This thesis shows the production of a new type of supported metal catalysts based on deep eutectic solvents (DES). First, an overview of the conventional production of activated carbon and the loading of metals is shown. For the development of the novel preparation method using DES, the catalysts were loaded with palladium. Thereby, the DES serves as a solvent for the metals and at the same time as a starting material for the supporting material. Using the DES method, only one step is necessary for the preparation of active supported metal catalysts. Subsequently, the method was used to produce two different copper catalysts for the electrochemical CO2 reduction
The Tc(VII) interaction with crystalline rock materials from the generic underground research labora...
Funding for this work was provided through the UK Engineering and Physical Sciences Research Council...
Following the concept of sustainable development, Green Chemistry is actively seeking for new solven...
This thesis shows the production of a new type of supported metal catalysts based on deep eutectic s...
During my PhD I carried out three main research works, which are described in this thesis. The topic...
New mixed-metal manganese ruthenium oxides have been synthesised hydrothermally in aqueous acid at 2...
The present work is focused on the study of aqueous phase reforming reaction (APR), its mechanism an...
The ruthenium catalysed oxidation of 1-phenylethanol derivatives with the release of hydrogen gas h...
Scope and Method of Study: The destruction of tars is a crucial technological barrier for the develo...
Porphyrin-based surface-mounted metal-organic frameworks (SURMOFs) were synthesized via liquid-phase...
Polymers capable of thermally controlled reversible bonding reactions are promising candidates for s...
Magnesium (Mg) and its alloys have been widely investigated as biomaterials due to their remarkable ...
In this thesis the one-pot subcritical hydrothermal synthesis of several novel complex oxides with p...
This project was born with the aim of developing an environmentally and financially sustainable proc...
Methods for solvent-free photocatalysis and the synthesis in deep-eutectic solvents were developed. ...
The Tc(VII) interaction with crystalline rock materials from the generic underground research labora...
Funding for this work was provided through the UK Engineering and Physical Sciences Research Council...
Following the concept of sustainable development, Green Chemistry is actively seeking for new solven...
This thesis shows the production of a new type of supported metal catalysts based on deep eutectic s...
During my PhD I carried out three main research works, which are described in this thesis. The topic...
New mixed-metal manganese ruthenium oxides have been synthesised hydrothermally in aqueous acid at 2...
The present work is focused on the study of aqueous phase reforming reaction (APR), its mechanism an...
The ruthenium catalysed oxidation of 1-phenylethanol derivatives with the release of hydrogen gas h...
Scope and Method of Study: The destruction of tars is a crucial technological barrier for the develo...
Porphyrin-based surface-mounted metal-organic frameworks (SURMOFs) were synthesized via liquid-phase...
Polymers capable of thermally controlled reversible bonding reactions are promising candidates for s...
Magnesium (Mg) and its alloys have been widely investigated as biomaterials due to their remarkable ...
In this thesis the one-pot subcritical hydrothermal synthesis of several novel complex oxides with p...
This project was born with the aim of developing an environmentally and financially sustainable proc...
Methods for solvent-free photocatalysis and the synthesis in deep-eutectic solvents were developed. ...
The Tc(VII) interaction with crystalline rock materials from the generic underground research labora...
Funding for this work was provided through the UK Engineering and Physical Sciences Research Council...
Following the concept of sustainable development, Green Chemistry is actively seeking for new solven...