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Analysis of a scaling rate meter for geothermal systems
doi: 10.2172/5321592
A research project was conducted to investigate an experimental technique for measuring the rate of formation of mineral scale and corrosion in geothermal systems. A literature review was performed first to identify and evaluate available techniques for measuring scale in heat transfer equipment. As a result of these evaluations, a conceptual design was proposed for a geothermal Scaling Rate Meter (SRM) that would combine features of certain techniques used (or proposed for use) in other applications. An analysis was performed to predict the steady-state performance and expected experimental uncertainty of the proposed SRM. Sample computations were then performed to illustrate the system performance for conditions typical of a geothermal scaling application. Based on these results, recommendations are made regarding prototype SRM construction and testing.
- University of North Texas United States
- University of North Texas United States
Geothermal Fluids, Design, Brines, Steady-State Conditions, Performance, Fouling, Heat Exchangers, Heat Transfer, 15 Geothermal Energy, Corrosive Effects, Measuring Instruments, Scaling, Sensitivity Analysis, Energy Transfer, Geothermal Legacy, Scaling & Materials Development, Fluids Geothermal Legacy 150903* -- Geothermal Engineering-- Corrosion
Geothermal Fluids, Design, Brines, Steady-State Conditions, Performance, Fouling, Heat Exchangers, Heat Transfer, 15 Geothermal Energy, Corrosive Effects, Measuring Instruments, Scaling, Sensitivity Analysis, Energy Transfer, Geothermal Legacy, Scaling & Materials Development, Fluids Geothermal Legacy 150903* -- Geothermal Engineering-- Corrosion
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