Potential generation and consumption of carbon dioxide during treatment of mine drainages in South Korea

Duk-Min Kim¹, Ki-Rim Lee¹, Ju-In Ko²

¹Sangji University, Republic of Korea; ²Korea Mine Rehabilitation and Mineral Resources Corporation, Republic of Korea

Environmental implications of the acid mine drainage in the Middle Urals, Russia

Liudmila S. Rybnikova, Petr A. Rybnikov, Vera Yu. Navolokina

The Institute of mining, Ural branch Russian Academy of Sciences, Russian Federation

Factors controlling manganese(II) removal efficiency in a passive treatment bioreactor with Mn(II)-oxidizing microorganisms

Yuto Komura¹, Taiki Katayama¹, Tetsuo Yasutaka¹, Sereyroith Tum¹, Miho Watanabe², Naoyuki Miyata²

¹Institute for Geo-Resources and Environment, National Institute of Advanced Industrial Science and Technology; ²Department of Biological Environment, Akita Prefectural University

Geochemical Processes in Iron-Rich Mine Drainages: Enhancing Passive Treatment Systems through Colloid Stability and CO₂ Reduction

Frances Chikanda^1,2, Hajime Iwaki¹, Hkaung Htut San¹, Ryosuke Kikuchi¹, Yoko Ohtomo¹, Tsubasa Otake¹, Tsutomu Sato¹

¹Division of Sustainable Resources Engineering, Hokkaido University, Japan; ²Creative Research Institution, Hokkaido University, Japan

Acid Mine Drainage-Background and Solutions-Global Edition

Stephen Lars Benyo

Flottweg, United States of America