AI and ML
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| P 17 |
Evaluation of Diglyceride and Monoglyceride Influence on Ethanolic Biodiesel Distillation Systems
Poster
3. Modeling and Simulation including AI and ML
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| P 18 |
Evaluation of Fractionation Strategies for Sustainable Aviation Fuel in the Ethanol-to-Jet Process
Poster
3. Modeling and Simulation including AI and ML
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| P 19 |
Two Phase CFD Analysis of Counter Current Flow at Quench Tower Vapor Inlet Section
Poster
3. Modeling and Simulation including AI and ML
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| P 2 |
Absorption Hydraulic and Mass-Transfer Characteristics of NeXRing #0.7
Poster
2. Basic Data including AI and ML
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| P 20 |
Structured packing modelling under high pressure for gas-liquid systems
Poster
3. Modeling and Simulation including AI and ML
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| P 21 |
Comparing Graph and Hybrid Neural Networks for Modeling CO₂ Solubility in Ternary Mixtures
Poster
3. Modeling and Simulation including AI and ML
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| P 22 |
Influence of Column Tilting and Tray Alignment on the Hydraulic Performance of Tray Columns
Poster
4. Control, Operation and Process Troubleshooting
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| P 23 |
Investigations of Crystallization Fouling on Pall-Rings
Poster
4. Control, Operation and Process Troubleshooting
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| P 24 |
Operating Strategies of Distillation Trains to Eliminate VOC Emission Caused by Front-End Failures in Chemical Plants
Poster
4. Control, Operation and Process Troubleshooting
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| P 25 |
Raman composition analysis of electrolyte solvent mixtures obtained from lithium-ion battery (LIB) recycling
Poster
4. Control, Operation and Process Troubleshooting
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| P 26 |
Multi-Objective Optimization of a Reactive Distillation Column with Multiple Reactive Zones and Side Condensers: Open and Closed Loop Controllability in Silane Production
Poster
4. Control, Operation and Process Troubleshooting
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| P 27 |
Comparative Performance Analysis of Kaibel and Christiansen Dividing Wall Columns
Poster
4. Control, Operation and Process Troubleshooting
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| P 28 |
Time-Frequency eXplainable Artificial Intelligence Framework for Early Flooding Detection in Packed Columns
Poster
4. Control, Operation and Process Troubleshooting
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| P 29 |
Towards Sustainable Biorefineries: Intensified Distillation Design and Optimization for Furfural and HMF Recovery
Poster
5. New Methods, Equipments and Process Designs Intensified Processes, Additive Manufacturing, Special Driving Forces, Hybrid Processes
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| P 3 |
Effect of the surface tension character of the distilled system on the separation efficiency with modern structured and random packings
Poster
2. Basic Data including AI and ML
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| P 30 |
Design of functionally graded packing for heat integrated distillation columns (HIDiC)
Poster
5. New Methods, Equipments and Process Designs Intensified Processes, Additive Manufacturing, Special Driving Forces, Hybrid Processes
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| P 31 |
Distillation in Rotating Zigzag Beds: Experimental Validation of a Rate-based Modelling Approach
Poster
5. New Methods, Equipments and Process Designs Intensified Processes, Additive Manufacturing, Special Driving Forces, Hybrid Processes
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| P 32 |
Synthesis, Design and Optimization of Double-Dividing Wall Distillation Columns for the Separation of Quaternary Mixtures
Poster
5. New Methods, Equipments and Process Designs Intensified Processes, Additive Manufacturing, Special Driving Forces, Hybrid Processes
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| P 33 |
Additively-Manufactured Lab-Scale Distillation Packings for Process Development and Scale-up
Poster
5. New Methods, Equipments and Process Designs Intensified Processes, Additive Manufacturing, Special Driving Forces, Hybrid Processes
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| P 34 |
Improvement of asphalt quality by molecular distillation of crude oil wastes from refineries
Poster
5. New Methods, Equipments and Process Designs Intensified Processes, Additive Manufacturing, Special Driving Forces, Hybrid Processes
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| P 35 |
Process Design and Intensification Strategies for Efficient Isopropyl Myristate Production
Poster
5. New Methods, Equipments and Process Designs Intensified Processes, Additive Manufacturing, Special Driving Forces, Hybrid Processes
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| P 36 |
Comparative hydrodynamic evaluation of viscous mixture for conventional & industrial packing in Rotating packed beds.
Poster
5. New Methods, Equipments and Process Designs Intensified Processes, Additive Manufacturing, Special Driving Forces, Hybrid Processes
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| P 37 |
Exploring New Azeotropic Systems through Integrated Computer- Aided Molecular Design and Infinitely Sharp Split Analysis
Poster
5. New Methods, Equipments and Process Designs Intensified Processes, Additive Manufacturing, Special Driving Forces, Hybrid Processes
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| P 38 |
Comparative Study of Liquid Split Mechanisms for 3D-printed Laboratory Dividing Wall Columns
Poster
5. New Methods, Equipments and Process Designs Intensified Processes, Additive Manufacturing, Special Driving Forces, Hybrid Processes
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| P 39 |
Experimental Study on NO Absorption Capacity in Fe(II)EDTA and Solvent Regeneration with Sodium Sulfite
Poster
5. New Methods, Equipments and Process Designs Intensified Processes, Additive Manufacturing, Special Driving Forces, Hybrid Processes
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| P 4 |
Distillation composition profiles – measurement and interpretation
Poster
2. Basic Data including AI and ML
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| P 40 |
Next Generation of structured packing for gas purification technology
Poster
5. New Methods, Equipments and Process Designs Intensified Processes, Additive Manufacturing, Special Driving Forces, Hybrid Processes
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| P 41 |
Differential Path following method for Pinch curves computation in Extractive Distillation : quaternery mixtures case
Poster
5. New Methods, Equipments and Process Designs Intensified Processes, Additive Manufacturing, Special Driving Forces, Hybrid Processes
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| P 42 |
Additively Manufactured Vacuum Distillation Columns for Hydrogen Peroxide: Experimental Demonstration and Feasibility for Direct Synthesis Integration
Poster
5. New Methods, Equipments and Process Designs Intensified Processes, Additive Manufacturing, Special Driving Forces, Hybrid Processes
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| P 43 |
Innovative Approaches to Process Development for Fluid Separation in the Chemical Industry
Poster
5. New Methods, Equipments and Process Designs Intensified Processes, Additive Manufacturing, Special Driving Forces, Hybrid Processes
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| P 44 |
Comparison of lattice type random packing ENVIPAC 4 with structured packing for liquid-side controlled mass transfer processes
Poster
5. New Methods, Equipments and Process Designs Intensified Processes, Additive Manufacturing, Special Driving Forces, Hybrid Processes
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| P 45 |
Detection of Inactive Liquid Films under Distillation Conditions Using Thermal Imaging
Poster
5. New Methods, Equipments and Process Designs Intensified Processes, Additive Manufacturing, Special Driving Forces, Hybrid Processes
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| P 46 |
A Parameter Driven Approach to Disc Stack Centrifuge Simulation for Biodiesel–Glycerol Separation in Aspen Plus
Poster
5. New Methods, Equipments and Process Designs Intensified Processes, Additive Manufacturing, Special Driving Forces, Hybrid Processes
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| P 47 |
Complex Optimization of Non-Ideal Quaternary Mixtures Separation with Distillation: Efficient Process for Solvent Regeneration
Poster
5. New Methods, Equipments and Process Designs Intensified Processes, Additive Manufacturing, Special Driving Forces, Hybrid Processes
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| P 48 |
Polymeric hydrogels for water removal from gaseous media: formulation and optimizations
Poster
5. New Methods, Equipments and Process Designs Intensified Processes, Additive Manufacturing, Special Driving Forces, Hybrid Processes
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| P 49 |
Concentric tube module for vacuum air gap membrane distillation
Poster
5. New Methods, Equipments and Process Designs Intensified Processes, Additive Manufacturing, Special Driving Forces, Hybrid Processes
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| P 5 |
Numerical and Experimental Investigation of Liquid Distribution and Wetting Behavior of Innovative Structured Packings on a Laboratory Scale with a Modular Test Rig
Poster
3. Modeling and Simulation including AI and ML
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| P 50 |
Computational Design and Evaluation of Tailored Deep Eutectic Solvents for Post-Combustion CO₂ Absorption in Thermoelectric Power Plants
Poster
6. Carbon Capture Technologies and Sustainability Assessment
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| P 51 |
Use of monolith structure adsorbents for CO2 adsorption employing imines silica materials
Poster
6. Carbon Capture Technologies and Sustainability Assessment
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| P 52 |
Influence of process operation on CESAR1 emission behavior in biomass gas treatment
Poster
6. Carbon Capture Technologies and Sustainability Assessment
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| P 53 |
Upscaling of electrochemical regeneration of solvents for carbon capture
Poster
6. Carbon Capture Technologies and Sustainability Assessment
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| P 54 |
Comparative Study of Separation Technologies for Biomethane Production from Sugarcane Vinasse
Poster
6. Carbon Capture Technologies and Sustainability Assessment
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| P 55 |
Electrification of Separation Column with 3D-Printed Ceramic Packings
Poster
7. Energy and material transition Integration and Efficiency, Elec7. Energy and material transition Integration and Efficiency, Electrification, Flexibility, Circular Economytrification, Flexibility, circular economy
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| P 56 |
Challenges in Electrolyte Solvent Purification from LIB Recycling
Poster
7. Energy and material transition Integration and Efficiency, Elec7. Energy and material transition Integration and Efficiency, Electrification, Flexibility, Circular Economytrification, Flexibility, circular economy
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| P 57 |
Electrified Pathways Toward Decarbonized Fluid Separations
Poster
7. Energy and material transition Integration and Efficiency, Elec7. Energy and material transition Integration and Efficiency, Electrification, Flexibility, Circular Economytrification, Flexibility, circular economy
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| P 58 |
Screening for Heat Pump Integration Potentials in Chemical Plants
Poster
7. Energy and material transition Integration and Efficiency, Elec7. Energy and material transition Integration and Efficiency, Electrification, Flexibility, Circular Economytrification, Flexibility, circular economy
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| P 59 |
Partial Electrification of Sulphuric Acid Production: An Electrochemical Add-On Strategy for Demand-Side Management
Poster
7. Energy and material transition Integration and Efficiency, Elec7. Energy and material transition Integration and Efficiency, Electrification, Flexibility, Circular Economytrification, Flexibility, circular economy
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| P 6 |
Fast data and theory fusion modeling method for dynamic distillation systems based on the Physics-constrained dynamic mode decomposition
Poster
3. Modeling and Simulation including AI and ML
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| P 60 |
Feasibility Study on the Integration of Chemical Heat Pump(Isopropanol/Acetone/Hydrogen) and Distillation Separation Processes
Poster
7. Energy and material transition Integration and Efficiency, Elec7. Energy and material transition Integration and Efficiency, Electrification, Flexibility, Circular Economytrification, Flexibility, circular economy
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| P 61 | |
| P 62 | |
| P 7 |
High-Gravity Biogas Enrichment: Rigorous Rate-Based Modeling of Reactive CO2 Absorption in Rotating Packed Beds
Poster
3. Modeling and Simulation including AI and ML
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| P 8 |
Opening the Black Box of Rotating Packed Beds – Revealing the Flow Morphologies through Fluid Simulations
Poster
3. Modeling and Simulation including AI and ML
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| P 9 |
Enhancing Crude Vacuum Distillation Unit Performance and Availability Using AI Predictive Solution
Poster
3. Modeling and Simulation including AI and ML
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