Chlorine (Cl2) is one of the most important and prime feeding reactants in the chemical
industries, but around half of the chlorine employed in the industry gets converted into …

The direct air capture (DAC) of carbon dioxide (CO 2) can potentially contribute to mitigating
past and offsetting hard-to-abate future emissions; however, the regeneration of DAC …

Electrocarboxylation of organic halides represents a CO2 utilization strategy and a green
alternative for the synthesis of many industrially relevant carboxylic acids. However, current …

Hydrogen chloride is a by‐product in important processes like the polyurethane production.
The currently most efficient electrochemical process for recycling it to chlorine is based on a …

Due to the steadily increasing production capacities of polycarbonates and polyurethanes,
the volume of hydrogen chloride (HCl), which emerges as byproduct from these processes …

Sustainable energy driven electroorganic synthesis provides a green and inexpensive
alternative to traditional synthetic approaches. For instance, the electroreduction of many …

The power of portable molecular diagnostic systems for detection of pathogenic
microorganisms in food and environmental samples is largely limited by small assay …

Molecular diagnostic systems are becoming increasingly portable enabling rapid direct
detection of pathogens in the field. However, trace contaminations of pathogens on food and …

The overarching goal of this work is to further develop the gas-phase electrolysis of HCl to
Cl2 employing an oxygen depolarized cathode on its path from a pure reactor concept …