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Edy Sanwani
Edy Sanwani
Associate Professor of Mineral and Coal Processing, Institut Teknologi Bandung
Verified email at mining.itb.ac.id
Title
Cited by
Cited by
Year
Bioflotation: bacteria-mineral interaction for eco-friendly and sustainable mineral processing
E Sanwani, SK Chaerun, RZ Mirahati, T Wahyuningsih
Procedia Chemistry 19, 666-672, 2016
482016
Comparison of gas hold-up distribution measurement in a flotation cell using capturing and conductivity techniques
E Sanwani, Y Zhu, JP Franzidis, EV Manlapig, J Wu
Minerals engineering 19 (13), 1362-1372, 2006
142006
Pencucian Batubara
E Sanwani, A Ibrahim, A Sudarsono, D Sule, I Handayani
Institut Teknologi Bandung: Bandung, 1998
141998
Use of mixotrophic bacteria as flocculating agents to separate iron from red mud (Alumina Refinery Residue)
E Sanwani, E Jeremy, SK Chaerun, FR Mufakhir, W Astuti
Journal of Sustainable Metallurgy 8 (1), 443-457, 2022
102022
Recovery of copper from pyritic copper ores using a biosurfactant-producing mixotrophic bacterium as bioflotation reagent
E Sanwani, RZ Mirahati, SK Chaerun
Solid State Phenomena 262, 181-184, 2017
92017
A biosurfactant-producing and iron-oxidizing mixotrophic bacterium as an environmentally friendly reagent for eco-green flotation of Indonesian complex Pb-Zn ores
E Sanwani, SK Chaerun, H Husni, T Pamungkas, MA Rasyid
Minerals Engineering 170, 106824, 2021
82021
Mercury (Hg)-resistant bacteria in Hg-polluted gold mine sites of Bandung, west java province, Indonesia
SK CHAERUN, S HASNI, EDY SANWANI, MR MOEIS
Microbiology Indonesia 6 (2), 2, 2012
82012
Characterization of interaction of biosurfactant-producing bacteria with pyrite minerals as an alternative to depressant reagents in the bioflotation process of copper sulfide …
T Wahyuningsih, SK Chaerun, E Sanwani
AIP Conference Proceedings 2245 (1), 2020
72020
Quantitative Description of Catalysis of Inherent Metallic Species in Lignite Char during CO2 Gasification
N Halim, UPM Ashik, X Gao, S Kudo, E Sanwani, K Norinaga, J Hayashi
Energy & fuels 33 (7), 5996-6007, 2019
72019
Bacterial bioleaching of low grade nickel limonite and saprolite ores by mixotrophic bacteria
SK Chaerun, SA Alting, MZ Mubarok, E Sanwani
E3S web of conferences 8, 2016
72016
Influence of indigenous mixotrophic bacteria on pyrite surface chemistry: Implications for bioflotation
E Sanwani, NB Lamandhi, H Husni, SK Chaerun, W Astuti, FR Mufakhir
Microbiology Indonesia 14 (1), 1-1, 2020
62020
Clean coal technology using an iron-and sulfur-oxidizing mixotrophic bacterium
SR Nurhawaisyah, E Sanwani, SK Chaerun, MA Rasyid
IOP Conference Series: Materials Science and Engineering 478 (1), 012023, 2019
52019
Studi Transformasi Goetit Menjadi Hematit Secara Mekanokimia untuk Benefisiasi Bijih Besi Laterit
S Bakri, E Sanwani
Jurnal Teknologi Mineral dan Batubara 15 (3), 2019
52019
Surface Modification of Galena Concentrate, Sphalerite Concentrate, and Silica by the Bacterium Citrobacter sp. and Its Application to Green Flotation of Complex …
E Sanwani, SK Chaerun, H Husni, MA Rasyid
Journal of Sustainable Metallurgy 7, 1265-1279, 2021
42021
Assessment of surface properties of silica-bacterial cell complex: a potential application for silicate bioflotation processes
E Sanwani, T Wahyuningsih, SK Chaerun
Advanced Materials Research 1130, 515-518, 2015
42015
Removal of sulfur and ash from Indonesian coal by indigenous mixotrophic bacteria
M Arifin, E Sanwani, SK Chaerun
Current Research on Biosciences and Biotechnology 1 (2), 71-76, 2020
32020
Screening of bacteria for coal beneficiation
SR Nurhawaisyah, E Sanwani, SK Chaerun, MA Rasyid
IOP Conference Series: Materials Science and Engineering 478 (1), 012021, 2019
32019
Potensi Bakteri Penghasil Biosurfaktan sebagai Frothing Agent pada Proses Konsentrasi Flotasi
T Wahyuningsih, E Sanwani, SK Chaerun
Jurnal Teknologi Pertambangan 4 (1), 207-212, 2018
32018
Implementation of reverse flotation method to reduce reactive and non-reactive silica in bauxite ore from West Kalimantan
W Wulandari, M Purwasasmita, E Sanwani, AA Pixelina, A Maulidan
AIP Conference Proceedings 1805 (1), 2017
32017
Possible Role of the Biosurfactant-Producing and Fe-S-Oxidizing Bacterium in Silicate and Sulfide Bioflotation Processes
E Sanwani, R Zendy Mirahati, SK Chaerun
Advanced Materials Research 1130, 493-498, 2015
32015
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