Below is only the general subject of diploma theses carried out at the Department.
A list of current topics can be found on the website https://dyplomstudent.pwr.edu.pl

Process Engineering Group:

The Group proposes the realization of diploma theses in the field of Chemical Engineering within the following projects:

• Role of biosurfactants in the formation of ordered micro- and nano-structures of calcium carbonates.
• Study on the properties of iron and copper nanoparticles synthesized by means of catechin and gallic acid.
• Synthesis and physicochemical properties of new chiral ionic liquids based on natural components.
• Stability of three-phase water-particle-oil system.
• Synthesis and physicochemical characteristics of novel hybrid polyelectrolyte microcapsules with entrapped unicellular algae.
• Modelling of the dry powder coating in the modified Wurster apparatus.
  
• Synthesis and physicochemical and mechanical characterization of three-dimensional composite structures laden with antimicrobial agents

Polymer Materials Group:

Prace dyplomowe oferowane są dla kierunków: Technologia chemiczna i Inżynieria chemiczna oraz Inżynieria materiałowa.

• Perspektywy recyklingu zużytych urządzeń gospodarstwa domowego
• Procesy separacji Au(III) z układów mikroelektronicznych
• Rola i zastosowania nanocząstek renu w procesach chemicznych
• Wykorzystanie potencjału recyklingu tworzyw sztucznych
• Odzysk metali z elektroniki i sprzętu AGD
• Membrany jonowymienne – metody otrzymywania i zastosowanie
• Wykorzystanie powierzchniowo wdrukowanych polimerów w procesach membranowych
• Interpolimeryzacja monomerów funkcyjnych w ziarnach węgla aktywnego
• Materiały węglowe do budowy elektrod w układach CDI

Carbon Materials Group:

Theses are offered in the fields of Chemical Technology and Materials Engineering.

• Modification of the surface properties of activated carbons by introducing heteroatoms
• Modeling the texture of porous activated carbons from various precursors
• Composites of graphene with activated carbons, conductive polymers, metal oxides and sulphides for electrochemical capacitors
• Synthesis of graphene materials (graphene oxides and reduced graphene oxides)
• Synthesis of nitrogen enriched graphene materials
• N-graphene as electrochemical sensors
• Carbon materials for lithium-ion cells
• Synthesis of cinnamaldehyde derivatives
• Removal of organic pollutants from water on activated carbons
• Biomass pyrolysis and refining of liquid and solid products
• Hydrothermal conversion of biomasssy