Este trabalho apresenta os resultados da aplicação da metodologia de inspeção não intrusiva (INI) em equipamentos do sistema de dessulfurização de gás numa plataforma petrolífera, com o auxílio da inspeção baseada em risco utilizando a norma API RP 581. A inspeção não intrusiva é aplicada tendo como fundamentos as guias de inspeção, como a DNV-RP-G103, que reúne informações de como executar e justificar o seu uso, a fim de garantir a segurança das instalações, eliminando a necessidade de uma parada do equipamento para a realização da inspeção. Contudo nem todos os equipamentos puderam ser inspecionados por esta metodologia, devido a limitações operacionais e/ou construtivas. O trabalho conclui que a inspeção não intrusiva pode ser aplicada à inspeção de equipamentos sem prejuízo ao mapa de risco do equipamento ou da unidade, e naqueles onde não é possível à utilização somente da metodologia, a mesma poderá ser aplicada em conjunto com a inspeção convencional fornecendo informações importantes sobre o estado do equipamento, melhorando assim a confiabilidade do planejamento da parada de manutenção e uma redução dos custos envolvidos. / This paper presents the results of applying the methodology of non-intrusive inspection (INI) in electrical system flue gas desulphurization an oil rig, with the help of riskbased inspection using the API RP 581. The non-intrusive inspection is implemented with the guides as the foundations of inspection, such as DNV-RP-G103, which gathers information on how to make and justify its use, to ensure the safety of installations, eliminating the need for a parade equipment to perform the inspection. However not all equipment could be inspected by this method, due to operational limitations and / or constructive. The paper concludes that the non-intrusive inspection can be applied to inspection of equipment subject to the risk map of the equipment or unit, and those where it is not possible to use only the methodology, it may be applied along with conventional inspection providing important information on the status of the equipment, thereby improving the reliability of planning maintenance shutdown and lower costs.

Este trabalho apresenta os resultados da aplicação da metodologia de inspeção não intrusiva (INI) em equipamentos do sistema de dessulfurização de gás numa plataforma petrolífera, com o auxílio da inspeção baseada em risco utilizando a norma API RP 581. A inspeção não intrusiva é aplicada tendo como fundamentos as guias de inspeção, como a DNV-RP-G103, que reúne informações de como executar e justificar o seu uso, a fim de garantir a segurança das instalações, eliminando a necessidade de uma parada do equipamento para a realização da inspeção. Contudo nem todos os equipamentos puderam ser inspecionados por esta metodologia, devido a limitações operacionais e/ou construtivas. O trabalho conclui que a inspeção não intrusiva pode ser aplicada à inspeção de equipamentos sem prejuízo ao mapa de risco do equipamento ou da unidade, e naqueles onde não é possível à utilização somente da metodologia, a mesma poderá ser aplicada em conjunto com a inspeção convencional fornecendo informações importantes sobre o estado do equipamento, melhorando assim a confiabilidade do planejamento da parada de manutenção e uma redução dos custos envolvidos. / This paper presents the results of applying the methodology of non-intrusive inspection (INI) in electrical system flue gas desulphurization an oil rig, with the help of riskbased inspection using the API RP 581. The non-intrusive inspection is implemented with the guides as the foundations of inspection, such as DNV-RP-G103, which gathers information on how to make and justify its use, to ensure the safety of installations, eliminating the need for a parade equipment to perform the inspection. However not all equipment could be inspected by this method, due to operational limitations and / or constructive. The paper concludes that the non-intrusive inspection can be applied to inspection of equipment subject to the risk map of the equipment or unit, and those where it is not possible to use only the methodology, it may be applied along with conventional inspection providing important information on the status of the equipment, thereby improving the reliability of planning maintenance shutdown and lower costs.

Este trabalho apresenta os resultados da aplicação da metodologia de inspeção não intrusiva (INI) em equipamentos do sistema de dessulfurização de gás numa plataforma petrolífera, com o auxílio da inspeção baseada em risco utilizando a norma API RP 581. A inspeção não intrusiva é aplicada tendo como fundamentos as guias de inspeção, como a DNV-RP-G103, que reúne informações de como executar e justificar o seu uso, a fim de garantir a segurança das instalações, eliminando a necessidade de uma parada do equipamento para a realização da inspeção. Contudo nem todos os equipamentos puderam ser inspecionados por esta metodologia, devido a limitações operacionais e/ou construtivas. O trabalho conclui que a inspeção não intrusiva pode ser aplicada à inspeção de equipamentos sem prejuízo ao mapa de risco do equipamento ou da unidade, e naqueles onde não é possível à utilização somente da metodologia, a mesma poderá ser aplicada em conjunto com a inspeção convencional fornecendo informações importantes sobre o estado do equipamento, melhorando assim a confiabilidade do planejamento da parada de manutenção e uma redução dos custos envolvidos. / This paper presents the results of applying the methodology of non-intrusive inspection (INI) in electrical system flue gas desulphurization an oil rig, with the help of riskbased inspection using the API RP 581. The non-intrusive inspection is implemented with the guides as the foundations of inspection, such as DNV-RP-G103, which gathers information on how to make and justify its use, to ensure the safety of installations, eliminating the need for a parade equipment to perform the inspection. However not all equipment could be inspected by this method, due to operational limitations and / or constructive. The paper concludes that the non-intrusive inspection can be applied to inspection of equipment subject to the risk map of the equipment or unit, and those where it is not possible to use only the methodology, it may be applied along with conventional inspection providing important information on the status of the equipment, thereby improving the reliability of planning maintenance shutdown and lower costs.

The assignment for the diplomatic work was mentioned in the technological project of the Vila Park in Olomouc. The task was to mention the underground floor of the 2nd dilatation and the building of the apartment house B7 with three floors, which is connected via the basement communication. The content of the technical report in the construction technology project, broader relationships, land-use planning, timeable, equipment design, machine assembly design, technological prescription of waterproof concrete construction, control and test plan, plan and item budget.

The subject of the diploma thesis is the elaboration of the technological project of the multifunctional building DASS in Martin. It is a two-storey building that will serve for the needs of DASS company. The diploma thesis assesses the building as a whole and focuses on selected technological processes. The work consists of the technical report, study of the implementation of the main technological stages of the main building, technological regulations for monolithic reinforced concrete horizontal structures and for vegetation flat roof, design of main construction machines and mechanisms, design and assessment of lifting mechanism and control-test plans for structures from technological regulations. Furthermore, a time and financial plan is developed. Than staff balance and a schedule of selected technological processes of the main building is processed. At the same time a construction site project, a health and safety plan, a noise study and LEED 2009 CORE & SHELL are prepared for the construction of a multifunctional building. The work is further supplemented by a specialization focused on the analysis of the contribution of green roofs on energy efficiency of buildings.

The subject of this diploma thesis is a building construction project for industrial building Rieder Beton in Jihlava. It contains an engineering report, a time schedule, a site equipment report, a design of machine assembly, a technological project together with a quality and test plan for the precast prefabricated frame and an itemized budget.

The diploma thesis deals with construction technological project of department store in Mohelnice town – hypermarket Kaufland. It compiles in detail the most optimal proposal of technological construction process, working machinery, traffic proposal for transport, construction site equipment, schedule of work, inspection and test plan, safety of work, environment, and finally costing including bill of quantities etc. The thesis deals specifically main building object SO04, object of hypermarket, which is consisted of prefabricated reinforced concrete skeleton of single-storey building. I focus primarily on realization of gross building.

The subject of this diploma thesis is civil technical project of a new building of the hotel Aztec in Ostrožská Nová Ves. The building was designed as a 6-storey building and will be used for accommodation and recreation. Thesis contains engineering report, a detailed time schedule for the main building object, project of construction site, technological notes and inspection and test plans for particular steps of construction, proposal of suitable machines and mechanisms required for construction and wider relationships of transport routes to construction site. It also includes protection of health and safety at work taking into account environmental protection.

This diploma thesis deals with construction-technological project of production and storage hall in Hradec Králové. The thesis deals with complex of the implementation of the construction and focuses in more detail on the implementation of both foundation structures and assembly of the steel frame. The project includes a technical report on the construction technology project, a study of the implementation of the main technological stages of the main building, design and assessment of construction routes, construction equipment project, financial and construction schedule, machine design, schedule and budget of the main building, control and test plan for foundation structures, and occupational safety and health.

This diploma thesis is dealing with a construction-technological project of a production hall in Polička. The main subject of the thesis is a technological report, a realization study of the main technological phases, a coordination situation of the construction with broader relations to transport routes, a project of the office building site equipment, a suggested list of the main construction vehicles, a time plan for the main building object, technological prescriptions for a prefabricated skeleton and bored piles and documents related to this.