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