aenesca@unitbv.ro

+ 40 268 413 000

Stage III (final stage) - December 2024 (Completed 100%)

Static and dynamic technological parameters for microreactors working conditions on the removal of pharmaceutical active compounds

A4.1. Evaluarea parametrilor tehnologici pentru experimentele fotocatalitice in regim static

A4.2. Evaluarea parametrilor tehnologici pentru experimentele fotocatalitice in regim dinamic

A4.3. Evaluarea statistică a rezultatelor și utilizarea lor în optimizarea viitoarei tehnologii

Evaluare toxicologica și cinetică a microreactoarelor în diferite medii de lucru

A3.1. Evaluarea mecanismului fotocatalitic al microreactoarelor

A3.2. Evaluarea toxicologică a microreactoarelor

A3.3. Optimizarea proprietăților toxicologice și fotocatalitice

Stage II - December 2023 (Completed 100%)

Development of microreactors from functionalized and optimized heterostructures

A2.1. Development of microvesicles from di-block polymers

A2.2. The compatibility of the heterostructure with the co-polymers structure

A2.3. Development of microreactors using functionalized heterostructures

Stage I - December 2022 (Completed 100%)

Hybrid Heterostructure Development

A1.1. Powder photocatalytic materials development based on SnO2, CuxO-CuxS, TiO2, ZnO, CIS, WO3

A1.2. Heterostructures development based on SnO2/CuxO-CuxS/TiO2, ZnO/TiO2/CIS și TiO2/CIS/WO3

A1.3. Heterostructures composition optimization based on SnO2/CuxO-CuxS/TiO2, ZnO/TiO2/CIS și TiO2/CIS/WO3

Our mission
The project aims to develop photocatalytic materials active in the UV-Vis field and capable of removing active pharmaceutical compounds from wastewater. In this sense, the project team develops hybrid heterostructures with a unique and stable structure that will have a significant impact in protecting the environment.

Contact

email: aenesca@unitbv.ro

 +40 268 413 000

University Street, Nb. 1

Building F, Office FI7, Brasov

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