Pilotní analýza horninového prostředí pro instalaci vrtaného tepelného výměníku v areálu Fakulty stavební VŠB Technické univerzity Ostrava
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Vysoká škola báňská – Technická univerzita Ostrava
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Abstract
This diploma thesis focuses on pilot analysis of the rock environment, for the design of the installation of a borehole heat exchanger in the premises of the Faculty of Civil Engineering of the University of Mining and Technology in Ostrava (VŠB – TUO), in the Ostrava - Poruba district.
In this thesis, the theory regarding heat pumps, underground heat storage tanks, etc. is described at the beginning. The thesis also describes the geological structure and geomorphological characteristics of the area of interest.
Based on the knowledge gained, several 3D models and sections were created in the RockWorks2022 program. Thermal and technical characteristics of the rock environment were determined from the models. In the Earth Energy Designer program, the suitability of the rock mass for the design of the borehole heat exchanger was calculated from the thermal characteristics and thermal consumption of heat from 2017.
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borehole heat exchanger, heat pump, lithology model, stratigraphy model, rockworks, Earth Energy Designer, heat consumption