The most interesting research results of the Department of Biochemical and Chemical Engineering are annually summarized in the booklet “Scientific Highlights”. In the following, the contributions of the Laboratory of Equipment Design are listed.
M. Schmalenberg, L. Hohmann, N. Kockmann
Solid-Liquid Suspension Handling in Coiled Tubular Crystallizers for Different Flow Rates
S. Soboll, I. Hagemann, L. Bittorf, N. Kockmann
Residence Time Distribution and Mass Transfer in Stirred-Pulsed Extraction Columns
Process Intensification of Catalytic Processes and Multiphase Flow Devices
F. Reichmann, F. Varel, N. Kockmann
Optimal Micronozzle Design for Energy Effective Bubble Breakup
Local Gas-Liquid Mass Transfer in Straight and Coiled Capillaries
Gas-liquid-solid flow in Coiled Flow Inverters CFI
S. Soboll, I. Hagemann, N. Kockmann
Hydrodynamics and Mass Transfer in DN32 Stirred-Pulsed Extraction Column
N. Kockmann, L. Hohmann, C. Fleischer-Trebes, G. Schembecker, C. Bramsiepe
Modular Equipment and Module-Based Process Design
Gas-Liquid Dispersion in Micronozzles for High Interfacial Area
Characterization of a Lab-scale Coiled Tubular Cooling Crystallizer
Separation Units and Equipment for Lab-Scale Process Development
Reactive Precipiation in a Modular Coiled Flow Inverter
Design of a Temperature Control for Microstructured Reactor Systems Based on Peltier Elements
Safety Aspects in Planing and Construction of Modularly Built Chemical Production Plants
Design of a Lab-Scale Continuous Tubular Cooling Crystallizer
3D-Printed Ceramic Internals for Small Scale Extraction Columns
Coiled Flow Inverter for Single Stage Extraction Applications
Process Intensification Through Microstructured Helically Coiled Tubular Devices
A. Tollkötter, L. Hohmann, N. Kockmann
Chemisorption at Small Levitated Single Bubbles
Process Intensification in Extraction Processes
L. Hohmann, N. Krasberg, T. Bieringer (INVITE), N. Kockmann
Acceleration of Modular Plant Design by Systematic Reactor Selection from Equipment Pools
Dispersion in Modular Channel Systems
Extraction in Millistructured Stirred-pulsed Columns
Liquid-Liquid Mass Transfer in Microchannels
Mixing Enhancement and Continuous Dispersion
T. Bieringer, N. Kockmann
Future Production Concepts in Chemical Industry
Improved Safety in Chemical Processes
N. Kockmann, M. Fischer
Flow Phenomena and Mixing in Curved Microchannels
Scale-up Concept of Microstructured Reactors
