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Home Academic Staff Dr. Eng. Ginting Jalu Kusuma, S.T., M.T.
Email
Research Interest
Acid Mine Drainage, Coal Combustion Ash Utilization, Mine Hydrology and Drainage, Mine Environment
Scopus ID
54961219700
Google Scholar
Sinta ID
5973486

Dr. Eng. Ginting Jalu Kusuma, S.T., M.T.


Education

NoUniversitasGelarTahun lulusJenjang
1Institut Teknologi BandungS.T2002S1
2Institut Teknologi BandungM.T2006S2
3Kyushu UniversityDr.Eng2012S3

Penelitian dan Pengabdian Masyarakat LPPM ITB

TahunJudul
2019Pekerjaan Studi Geoteknik dan Hidrogeologi pada Tambang Terbuka
2018Proyek Pembangunan Tunnel Purwokerto BH 1443
2018Sponsorship untuk Acara Mining in Asia International Symposium & The 8th Society of Mining Professors Regional Meeting 2018
2017Studi Potensi Pemanfaatan Fly ash PLTU Mulut (Sekitar) Tambang untuk Pengelolaan Air Asam Tambang di Tambang Batubara (Tahun ke-2)
2016Monitoring Pergerakan Blok Batuan Goa Dalam Palimanan-Jawa Barat untuk Menjaga Keberadaan Situs Keramat Masyarakat Lokal
2016Penyelenggaraan Program bantuan Fasilitasi Kerjasama Internasional (Konsorsium) di ITB
2016Studi Potensi Pemanfaatan Fly Ash PLTU Mulut (Sekitar) Tambang Untuk Pengelolaan Air Asam Tambang di Tambang Batubara
2015Pekerjaan Jasa Konsultansi Perencanaan dan Pemanfaatan Sarana & Prasarana PT. Antam UPBE Pongkor
2015Pekerjaan Jasa Konsultansi Rencana Anggaran dan Penjadwalan Pengembangan dan Pemanfaatan Sarana & Prasarana PT. Antam UPBE Pongkor
2015Pemanfaatan Limbah dari PLTU Batubara Mulut Tambang untuk Penanganan Air Asam Tambang
2013Penyusunan Buku Panduan dan Pendataan Lokasi Wisata Tambang di Wilayah Jawa Barat dan Sekitarnya
2013Studi Geoteknik dan Hidrogeologi untuk Kelangsungan Jangka Panjang Pondok Pesantren Miftahul Ulum, Kecamatan Padalarang, Kabupaten Bandung Barat, Provinsi Jawa Barat

Mengajar

NoSemesterKodeMata Kuliah
1Ganjil 2021TA2104-19Mekanika Fluida
2Ganjil 2021KU4079-19Pendidikan Anti Korupsi
3Ganjil 2021PI5004-19Praktek Keinsinyuran
4Ganjil 2021TA2103-19Mekanika Teknik
5Ganjil 2021TA4124-19Perencanaan Tambang I
6Ganjil 2021TA6010-19Topik Khusus
7Genap 2020TA3225-19Sistem Penyaliran Tambang
8Genap 2020TA4201-19K3 dan Ketenagakerjaan
9Genap 2020TA4223-19Perencanaan Tambang II
10Genap 2020KU4079-19Pendidikan Anti Korupsi
11Genap 2020TA2203-19Termodinamika Tambang

Publications

YearTitleLink
2016Application of coal ash to postmine land for prevention of soil erosion in coal mine in Indonesia: utilization of fly ash and bottom ashLink
2018Effects of pH-induced changes in soil physical characteristics on the development of soil water erosionLink
2012Development of a new covering strategy in Indonesian coal mines to control acid mine drainage generation: a laboratory-scale resultLink
2012An evaluation on the physical and chemical composition of coal combustion ash and its co-placement with coal-mine waste rockLink
2012Physical and geochemical characteristics of coal mine overburden dump related to acid mine drainage generationLink
2010Weathering behaviour of overburden-coal ash blending in relation to overburden management for acid mine drainage prevention in coal surface mineLink
2017Effects of acid soils on plant growth and successful revegetation in the case of mine siteLink
2013Study on Co-placement of coal combustion ash-coal waste rock for minimizing acid mine drainage generation: a preliminary result of field column test experimentLink
2008Evaluation of geochemical tests in predicting acid mine drainage potential in coal surface mineLink
2018Characterization of mine waste and acid mine drainage prediction by simple testing methods in terms of the effects of sulfate-sulfur and carbonate mineralsLink
2015Prevention of acid mine drainage (AMD) by using sulfur-bearing rocks for a cover layer in a dry cover system in view of the form of sulfurLink
2010Fundamental study of acid drainage control using flyashLink
2017Placement of waste rocks in waste dump for prevention of Acid Mine Drainage (AMD) by Cover system in open cast coal mine: effects of water quality on AMDLink
2016Construction of dry cover system for prevention of acid mine drainage at mine waste dump in open cast coal mines, IndonesiaLink
2020Analisis Kandungan Fly Ash Sebagai Alternatif Bahan Penetral Dalam Penanggulangan Air Asam TambangLink
2019Pengelolaan Air Asam Tambang (AAT) Dari Dinding Bekas Penambangan Sebagai Alternatif Penanggulangan Pencemaran Lingkungan: Studi Kasus Tambang Batu HijauLink
2018Pit lake sebagai alternatif kegiatan pascatambang (Hasil Review Pustaka)Link
2020Application of fly ash and organic material as dry cover system in prevention of acid mine drainage generationLink
2015Penelitian dan Pengembangan Sistem Pengelolaan Air Asam Tambang di Lati Mine OperationLink
2015Scaling Leach Column Experiment from Laboratory Bench to Mine Site for Coal Mine OverburdenLink
2014An evaluation of fly ash-overburden rock mixtures for a cover layer to prevent acid mine drainage generation in overburden dumpLink
2013The Challenges in Acid Mine Drainage Management in Lati Coal Mine Operation, East KalimantanLink
2021Water Balance of Pit Lake Development in the Equatorial RegionLink
2020Simulasi Pengolahan Air Asam Tambang Menggunakan Open Limestone Channel Skala LaboratoriumLink
2019PREDIKSI PEMBENTUKAN DAN KUALITAS AIR PIT LAKE: BERDASARKAN KONDISI HIDROLGI DAN GEOKIMIA BATUANLink
2017Effect of acid soil properties on soil erosion at a dumping site in an open-pit coal mine, IndonesiaLink
2016Studi kompaksi batuan penutup untuk pencegahan terbentuknya air asam tambang pada metode enkapsulasiLink
2015Evaluation of acid mine drainage characterization for predicting post drainage water quality in coal minesLink
2015Evaluation of acid mine drainage characterization for predicting post drainage water quality in coal minesLink
2014Study of spontaneous combustion characteristic using convectional air flow testing method at laboratory on Ombilin Region’s coalLink
2014Geochemical Characterization for Prediction of Acid Rock Drainage Potential in Hydrothermal DepositLink
2012Study on the acid mine drainage generation at coal mine overburden dumps in Indonesia and its control system using fly ashLink
2011Leachate characteristic of sulphidic coal mine waste rock due to various water pouring intervalLink
2022Development of comprehensive fire and explosion risk assessment on coal reclaim tunnel using Monte Carlo simulation and risk matrix methodLink
20211-Dimensional numerical modelling of unsaturated water flow and oxygen diffusion in overburden material column using hydrus 1-DLink
2021Hydrology model establishment of pit lake: Extreme event rainfall data analysisLink
2021Analisis Data Hujan Untuk Pengelolaan Air Tambang: Analisis Data Curah Hujan Kejadian KontinuLink
2021Development of Fire and Explosion Risk Assessment on Coal Reclaim Tunnel Using Monte Carlo Simulation and Risk Matrix MethodLink
2021Studi Kualitas Air dan Potensi Pemanfaatan Danau Bekas Tambang JVoid PT Kaltim Prima Coal, Kalimantan TimurLink
2016Characterization of Acid Producing Potential of Spent Ore from Heap Leach PlantLink
2015Fundamental Study of Effect of Waste Rock Condition on Control of Acid Mine Drainage at Open Pit Coal Mine in Tropical RegionsLink
2015Mitigating Acid and Metalliferous Drainage in the Asam-Asam Basin, South Kalimantan, IndonesiaLink
2014Water quality simulation to predict the Acid Rock Drainage (ARD) potential in an underground mineLink
2020REE Enrichment Pattern in Acid Mine Drainage and Overburden from Coal Mine in IndonesiaLink
2015Mitigating Acid and Metalliferous Drainage in the Asam-Asam Basin, South Kalimantan, IndonesiaLink
2020STUDI PEMANFAATAN ABU TERBANG BATUBARA PLTU MULUT TAMBANG PT KALTIM PRIMA COAL SEBAGAI MATERIAL PENCAMPUR DAN PELAPIS UNTUK MENCEGAH PEMBENTUKAN AIR ASAM TAMBANGLink
2018On The Spatial Variation of Geochemical Rock Characteristics in Coal Mining: Case Bukit Asam Coal Mine in South Sumatra, IndonesiaLink
2018Acid Mine Drainage in a Tropical Environment: A Case Study from the Tanjung Enim Coal Mine Site in South Sumatra, IndonesiaLink
2020ANALISIS PENGARUH EKSPOR DAN KONSUMSI BATUBARA TERHADAP PERTUMBUHAN EKONOMI INDONESIALink