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HANNOVER MESSE 2018, 23 - 27 April
Homepage>Conference program >Multi-scale simulation of (bio)-separation processes with capacitive electrodes
tech transfer Forum

Multi-scale simulation of (bio)-separation processes with capacitive electrodes

From material to process design

Location & Language

Hall 2, Stand C02

Language

English

Event Details

Type of event

Lecture

Topic

Digital Twin, Research & Technology

Event series

tech transfer Forum

Session

Innovative Electrochemistry - Federal Ministry of Education and Research

Event Host

Registration

Attendance free of charge to trade fair ticket holders

Description

Capacitive electrochemical separation processes are an interesting alternative to conventional separation processes, especially in the field of biotechnology. The project "Multi-scale simulation for the design of capacitive electrochemical separation processes" with the acronym S3KAPEL aims to achieve a fundamental understanding of the mechanisms occurring at the interface of conductive sorption materials in the presence of an electrical potential by means of a multi-scale approach. Two procedures are simulated and experimentally verified within the project. Firstly, a chromatographic process using various carbon materials acting as working electrode as well as stationary phase at the same time. On the other hand, a capacitive deionisation process, which is characterized by a stacking electrode design with activated carbon sheets as sorption material.

Speaker

  Matthias Franzreb

Matthias Franzreb

Head of Department, Karlsruher Institut für Technologie (KIT) / Institut für Funktionale Grenzflächen

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