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Conceptional design for upgrade use of Cleanroom for aerospace parts testing
Halamíček, Samuel ; Mašek, Jakub (oponent) ; Lazar, Václav (vedoucí práce)
The thesis focuses on the problematics around designing a cleanroom. The aim is to present a conceptional design to upgrade the use of a cleanroom for aerospace parts testing. The first part of the thesis covers the introduction into the cleanroom problematics. Based on the research and the given requirements, the parameters for the cleanroom are defined. The second half presents a conceptional proposal where each one difference represents a different mindset behind it. For verification of a possibility to achieve the aimed classification, the model of the cleanroom was constructed in a SOLIDWORKS and then the airflow inside the cleanroom was simulated in an ANSYS FLUENT.
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Waste composition analysis as a support mechanism for circular economics
Halamíček, Samuel ; Varbanov, Petar Sabev (oponent) ; Fan, Yee Van (vedoucí práce)
The diploma thesis focuses on the application of waste composition analysis to facilitate the transition of waste management towards a circular economy, thereby promoting sustainable development. The first part of the thesis covers the introduction to the topic of waste management and the circular economy, followed by an exploration of the techniques and tools for performing waste composition analysis. The second part presents the detailed analysis to identify the waste composition at the first and third levels with a focus on municipal waste. The waste composition analysis is based on a certified methodology that was created as part of the TIRSMZP719 project. The data management was conducted primarily by Visual Basic for Application (VBA) programming. The results of the waste composition analysis are illustrated through diagrams, allowing for the identification of possible trends and waste stream variation across the studied time of municipal solid waste. The applicability of the tool in suggesting suitable waste treatment and recovery implementations based on the identified waste composition is demonstrated through a case study of Brno municipality. The analysis reveals that biowaste comprises the highest proportion (23.17%) of municipal solid waste, with food waste identified as the main waste composition at the third level assessment. This finding proposes high feasibility and potential for biogas production. The waste treatment solution for the other waste composition is also suggested in this thesis. Such assessment is important and could lead to the potential reduction of municipal solid waste by approximately 40% through the enabling of targeted strategies for resource recovery. This finding is very important, because the overall designed conception can respond to this separation potential, which is linked to stated goals or other obligations related to the goals of the Waste Management Plan of the Czech Republic. The proposed assessment emphasizes the proposed goals and shows the potential for their fulfilment.
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Conceptional design for upgrade use of Cleanroom for aerospace parts testing
Halamíček, Samuel ; Mašek, Jakub (oponent) ; Lazar, Václav (vedoucí práce)
The thesis focuses on the problematics around designing a cleanroom. The aim is to present a conceptional design to upgrade the use of a cleanroom for aerospace parts testing. The first part of the thesis covers the introduction into the cleanroom problematics. Based on the research and the given requirements, the parameters for the cleanroom are defined. The second half presents a conceptional proposal where each one difference represents a different mindset behind it. For verification of a possibility to achieve the aimed classification, the model of the cleanroom was constructed in a SOLIDWORKS and then the airflow inside the cleanroom was simulated in an ANSYS FLUENT.
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