Klaus-Michael Mangold

9 January 2019
14 July 2023
Export Citation(s)Download PDF(s)

Table of Contents

Current to Clean Water – Electrochemical Solutions for Groundwater, Water, and Wastewater Treatment

Ramona G. Simon,  Markus Stöckl,  Dennis Becker,  Anne-Dorothee Steinkamp,  Christian Abt,  Christina Jungfer,  Claudia Weidlich,  Thomas Track,  Klaus-Michael Mangold, 
Current to Clean Water – Electrochemical Solutions for Groundwater, Water, and Wastewater Treatment

A variety of electrochemical water treatment processes for drinking water, industrial and municipal wastewater are presented. This overview ranges from classical methods, such as electrodialysis, to remove inorganic substances to current processes for the removal of trace substances or disinfection as well as for the energy production from organically contaminated wastewater.

Rückgewinnung anorganischer Wertstoffe mit Bordotierten Diamantelektroden
Recovering Inorganic Resources by Applying Boron-Doped Diamond Electrodes

Claudia Weidlich,  Valentin Greb,  Peter Fröhlich,  Martin Bertau,  Klaus-Michael Mangold, 
Rückgewinnung anorganischer Wertstoffe mit Bordotierten Diamantelektroden Recovering Inorganic Resources by Applying Boron-Doped Diamond Electrodes

Die Bedeutung der Gewinnung und Rückgewinnung von Rohstoffen nimmt immer mehr zu. Vor diesem Hintergrund wird ein neues, elektrochemisches Verfahren vorgestellt, mit dem Wertstoffe aus Klärschlammaschen, Verbrennungsschlacken und Bergbauhalden herausgelöst und zurückgewonnen werden können.

Polypyrrole as the Active Material for Potentiometric Sensors

H. Kaden,  H. Jahn,  M. Berthold,  K. Jüttner,  K.-M. Mangold,  S. Schäfer, 

Since the discovery of conducting polymers about 25 years ago intensive investigations have been carried out on the physical and chemical properties of these materials and their possible applications, including the development of new types of chemical sensors. In the present study two types of sensor applications using polypyride as the active material will be considered.