Email
Research Interest
Hydrogeology, Hydrogeochemistry
Scopus ID
57189533214
Google Scholar
Sinta ID
6033687
No | Universitas | Gelar | Tahun lulus | Jenjang |
---|---|---|---|---|
1 | Institut Teknologi Bandung | S.T | 2002 | S1 |
2 | Institut Teknologi Bandung | M.T | 2005 | S2 |
3 | Kumamoto University | Ph.D | 2010 | S3 |
4 | Institut Teknologi Bandung | Ir. | 2020 |
Tahun | Judul |
---|---|
2021 | Pengujian Isotope 13C |
2021 | Sebaran dan Potensi Pengayaan Logam Tanah Jarang Endapan Sungai dan Kaitannya dengan Pelemahan Kontaminan dan Potensi Pemanfaatan Sedimen Sungai |
2020 | Analisa SEM (Scanning Electron Microscope), XRD (X-Ray Powder Diffraction) Analysis, dan Coating Carbon |
2020 | Penerapan Studi Hidrogeokimia Air Tanah dan Air Permukaan Dalam Upaya Pelestarian Batur Water Heritage serta Kaitannya dengan Kekayaan Budaya Bali |
2020 | Pengujian Isotope 13C Analysis dan Isotope 18O & 2H Analysis |
2019 | Pengujian Lab Hidrogeologi dan Hidrogeokimia |
2019 | Pengujian XRF dan Sample Preparation |
2019 | CO2 Release Related with Tectonic Activities and it\s Impact to Groundwater Chemistry, Challenge of Carbon Capture Storage and Atmospheric Environment |
2019 | Jasa Layanan Laboratorium Hidrogeologi dan Hidrogeokimia |
2019 | Kajian dan penerapan teknologi pemanfaatan airtanah asin di bawah permukaan dasar laut dengan Incline Directional Submarine Groundwater Well sebagai solusi sumberdaya air di pulau-pulau kecil |
2019 | Pekerjaan Studi Geoteknik dan Hidrogeologi pada Tambang Terbuka |
2019 | Pengadaan Workshop, Demo dan Aplikasi GC dan EA Isotope Ratio Mass Spectrometry pada Laboratorium Hidrogeologi dan Hidrogeokimia FTTM ITB |
2019 | Pengadaan Workshop, Demo dan Intepretasi XRF XRD pada Laboratorium di Lingkungan ITB |
2019 | Pengujian Laboratorium Hidrogeologi dan Hidrogeokimia (Batal) |
2019 | Pengujian Laboratorium Hidrogeologi dan Hidrogeokimia (XRD Analysis & Sample Preparation) |
2019 | Pengujian Sample Material Kabel Laut |
2019 | Pengujian SEM, XRD, dan Coating Carbon |
2019 | Pengujian X-Ray Diffraction (XRD) Analysis & Sample Preparation |
2019 | Uji Permeabilitas Laboratorium Hidrogeologi dan Hidrogekimia |
2018 | Pengujian XRF (X-Ray Fluorescence) |
2018 | Studi Hidrogeologi,Hidrogeokimia dan Isotop untuk Analisisis Mekanisme Transport Fluida di Zona Sesar Aktif |
2017 | Model Sebaran Permeabilitas Dekat Permukaan dengan Metode Geostatistik Ruang-Waktu untuk Prospeksi Potensi Panasbumi di Daerah Wayang Windu, Kabupaten Bandung, Jawa Barat |
2017 | Pembinaan dan Pengembangan Program Studi Teknik Pertambangan Fakultas Sain dan Teknologi UIN Syarif Hidayatullah Jakarta |
2016 | Hidrogeokimia dan Model Hidrogeologi Kuantitatif Dalam Analisis Prospek Pengembangan Energi Panas Bumi (2016) |
2016 | Survei Geologi Terintegrasi untuk Memetakan Potensi Lahan dan Potensi Bencana dalam Mendukung Pengembangan Lokasi Eduwisata di Kampung Areng, Desa Wangunsari, Kecamatan Lembang, Kabupaten Bandung Barat |
2015 | Hidrogeokimia dan Model Hidrogeologi Kuantitatif Dalam Analisis Prospek Pengembangan Energi Panas Bumi |
2015 | Kajian perubahan penggunaan lahan terhadap kesetimbangan hidrogeologi DAS Cikapundung Hulu dan pengaruh ketersediaan air masyarakat daerah dago dan sekitarnya |
2014 | Hidrodinamika dan Hidrogeokimia Zona Airtanah di Sekitar Sungai (Hyporheic Zone) Terkait dengan Naik Turunnya Konsentrasi Kontaminan di Airtanah Hydrodinamic and Hydrogeochemistry of Hyporheic Zone Aquifer Related to Release and Sink of Contaminant in Gro |
2014 | Kajian Hidrogeologi untuk Penyediaan Air Bersih yang Tepat Guna untuk Masyarakat Desa Cidahu, Kecamatan Cidahu, Kabupaten Sukabumi |
2013 | Mineralogi dan Hidrogeokimia untuk Pemahaman Mekanisme Pencemaran Alamiah di Tanah dan Airtanah Dangkal di Daerah Mineralisasi Hidrotermal |
2013 | Pelaksanaan Penyusunan Zonasi Konservasi Air Tanah Cat Eromoko Kabupaten Wonogiri Tahun 2013 |
2012 | Kajian Batubara Pada Rencana Lokasi Pembangunan PLTU dan PLTGB DI Indonesia |
2012 | METODA MINERALOGI DAN HIDROGEOKIMIA DALAM PEMAHAMAN MEKANISME PENCEMARAN ARSENIK DI AIRTANAH |
2012 | Studi Geoteknik dan Hidrogeologi Lokasi Rawa di Blok B dan Blok C di Wilayah PKP2B PT. Mandiri Intiperkasa di Kec. Sembakung dan Kec. Sesayap Hilir Kab. Nunukan dan Kab. Tana Tidung Propinsi Kalimantan Timur |
No | Semester | Kode | Mata kuliah |
---|---|---|---|
1 | Ganjil 2021 | TA2105-19 | Kristal, Mineral dan Batuan |
2 | Ganjil 2021 | AT5203-19 | Pemodelan Airtanah |
3 | Ganjil 2021 | AT6007-19 | Hidrogeologi Lingkungan |
4 | Ganjil 2021 | TA3012-19 | Metoda Analisis Mineral dan Batubara |
5 | Ganjil 2021 | TA4117-19 | Hidrogeologi dan Sumberdaya Air Tanah |
6 | Ganjil 2021 | PI5004-19 | Praktek Keinsinyuran |
7 | Ganjil 2021 | TA3106-19 | Kuliah Lapangan |
8 | Ganjil 2021 | KU1164-19 | Pengantar Sumberdaya Mineral dan Energi |
9 | Ganjil 2021 | AT6001-19 | Hidrogeokimia dan Isotop |
10 | Genap 2020 | PB5007-19 | Eksplorasi Geokimia Geotermal |
11 | Genap 2020 | TA3106-19 | Kuliah Lapangan |
12 | Genap 2020 | AT5203-19 | Pemodelan Airtanah |
13 | Genap 2020 | TA4013-19 | Hidrogeokimia Terapan |
14 | Genap 2020 | AT6001-19 | Hidrogeokimia dan Isotop |
15 | Genap 2020 | AT6007-19 | Hidrogeologi Lingkungan |
Year | Title | Link |
---|---|---|
2019 | Controlling factors and driving mechanisms of nitrate contamination in groundwater system of Bandung Basin, Indonesia, deduced by combined use of stable isotope ratios, CFC age dating, and socioeconomic parameters | Link |
2017 | Variations in the concentration of magnetic minerals and heavy metals in suspended sediments from Citarum river and its tributaries, West Java, Indonesia | Link |
2018 | Impact of excessive groundwater pumping on rejuvenation processes in the Bandung basin (Indonesia) as determined by hydrogeochemistry and modeling | Link |
2012 | Identifying groundwater arsenic contamination mechanisms in relation to arsenic concentrations in water and host rocks | Link |
2020 | Specifying recharge zones and mechanisms of the transitional geothermal field through hydrogen and oxygen isotope analyses with consideration of water-rock interaction | Link |
2018 | Characteristic and mixing mechanisms of thermal fluid at the Tampomas Volcano, West Java, using hydrogeochemistry, stable isotope and 222Rn analyses | Link |
2013 | Overpressure Characteristics in Pertamina's Area in the North Sumatra Basin | Link |
2018 | Development of drain hole design optimisation: a conceptual model for open pit mine slope drainage system with fractured media using a multi-stage genetic algorithm | Link |
2017 | Modeling Spatial Distribution of 3D Isotropic Hydraulic Conductivity Based on HC-System for Fractured Groundwater Flow Media using Neural Network Case Study Grasberg Open Pit of PTFI | Link |
2020 | On the origin and evolution of geothermal fluids in the Patuha Geothermal Field, Indonesia based on geochemical and stable isotope data | Link |
2017 | Magnetic characterization of sand and boulder samples from citarum river and their origin | Link |
2018 | Estimation of Fluid-rock Interaction Process and Recharge Area of the Tampomas Geothermal Field, West Java, Indonesia by Water Chemistry | Link |
2014 | A 3D Model of Hydraulic Conductivity Distribution of Fractured Rocks Using Packer Test Result and Geotechnical Log | Link |
2017 | Groundwater and solute transport modeling at Hyporheic zone of upper part Citarum River | Link |
2016 | Hydrochemical characterization for identifying hydrothermal systems in the Bandung Volcanic Basin | Link |
2013 | Type and origin of springs and hotsprings at surrounding ridges of Bandung basin, related with its potential natural contamination | Link |
2018 | Estimating Groundwater Mixing Ratios from Vertical Flux Processes due to Excessive Groundwater Pumping Using Hydrogeochemical Parameters and Nitrate Concentrations in the Bandung Basin, Indonesia | Link |
2017 | Modeling of 3D Isotropic Distribution of Hydraulic Conductivity using Neural Network | Link |
2011 | Contribution of Coal Mine and Coal Fired Power Plant to CO2-Emission in Indonesia | Link |
2007 | Groundwater pathway for arsenic from mining site to Buyat Village | Link |
2021 | Study on shallow borehole Water blowout genesis based on geo-chemical properties from affected dug wells water | Link |
2020 | Pengaruh Jarak Antar Drain Hole Terhadap Penurunan Muka Air Tanah pada Lereng Tambang Terbuka Batubara | Link |
2018 | Deducing Geothermal Boiling Zone from Rare Earth Elements on Early-Stage Geothermal Exploration | Link |
2017 | Studi Literatur Pendugaan Nilai Konduktivitas Hidraulik Dengan Menggunakan Data Uji Hidraulik Lapangan Dan Data Loging Geoteknik | Link |
2012 | Early Step to Prevent Environmental Impacts in Mining Project | Link |
2021 | DISTRIBUSI SEBARAN KONDUKTIVITAS HIDRAULIK DARI HASIL UJI AKUIFER–CONSTANT HEAD PERMEABILITAS PADA BATUAN SEDIMEN SECARA HETEROGEN | Link |
2021 | Tritium: Implies Young Groundwater Age? Insight from the Isotope and Hydrochemical Data of Mud Volcano and Hydrocarbon Well in East Java | Link |
2021 | Investigation of meteoric water and parent fluid mixing in a two-phase geothermal reservoir system using strontium isotope analysis: A case study from Southern Bandung, West Java, Indonesia | Link |
2020 | CO₂ Release Related with Tectonic Activities and its Impact to Groundwater Chemistry, Challenge of Carbon Capture Storage and Atmospheric Environment | Link |
2020 | Hydro-geotechnical Study of Liquefaction Potential in Bandung Basin: Learning from The Palu Earthquake | Link |
2018 | Impact de l’excès de pompage des eaux souterraines sur les processus de renouvellement dans le bassin de Bandung (Indonésie) déterminé par l’hydrogéochimie et la modélisation Impacto del bombeo excesivo de agua subterráneas en los procesos de rejuvenecimiento en la cuenca de Bandung (Indonesia) determinado por hidrogeoquímica y modelado 水文地质化学方法和模拟确定的 (印度尼西亚) 万隆盆地过度抽取地下水对恢复过程的影响 | Link |
2018 | Erratum: Impact de l’excès de pompage des eaux souterraines sur les processus de renouvellement dans le bassin de Bandung (Indonésie) déterminé par l’hydrogéochimie et la modélisation Erratum: Impacto del bombeo excesivo de agua subterráneas en los procesos de rejuvenecimiento en la cuenca de Bandung (Indonesia) | Link |
2017 | Distribusi Konduktivitas Hidraulik Dari Hasil Uji Akuifer–Constant Head Permeabilitas Pada Batuan Sedimen Secara Heterogen | Link |
2014 | CINR Performance of Downlink Mobile WiMAX IEEE 802.16 e Deployed Using Coexistence Cellular Terrestrial and HAPS | Link |
2010 | Spatio-temporal modeling and identifying mechanism of groundwater arsenic contamination in a hydrothermal mineralization area | Link |
2020 | Geochemical dispersion of metal and rare-earth elements in water and soil in the tailing storage facility in Central Kalimantan, Indonesia | Link |
2020 | A bibliometric study on the usage of isotope in hydrogeological studies in Indonesia | Link |
2020 | Characterizing geothermal system of the Tampomas area, West Java, Indonesia by water chemistry and stable isotope analyses | Link |
2014 | CLIMATE & LAND USE CHAGE, AND GROUNDWATER EXTRACTION IMPACT TO GROUNDWATER CONDITION AT PAREPARE CITY | Link |
2014 | Hydrogeochemistry and Genesis of Springs and Hot Springs Around Bandung Volcanic Basin, Related with Release and Sink of Dissolved Metals | Link |
2000 | Advanced Characterization of Hydrothermal Flows Within Recharge and Discharge Areas Using Rare Earth Elements, Proved Through a Case Study of Two-Phase Reservoir Geothermal Field, in Southern Bandung, West Java, Indonesia | Link |