dr inż. Maciej Sienkiewicz | Gdańsk University of Technology

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dr inż. Maciej Sienkiewicz

Contact:

email:
maciej.sienkiewicz@pg.edu.pl
website:
https://mostwiedzy.pl/maciej-sienkiewicz,467869-1

Positions:

Assistant professor

workplace:
Katedra Technologii Polimerów
Budynek C Wydziału Chemicznego, 213
phone:
(58) 347 10 93
dr inż. Maciej Sienkiewicz

Publications:

  1. Despite a wide range of available wound treatments, hard-to-heal wounds still pose a challenge. Hydrogels are often used as dressings for these wounds, because they sustain moisture in the wound environment, supporting the natural healing process. However, it is still not fully understood how physicochemical properties of hydrogel matrix affect the drug release process. Thus, detailed swelling kinetics examination coupled with...

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  2. Publication

    - JOURNAL OF CLEANER PRODUCTION - Year 2024

    Polymer waste pollution has a profound effect on the environment and, consequently, on the lifestyle of hu- mankind. The massive production and disposal of cross-linked polymers clearly exemplify the challenges of recycling. Increasing efforts are being undertaken to introduce recycled polymers, especially crumb rubber (CR), into asphalt formulations. Due to the rather poor processability and phase separation associated with CR- modified...

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  3. Publication

    - JOURNAL OF CLEANER PRODUCTION - Year 2024

    The bitumen industry in the European Union is facing several difficulties, including rising demand, unstable oil supply, rising prices for synthetic polymer modifiers, and a focus on lowering carbon footprint. Bitumen modification with crumb rubber (CR) is one of the most promising solution to these challenges. However, CR-modified bitumen have poor processability and low storage stability. To overcome these flaws we are introducing...

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  4. Washing pods became a popular way to add detergent to washing machines. Despite the claims about the degradability of the pod film, the sludge in pipes can be observed after the usage of such pods. This study focused on a quantitative and qualitative analysis of washing pod films as a source of microplastic.

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  5. Materials for otolaryngological stents have to be characterized by good tensile strength, wear resistance, biocompatibility, and specific degradation time. This work aimed to synthesize polyurethanes based on various biodegradable polyol blends. Their biodegradability and mechanical properties were tested and compared to commercial BIOFLEX material.

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Projects: