CD Skripsi
Identifikasi Sumber Air Panas Di Desa Sungai Pinang Menggunakan Metode Geolistrik Konfigurasi Schlumberger
ABSTRACT
One of the hot spring tourist attractions in Riau Province is Sungai Pinang Village, Hulu Kuantan District, Kuantan Singingi Regency. The geothermal system at that location originates from a geological structure where faults and fractures are pathways for the transfer of geothermal fluids, so it is necessary to identify hot springs. This study aimed to determine the resistivity value of rock layers and to find out the test results for hot water sample content using pH and temperature parameters. The method used is the Schlumberger Configuration geoelectric method. Data processing was carried out using Progress software with the 1D data type. The resistivity value of the rocks obtained in line 1 has a resistivity range of (39.77-594.04) ohmmeter with a depth of (0-23.02) meters. Track 2 has resistivity values ranging from (28.41-2585.18) meters with a depth of (0.29-1.06). Track 3 has resistivity values ranging from (2.76-856.53) with a depth of (0-7.82) meters. Interpretation results on tracks 1 and 2 found no hot water because the track's position is far from the hot springs. Hot water is found on track 3 with depths ranging from (0-0.04) meters and (3.76-7.82) meters. The water sample content test found that the temperature of the hot water experienced a temperature difference based on the place, that the pH of the water was 6.83 with a metal content including Magnesium (Mg), Potassium (K), Sulfur (S), as much as 0.5 – 1 mg /L and non-metal content (HCO3) and Chlorine (Cl) each of 0.01 mg/L.
Keywords: hot water, resistivity, Schlumberger configuration, software Progress, water quality.
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