Geothermics

Dataset including the enthalpy model verification, and data for the figures/tables presented in the main text.

The chemical and isotope data in the Chingshui geothermal field, Taiwan

The content of the dataset is. 1. Data from the effluents of the core flooding experiments measured by help of ICP 2. Data from isothermal titration calorimetry

This entire data has used in the research. The MPJ file is a Minitab project created in Minitab application. The whole type of experimental design and response surface method are created in Minitab. The 'goft' file is a production result based on numerical modeling using TOUGH2 for all type of Experimental Design and Response Surface Method.

The data file pertains to soil temperature in the vicinity of a ground thermal loop.

Simple tables showing temperature logs

Data include the slip distance distribution for different injection rate and injection temperature, and profiles of fault pore pressure, stress state, permeability.

New groundwater data collected as part of Phase 2 of the Hawaii Play Fairway statewide geothermal resource assessment

Four files are provided: 'Acoculco_deFractal_Zb.xlsx' contains the estimated base to the magnetic body after processing aeromagnetic data with the de-fractal method. 'mesh-elevation.txt' is an input file for the heat transfer numerical model of the Acoculco caldera. It is a Digital Terrain Elevation model based on a non-uniform mesh. 'mesh-Zb.txt' is also an input file for the heat transfer numerical model of the Acoculco caldera. It contains the interpolated Zb in a non-uniform mesh. 'EAC-1.txt' contains the temperature logs of well EAC-1 that can be used for calibration of a numerical model.

The data provides the explanation to the process of building a socioeconomic development model for a municipality in Poland. This data set explains the steps taken in order to reach to an indicator that interprets a local socioeconomic development as well as it provides a hint of methodology selection. We set the hypothesis that the introduction of a geothermal spa accelerates the socioeconomic development of the municipality in which it is established. This assumption is to be verified by socioeconomic development empirical observations of selected locations in Poland that have geothermal water parks in years 1995-2015. Further statistical procedures (Principal Component Analysis, switch regression model) help to verify the research assumption. A constructed indicator of local socioeconomic development undergoes observation together with the geothermal water parks parameters we develop as well. As a result we attempt to confirm the main hypothesis of our research. The data that serves to build the socioeconomic development model of a municipality is obtained from one source i.e. Central Statistical Office in Poland.