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Green energy activated, smart nanoporous catalysts for wastewater treatment
The aim of this project is to design and
assemble a wastewater treatment
reactor integrated with our novel
nanoporous catalysts for water
treatment applications. This reactor will
be used to perform on-site wastewater
treatments at industrial and municipal
wastewater treatment plants.
Keywords: Cleantech, catalyst, water treatment, nanotechnology, green energy
The aim of this project is to design and
assemble a wastewater treatment
reactor integrated with our novel
nanoporous catalysts for water
treatment applications. This reactor will
be used to perform on site wastewater
treatments at industrial and municipal
wastewater treatment plants.
Removal efficiency of various hazardous
pollutants such as toxic pharmaceuticals
pesticides, insecticides chemicals etc
will be tested with this reactor.
Students will have the exciting
opportunity to work directly with the
ETH Zurich Startup, _Oxyle AG_ and gain
insights into working in a highly
promising Clean-tech company to solve
the global water pollution crisis.
The aim of this project is to design and assemble a wastewater treatment reactor integrated with our novel nanoporous catalysts for water treatment applications. This reactor will be used to perform on site wastewater treatments at industrial and municipal wastewater treatment plants. Removal efficiency of various hazardous pollutants such as toxic pharmaceuticals pesticides, insecticides chemicals etc will be tested with this reactor. Students will have the exciting opportunity to work directly with the ETH Zurich Startup, _Oxyle AG_ and gain insights into working in a highly promising Clean-tech company to solve the global water pollution crisis.
1. Nanocatalyst fabrication
2. Wastewater treatment reactor design and assembly
3. Wastewater treatments and water quality analysis.
1. Nanocatalyst fabrication 2. Wastewater treatment reactor design and assembly 3. Wastewater treatments and water quality analysis.