Master's theses (stationary students) | Faculty of Civil and Environmental Engineering at the Gdańsk University of Technology

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Master's theses (stationary students)

dr hab. Eng. DREWNOWSKI Jakub
• Comparative analysis of selected installation materials based on the design of sanitary networks and installations for single / multi-family residential buildings
• Comparison of industry programs based on the design of sanitary networks and installations for single / multi-family residential buildings
• Analysis of the possibility of using rainwater on the basis of a water supply and sewage system design for single / multi-family residential buildings    

    
dr hab. Eng. FUDALA-KSIĄŻEK Sylwia
• Projects related to renewable and conventional heat sources
• Rainwater management - development of theoretical solutions together with a conceptual design of a selected solution for a specific area of analysis
• Monitoring of micropollutants in various environments (wastewater, landfill leachate, Baltic Sea, etc.)
• Removal of micropollutants from landfill leachate using BDD electrodes
• Research on the effectiveness of the low-temperature disintegration process of excess sludge
• Research work as part of current projects


dr inż. KOWAL Przemysław
• Effectiveness of biological phosphorus and nitrogen removal processes depending on selected technological parameters (study work)
• Conceptual design of the water supply / sewage system for the selected facility
• Possibility to choose an individual subject of the diploma thesis in the field of water supply and sewage systems and municipal and industrial wastewater treatment systems
• Functional and profitability analysis of dual systems implementation (gray water recirculation for flushing toilets) and the use of rainwater for the needs of single- or multi-family household


dr inż. MAJTACZ Joanna
• Laboratory work on new wastewater treatment processes
• Management of rainwater for a housing estate
• Review of pool water treatment methods along with a pool design and cost analysis of two pool water treatment solutions for an indoor pool
• Comparison of the excavation method with selected trenchless methods for the designed section of the network
• Design of a water supply system, sanitary sewage system and rainwater sewage system for a multi-family residential building with a comparative analysis of the impact of the material used on the parameters of the water supply system
• Possibility to choose an individual topic of work in the field of water and sewage installation, central heating installation and works related to the subject of wastewater treatmen


prof. dr hab. Eng. MĄKINIA Jacek
• Laboratory testing of new wastewater treatment processes
• Analysis and optimization of the sewage treatment plant operation with the use of the GPS-X computer program
• Calculations of carbon footprint in wastewater treatment plants
• Resource recovery in wastewater treatment plants
• Designing internal plumbing installations for residential and public buildings (taking into account the management of rainwater and gray wastewater)


dr inż. ORŁOWSKA-SZOSTAK Maria
• Trenchless methods of building underground infrastructure (comparison of methods, description of exemplary implementations)
• Systems that use rainwater to minimize tap water consumption
• Design of a two-zone water supply system for a high-rise multi-family residential building
• Design of a water supply system, sanitary sewage system and rainwater sewage system for a multi-family residential building with a comparative analysis of the impact of the material used on the parameters of the water supply system
• Design of a sanitary sewage system for a multi-family residential building; comparative analysis of PN-EN 12056-2 standard with national standards and regulations
• Technical problems of installations related to changes in the consumption of tap water in households
• Design of the water and sewage system. and fire protection for a multi-family residential building
• Conceptual design of a gravity-pressure sewage system for a housing estate with an analysis of the hydraulic parameters of the network in the program
• Simulation of the water network operation using the Epanet program


dr inż. ORŁOWSKI Ryszard
• Design of the installation of cold water, hot utility water, sanitary and rainwater drainage, gas and central heating for a multi-family residential building; topic "for two persons"
• Design of cold water, hot utility water, sanitary and rain sewage systems for a multi-family residential building
• Conceptual design of a gravity-discharge sanitary sewage system for a housing estate of single and multi-family houses
• Design of the installation of cold water, hot utility water, sanitary and rainwater sewage system and central heating (with a connection point) for a multi-family residential building; topic "for two persons"
• Conceptual design of a gravity-discharge sanitary sewage system with many sewage pumping stations for a single-family housing estate
• Central heating installation design with the technological design of the heat substation and internal water and sewage installations. for a single-family home
• Conceptual design of a pressure sewage system for a group of newly built housing estates
• Concept for the construction of a sanitary sewage system for a city of about 80,000 inhabitants


doc. dr inż. OSTOJSKI Arkadiusz
• Design of a heating installation in a multi-family residential building with a dual-function boiler room
• Design of a heating installation in a multi-family residential building with a dual-function heat distribution center
• Design of a heating system for a public utility building with a dual-function boiler room
• Design of a heating system for a public utility building with a dual-function heat distribution center


dr inż. SIUZDAK Zbigniew
• Design of a sewage system for a multi-family residential building
• Design of the water and sewage system. for a multi-family residential building
• Design of a water supply system for a multi-family residential building
• Design of sewage and gas installations for a multi-family residential building


prof. dr hab. Eng. SULIGOWSKI Ziemowit
• Concept design: water supply system / sanitary sewage system / rainwater management for the town / selected large facility
• Analytical and descriptive work on selected elements of water supply systems / sanitary sewage systems / rainwater management
• Conceptual design: water supply / sanitary sewage system / rainwater management for a selected large facility
• Possible individually determined topic related to gas supply


dr hab. Eng. TUSZYŃSKA Agnieszka
• Design concept of the building's internal installation with the separation of yellow and gray sewage
• Renaturalisation of municipal wastewater using natural systems
• Wastewater treatment in scattered development areas - a multi-variant project of a household sewage treatment plant
• Individual (home) sewage disposal systems
• Treatment of rainwater
• Threats, collection and treatment of rainwater from urban agglomeration
• Conceptual design of the water and sewage system. for a multi-family building / public building


prof. dr hab. WOJCIECHOWSKA Ewa
• Conceptual design of a sanitary sewage system / rainwater management for the estate
• Conceptual design of a pressure sewage system for the village (rural area)
• Analysis and comparison of wastewater flow calculation methods for sanitary / rainwater drainage
• Rainwater contamination and methods of its removal - theoretical and design work


dr inż. ZABOROWSKA Ewa
• Comparison of design solutions for heating systems and / or heat sources in a building 
• Analysis / optimization of the building's energy supply systems with respect to various criteria (optionally with the design part) 
• Analysis of the energy supply of a wastewater treatment plant