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PENDUGAAN PENCEMARAN AIR TANAH DI TEMPAT PEMBUANGAN SAMPAH LANDASAN ULIN TIMUR DENGAN METODE GEOLISTRIK KONFIGURASI SCHLUMBERGER Priyanti, Denok Dwi; Wahyono, Sri Cahyo; Siregar, Simon Sadok
Jurnal Fisika FLUX Vol 11, No 1 (2014): Jurnal Fisika FLUX Edisi Februari 2014
Publisher : Lambung Mangkurat University Press

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.20527/flux.v11i1.2622

Abstract

ABSTRACT. Along with the increment of human population, ground water pollution also tends to increase. It primarily due to the accumulation of waste which could harm the public health. Trash or waste is one of the important issues which could contaminate ground water, especially waste landfills. Ground water that has been contaminated with liquid waste (leachate) can affect the quality of ground water. This study aimed to determine the composition of rocks, layers and depth of ground water around waste landfills (TPS) and to determine whether ground water around the TPS is contaminated or not. Estimation of groundwater pollution could be determined by measurement using geoelectric method with schlumberger configuration. It showed  the presence of leachate layer at depth of 0,51 – 8,51 m with measured resistivity of 3,89 – 9,63 Ohm.meter, while groundwater is at depth of 22,92 – 26,59 m with resistivity value of 88,98 – 128,75 Ohm.meter. AAS sample test has been conducted to determine whether the ground water around TPS is contaminated or not.  The test results using AAS showed groundwater around TPS was contaminated with Lead (Pb), iron (Fe) and Cadmium (Cd). The evidence was the value of their concentrations in three water samples which exceeded the thresholds in accordance with the requirements of drinking water. Threshold for Pb, Fe and Cd are 0,01 ppm, 0,3 ppm and 0,003 ppm, respectively. From the measurement results of sample 1, 2 and 3 couls be obtained the concentration of  Pb are 0,084 ppm, 0,044 ppm and 0,091 ppm, the concentration of Fe are 0,812 ppm for 1,018 ppm and 0,203 ppm, while the concentration of Cd are 0,012 ppm, 0,017 ppm and 0,01 ppm. Keywords: Ground water, waste, geoelectric, AAS
ESTIMASI SUMBERDAYA BATUBARA BERDASARKAN DATA WELL LOGGING DENGAN METODE CROSS SECTION DI PT. TELEN ORBIT PRIMA DESA BUHUT KAB. KAPUAS KALIMANTAN TENGAH Siregar, Simon Sadok; Sota, Ibrahim; Erihartanti, Erihartanti
Jurnal Fisika FLUX Vol 12, No 2 (2015): Jurnal Fisika FLUX edisi Agustus 2015
Publisher : Lambung Mangkurat University Press

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.20527/flux.v12i2.2612

Abstract

ABSTRAK. Batubara merupakan solusi bagi kebutuhan sehari–hari karena harganya yang murah terutama bagi negara-negara dengan harga minyak yang terus naik, maka batubara dapat menjadi sumber energi primer. Penelitian ini dilakukan di PT.Telen Orbit Prima Desa Buhut Kapuas Kalimantan Tengah. Tujuan dari penelitian adalah untuk menentukan lapisan batubara di bawah permukaan bumi berdasarkan data well logging, menentukan karakteristik sebaran batubara di bawah permukaan dengan menggunakan metode cross section, dan melakukan interpretasi sebaran lapisan batubara untuk menentukan sumberdaya batubara. Lubang bor yang terbagi dalam 10 cross section akan dikorelasikan untuk mengetahui pola sebaran batubara dari ketebalan dan karakteristik pada seam batubara. Setiap lubang bor akan memberikan bentuk kurva log yang berbeda sesuai dengan kondisi masing–masing. Semua kurva log gamma ray yang ada kemudian diinterpretasikan untuk memberikan informasi mengenai batasan tiap lapisan litologi. Berdasarkan kurva log gamma ray, lapisan batubara memiliki ketebalan 0,5–8,2 meter, dari kedalaman 4,2–145 meter dengan elevasi yang berkisar dari 49,439–85,236 meter dengan jumlah sumberdaya 8.810.124 m3.Kata Kunci: Batubara, kapuas, well logging, cross section.
ANALISIS PERUBAHAN TEMPERATUR UDARA 2004-2010 UNTUK MEMPREDIKSI TEMPERATUR UDARA 2011-2014 DI KALIMANTAN SELATAN Rampan, Reko Ary; Siregar, Simon Sadok; Munir, MIftahul
Jurnal Fisika FLUX Vol 10, No 2 (2013): Jurnal Fisika FLUX Edisi Agustus 2013
Publisher : Lambung Mangkurat University Press

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.20527/flux.v10i2.2646

Abstract

Abstrak: Nowadays, green house gas was increased which caused air temperature ofsurface arise, one of them is carbon dioxide (CO2), CO2 is part of green house gas whichis strong enough to absorb infrared wave, but if CO2 concentration is too high it wouldmake earth warming at the surface. The objective of the research is to made airtemperature changes modeling ( ), air temperature modeling ( ) in 2004-2010based on CO2 concentration trend and also to predict air temperature modeling 2011-2014 in Kalimantan Selatan. The research is literature study by using ( ) modeling.The modeling is made to known value of air temperature changes modeling since 1750based on CO2 concentration trend which used to modeling air temperature ( ) in2004-2010 based on CO2 concentration trend and also its predict. Data that was used isair temperature of observation in 7 point in 2004-2010 and CO2 concentration data ofIndonesia in 2004-2010. Result of the research shown that air temperature changesmodeling in 2004-2010 based on CO2 concentration trend was changed since 1750 isabout 1,53-1,68ºC, model shown that air temperature modeling in 2004-2010 based onCO2 concentration trend about 26,72-26,77ºC and air temperature modeling in 2011-2014 based on CO2 concentration trend about 26,772–26,795ºC.Keywords: Temperature, Carbon Dioxide (CO2), Kalimantan Selatan
Identifikasi Intrusi Air Laut Menggunakan Metode Geolistrik Di Desa Kampung Baru, Tanah Bumbu Astutik, Puji; Wahyono, Sri Cahyo; Siregar, Simon Sadok
Jurnal Fisika FLUX Vol 13, No 2 (2016): Jurnal Fisika FLUX Edisi Agustus 2016
Publisher : Lambung Mangkurat University Press

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.20527/flux.v13i2.3529

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Society of Kampung Baru village living in coastal areas utilize ground water to filling the need of ground water consumption. Over take of Ground water made different between  ground water level and sea surface level so get seawater intrusion. Therefore, research has done to knowing depth value of  distribution by resistiviting value and well water of NaCl contents in Kampung Baru village. Based on result of geoelectric data processing 2D Wenner configuration on 3 tracks with each tracks length 200m which made by Res2dinv software, then sea intrusion start from 0.93-19.6 m with resistivity value 0.2-6.40 Ωm. Based on the result of laboratory tests on three sample showed levels ranging Na is 12,055-14,027 mg/l and Cl has a value that ranges between 52,18-94,58 mg/l. Where this value is below the maximum levels that may be consumed
Studi Kasus Penyebaran Panas Bumi Non Vulkanik Sekitar Sumber Air Panas Hantakan, Kalimantan Selatan Siregar, Simon Sadok; Wahyono, Sri Cahyo; Nurlina, Nurlina
Jurnal Fisika FLUX Vol 8, No 1 (2011): Jurnal Fisika Flux Edisi Februari 2011
Publisher : Lambung Mangkurat University Press

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.20527/flux.v8i1.3108

Abstract

The measurement had been conducted about an identification ofgeothermal fluid in heated pool tourist territory Murung B village, Hantakan subdistrict,Hulu Sungai Tengah regency. This research aims to find out litolhogy soil/rock in thearea around the hot water pool, knowing the value detainees soil type/rock containinggeothermal fluid and determine the distribution methods of arrest. Electrodeconfiguration used method Schlumberger (1D) and pole-pole (3D). Referring to theresults of the processing of Progress program can be made two-dimensional crosssectionto find out manually litolhogy coating model soil / rock which then correlatedwith ploting 3D models of Res3Dinv program. Geoelectric research results indicatethat the geothermal fluid in the surrounding in heated pool tourist territory, Hantakansubdistrict, Hulu Sungai Tengah regency has a range of resistance values between108 - 663.60 Ωm, in the depths of 14.67 - 90.2 m from the point G-3 - G-1. Geothermalfluid distribution direction at the research area is spread laterally from the point G-3 -G-1 where a layer of sand mixed with clay and granite rock fragments as an area ofconductive layers and clay as cover.
INTERPRETASI SEBARAN BATUBARA BERDASARKAN DATA WELL LOGGING DI DAERAH BLOK X PULAU LAUT TENGAH KABUPATEN KOTABARU Julkipli, Julkipli; Siregar, Simon Sadok; Sota, Ibrahim
Jurnal Fisika FLUX Vol 12, No 1 (2015): Jurnal Fisika FLUX Edisi Februari 2015
Publisher : Lambung Mangkurat University Press

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.20527/flux.v12i1.1304

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Research has been done using well logging methods to interpreted coal distribution in the area BlockX Pulau Laut Tengah Kabupaten Kotabaru. Coal identification was changed ofkickongamma ray log chart which run to minimum value with seam A range from to 1,3 16,76 API, seam C range from to 5,02 12,44 APIand seam D range from to 0,56 7,38 API. Long density log which kick on chart run to maximum value with seam A range from to 1,16 1,39 gr/cm3, seam C range from to 1,60 1,74 gr/cm3and seam D range from to 1,82 2,22 gr/cm3. Resistivity log which kick on chart run to maximum value with seam A range from to 1.189,74 2.407,15 Ohm.m, seam C range from to 2.223,80 2.328,84 Ohm.m and seam D range from to 6,06 105,65 Ohm.m. Measurement ofcoal thickness is based on chart of long density and short density logs with seam A 0,16 119,55 m depth and 0,11 0,40 m thickness, seam C 0,20 52,89 m depth and 0,11 0,40 m thickness and seam D 0,21 37,13 m depth and 0,41 0,42 m thickness. Coal distribution has been strike N212°E and dip10°N302° E. Measurement method of coal resource was made two planes with volume measuredcoal resources about 2.273.792,69 tons.
Pemetaan Potensi Lahan di Kabupaten Tapin Kalimantan Selatan Menggunakan Sistem Informasi Geografis (SIG) Nurrahmah, Daratun; Nurlina, Nurlina; Siregar, Simon Sadok
Jurnal Fisika FLUX Vol 7, No 1 (2010): Jurnal Fisika Flux Edisi Februari 2010
Publisher : Lambung Mangkurat University Press

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.20527/flux.v7i1.3081

Abstract

In this research, SIG is used to analyse potency of land in KabupatenTapin, using method of scoring of parameters such us of ground type, rock type,bevel inclination, irrigate surface, and erotion level. Every parameter classified byaccording to reference, later then analysed with method overlay, and conductedby a calculation make an index to land potency. Map of potency of land yieldedfrom method of scoring of parameter consisted of 5 classes that is very high,high, medium, low, and very low. As according to function from area of divisibleland become 5 areas, among other things the covert area, prop area, limitedpreserve area, preserve area of annual crop and area of season crop. Spasialmodeled make an index to land potency give good result, because having asaccording to plan of regional planology that existed in Kabupaten TapinKalimantan Selatan.
PENENTUAN LAPISAN AKUIFER AIR TANAH DENGAN METODE GEOLISTRIK KONFIGURASI CHLUMBERGER DI DESA SUNGAI JATI KECAMATAN MATARAMAN KABUPATEN BANJAR KALIMANTAN SELATAN Hanifa, Dinisa; Sota, Ibrahim; Siregar, Simon Sadok
Jurnal Fisika FLUX Vol 13, No 1 (2016): Jurnal Fisika FLUX Edisi Februari 2016
Publisher : Lambung Mangkurat University Press

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.20527/flux.v13i1.1636

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Telah dilakukan penelitian untuk mencari lapisan akuifer air tanah di Desa Sungai Jati sebagai dasar dalam perencanaan dalam pembuatan sumur bor. Salah satu cara untuk mengetahui potensi keberadaan air tanah adalah melakukan pengukuran geolistrik dengan konfigurasi schlumberger. Hasil penelitian  geolistrik  konfigurasi  schlumberger  menunjukkan  struktur  lapisan batuan di Desa Sungai Jati pada titik pengukuran GL1, GL2, GL3, GL4, GL5 dan GL6  terdiri  dari  lapisan  lapuk,  batu  pasir,  lanau,  lempung,  dan  lempung gampingan karena Sungai Jati termasuk kedalam formasi Keramaian (Kak). Sebaran akuifer air tanah tersebar pada lapisan batu pasir dengan  kedalaman akuifer air tanahnya bervariasi. Hasil interpretasi diketahui tebal lapisan berkisar antara  2 – 11  meter  dengan kedalaman  sekitar  6  –  40  meter  dengan  nilai resistivitas 100 – 450 Ωm. Secara keseluruhan semakin ke bawah jenis batuanya semakin padat, lapisan ini kurang bersifat sebagai lapisan pembawa air (akuifer). Lapisan air tanah yang berpotensi untuk pembuatan sumur bor dengan kualitas dan kuantitas yang cukup baik terdapat lapisan impermeable pada bagian atas dan bawah sedangkan pada Desa Sungai Jati merupakan akuifer bebas dimana lapisan impermeable hanya terdapat pada lapisan di bawah lapisan akuifer. Kata kunci : geolistrik, konfigurasi schlumberger, akuifer
ANALISIS TINGKAT KERAWANAN DAN MITIGASI BENCANA BANJIR DI KECAMATAN ASTAMBUL KABUPATEN BANJAR Nurlina, Nurlina; Ridwan, Ichsan; Siregar, Simon Sadok
Jurnal Fisika FLUX Vol 11, No 2 (2014): Jurnal Fisika FLUX Edisi Agustus 2014
Publisher : Lambung Mangkurat University Press

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.20527/flux.v11i2.3006

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Ditinjau dari aspek geologis, geografis, dan morfologis, Kalimantan Selatan merupakan salah satu provinsi yang rawan terhadap bencana banjir. Hampir setiap tahun bencana banjir terjadi, khususnya di wilayah Kabupaten Banjar. Banjir yang terjadi akibat luapan Sungai Riam Kiwa, Sungai Riam Kanan dan Sungai Martapura. Sedikitnya 64 desa pada bulan Januari 2012 di enam wilayah kecamatan yang berada di sepanjang Sungai Riam Kiwa dan Martapura terendam banjir. Data Badan Penanggulangan Bencana Daerah (BPBD) Kabupaten Banjar menyebutkan, banjir yang melanda di Kecamatan Astambul merendam 17 desa dari 22 desa yang ada, dihuni oleh 1.985 Kepala Keluarga atau 6.000 jiwa. Salah satu penyebab timbulnya korban jiwa dan kerusakan/kerugian yang sering terjadi akibat bencana alam adalah karena masyarakat lalai dan tidak mengetahui bahwa daerah tempat tinggal mereka termasuk daerah yang rawan bencana banjir, serta kurangnya pengetahuan masyarakat tentang mitigasi dan kesiapsiagaan termasuk aparat/pihak-pihak yang bertanggung jawab dalam penanganan bencana. Untuk itu melalui kegiatan Pengabdian Pada Masyarakat merupakan upaya nyata kepada Masyarakat Kecamatan Astambul untuk mengurangi resiko bencana banjir antara lain dalam bentuk pelatihan dan pembinaan penanggulangan banjir. Kegiatan ini untuk memberikan informasi kepada masyarakat tentang daerah rawan banjir. Oleh karena itu dilakukan analisis daerah rawan banjir dengan sistem bobot menggunakan parameter curah hujan, bentuk lahan, gradient sungai, kerapatan drainase, kemiringan lereng dan penggunaan lahan. Dari hasil analisa tingkat kerawanan di Kecamatan Astambul, luas daerah yang masuk kategori sangat rawan sebesar 81.501,76 ha atau 17,94 % dari luas wilayah dan kategori rawan 62.506,37 ha atau 13,76 %
Identifikasi Daerah Patahan dengan Metode Geolistrik Konfigurasi Dipole-Dipole di Desa Renokenongo Porong Sidoarjo Wahyono, Sri Cahyo; Wianto, Totok; Siregar, Simon Sadok; Utama, Widya; pratapa, Suminar
Jurnal Fisika FLUX Vol 5, No 2 (2008): Jurnal Fisika Flux Edisi Agustus 2008
Publisher : Lambung Mangkurat University Press

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.20527/flux.v5i2.3043

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Fault is already occurred in Renokenongo, Porong - Sidoarjo. These fault’s have destroyed some building and public facilities. Existence of these fault’s have been detected by using 2D resistivity method. In this research, measurement of 2D resistivity is conducted by using Dipole-Dipole configuration. Configuration has been done in two lines. The first line is length of measurement 200 meters and direction E 98° S and second line the path lenght of 120 meters and direction N 50 E. From the resistivity section, position of fault is founded. For first line, position of fault stays at point 25; 43; 57; 97,5; 110 and 136 m. While for second line position of fault stays at point 33; 50 and 100 m.