Conference Agenda

Biotechnologies for the Treatment of Mining and Metallurgical Wastewater on the Context of Metal Recovery

Denys Villa Gomez

University of Queensland, Australia

Passive Mine Water Treatment in the UK – a view from Wales

William Timothy Perkins

Aberystwyth University, United Kingdom

The Effects Of Storm Events On Sediment, Nutrient, And Biofilm Dynamics In A Stream Recovering From Acid Mine Drainage

Natalie A Kruse Daniels¹, Jennie Brancho¹, Morgan L Vis²

1: Environmental Studies Program, Voinovich School of Leadership and Public Affairs, Ohio University, United States of America; 2: Environmental and Plant Biology Department, Ohio University, United States of America

Effects of Vegetation on Erosion in Technosols Produced from Coal Waste

Daniel Campos Moro, Jéssica Weiler, Ivo André Homrich Schneider

Universidade Federal do Rio Grande do Sul, Brazil

Biodiversity Benefits Of Coal Mine Water Remediation Schemes For Bird Life

Rosie O. Jaques¹, Arabella M.L. Moorhouse-Parry², Richard Carline², William M. Mayes¹, Susan L. Hull¹

1: University of Hull, United Kingdom; 2: The Coal Authority, United Kingdom

Long-time Effect of Ancient Salt Production (Perm Krai, Russia)

Elena Khayrulina, Natalya Mitrakova

Perm State National Research University, Russian Federation

Passive treatment of Acid Mine Drainage at Parys Mountain (Wales): column experiment results

Jose Miguel Nieto¹, Tobias Rötting², Peter Stanley³, Louise Siddorn³, Francisco Macías¹, José María Fuentes¹, Rafael León¹, Riccardo Millán¹

1: University of Huelva, Spain; 2: Golder Associates, United Kingdom; 3: Natural Resources Wales, United Kingdom

🎓 Performances of a semi-passive field-pilot for bioremediation of As-rich Acid Mine Drainage at the Carnoulès mine (France)

Camila Diaz-Vanegas^1,2, Corinne Casiot¹, Liming Lin³, Laurent De Windt⁴, Adam Djibrine^2,3, Amandine Malcles³, Marina Héry¹, Angelique Desoeuvre¹, Odile Bruneel¹, Fabienne Battaglia-Brunet², Jerome Jacob²

1: HydroSciences Montpellier, University of Montpellier, CNRS, IRD, Montpellier, France; 2: French Geological Survey (BRGM), Water, Environment, Process and Analyses Division, Orléans, France; 3: France LGEI (Laboratoire de Génie de l’Environnement Industriel), Institut Mines-Télécom Alès, Alès, France; 4: MINES ParisTech, PSL University, Centre de Géosciences, Fontainebleau, France

Performance Of The Hybrid Linear Flow Channel Reactor: Effect Of Reactors In Series For Enhanced Biological Sulphate Reduction And Sulphur Recovery

Tynan Steven Marais¹, Rob John Huddy¹, Rob Paul van Hille², Susan Therese Largier Harrison¹

1: University of Cape Town, South Africa; 2: Moss Group

Saline Pit Lakes – What Biodiversity Values Can They Offer At Closure And Beyond?

Mark Lund, Melanie Blanchette

Mine Water and Environment Research Centre, Edith Cowan University, Australia

Recharge-driven Underground Dewatering And Post-closure Groundwater Recovery

Simon Sholl¹, Stephen Wheston², Geoff Beale¹

1: Piteau Associates, Canon Court West, Abbey Lawn, Shrewsbury SY5 8AN, United Kingdom; 2: Tembusu Ltd, 1 Killastafford Cross, Cashel, Co Tipperary, Ireland

Finite-element Modelling Approach To Study Flow Processes During Groundwater Rebound In Abandoned Underground Hard Coal Mines

Timo Kessler, Maria-Theresia Schafmeister

University of Greifswald, Germany

Using Data Science and Machine Learning to Improve Site Hydrogeological Conceptual Models

Tim Robert Ezzy, John Fortuna

Principal Hydrogeologist, Golder Associates, Brisbane, Queensland, Australia

Open Pit-Mine Water Management In Equatorial Area

Yogi Pratama, Fahmi Syaifudin, Kris Pranoto

PT KALTIM PRIMA COAL, Indonesia

A Set of New Technology and Equipment of Advanced Water Detection and Drainage in Coal Mining Face with Borehole Geophysical Exploration

Qiang Wu¹, Yifan Zeng¹, Chunsheng Liu², Honglei Liu¹, Shouqiang Liu¹, Fangpeng Cui¹, Jingchuan Ma¹

1: China University of Mining and Technology,Beijing,China, China, People's Republic of; 2: Wuhan Changsheng Coal Security Technology Co., Ltd., Wuhan 430312, China

Influence of Coal Mining on Water Environment and Ecology in the Yellow River Basin

Fawang Zhang¹, Zhiqiang Zhang^1,2,3

1: Chinese Academy of Geological Sciences, Beijing 100037, China; 2: Hefei University of Technology, Hefei 230009, China; 3: Hebei GEO University, Shijiazhuang 050031, China

Incorporating 2D Analytical Results into 3D Graphical and Multidisciplinary Mining Models.

Hannah Redfern, James Catley, Grace Yungwirth

Golder Associates (UK) Ltd

🎓 Seasonal Geochemical Variation of Sediments in the Sabie River, Mpumalanga, South Africa

Rudzani Lusunzi^1,2, Frans Waanders², Robert Khashane Tshishonga Netshitungulwana¹

1: Council for Geoscience, South Africa; 2: North West University, South Africa

Evaluation Of A Short Period Increasing Water Influx In A Mine Drainage Facility Of A Former Hard Coal Mine

Birgitta Wiesner

RAG AG, Germany

Recovering Rare Earth Elements from Acid Mine Drainage with Mine Land Reclamation

Chin-Min Cheng, Tarunjit Butalia, John Lenhart, Jeffrey Bielicki

The Ohio State University, United States of America

Distributions of Rare Earth Elements in Coal Mine Drainages

Chin-Min Cheng, Tarunjit Butalia, John Lenhart, Jeffrey Bielicki

The Ohio State University, United States of America

Passive Solar Photocatalytic Treatment in Mining Process-affected Water

Jeffrey Thomas Martin¹, Tim Leshuk^1,2, Brad Wilson^1,3, Zac Young¹, Frank Gu^1,2

1: H2nanO Inc., 151 Charles St. W., Suite 299, Kitchener, ON, Canada; 2: University of Toronto, Department of Chemical Engineering and Applied Chemistry, 200 College St., Toronto, ON, Canada; 3: Stantec, 100-300 Hagey Boulevard, Waterloo, ON, Canada

History of Passive Treatment Technology Development in the United States

Jeff Skousen

West Virginia University, United States of America

Full-scale Reducing And Alkalinity Producing System (RAPS) For The Passive Remediation Of Polluted Mine Water From A Flooded Abandoned Underground Coal Mine, Carolina, South Africa

Gloria Dube¹, Tebogo Mello¹, Viswanath Vadapalli¹, Henk Coetzee¹, Kefyalew Tegegn¹, Rudzani Lusunzi¹, Shadung Moja¹, Mafeto Malatji¹, Munyadziwa Ethel Sinthumule², Rudzani Ramatsekisa²

1: Council for Geoscience, South Africa; 2: Department of Mineral Resources and Energy

A Strategy to Stimulate and Manage Indigenous Bacterial Communities to Effectively Remediate Mine Drainages

Gerhard Potgieter¹, Errol Cason², Mary Deflaun³, Estariëthe van Heerden¹

1: iWater (pty) (ltd); 2: University of the Free state; 3: Geosyntec Consultants

🎓 On-site XRF Analysis of Metal Concentrations of Natural Waters

Tommi Tiihonen¹, Tuomo Nissinen², Joakim Riikonen¹, Pertti Sarala³, Vesa-Pekka Lehto¹, Bruno Lemière⁴

1: Dept. of Applied Physics, University of Eastern Finland, FI-70210 Kuopio, Finland; 2: 3AWater Oy, FI-70210, Kuopio, Finland; 3: Geological Survey of Finland, FI-96101 Rovaniemi, Finland; 4: BRGM, France

Gravel Bed Reactors: Semi-Passive Water Treatment Of Metals and Inorganics

Silvia Mancini¹, Rachel James¹, Evan Cox¹, James Rayner²

1: Geosyntec Consultants Inc, Canada; 2: Geosyntec Consultants Ltd, United Kingdom

Assessment of the Constraints on Sustainable Urban Drainage Systems Due to Rising Mine Water and Mine Water Management

Lee M Wyatt¹, Ian A Watson¹, Sally Gallagher², Joanne Grantham²

1: Coal Authority, United Kingdom; 2: Environment Agency, United Kingdom

Site Specific Optimisation Assessment Of Circum-neutral Water Treatment Using a Cost-treatability Curve Assessment

James Marsden¹, Steven Pearce¹, Tim Sambrook¹, Julia Dent², Andrew Barnes³

1: Cambrian Environmental Technologies Ltd., 1a Gower Street, Cardiff, Wales, CF24 4PA; 2: Mine Environment Management Ltd., 3a Vale Street, Denbigh, Wales, LL16 3AD; 3: Geochemic Ltd., Lower Race, Pontypool, Wales, NP4 5UH, United Kingdom

Evaluating Circum-neutral Mine Drainage: Case Studies of Advanced Testing Methods Generating Representative Empirical Data

Steven Richard Pearce¹, Diana Brookshaw¹, Seth Mueller², Andrew Barnes³

1: Mine Environment Management Ltd, United Kingdom; 2: Boliden Mineral AB, Boliden, Sweden; 3: Geochemic Ltd, United Kingdom

Algae Bioaccumulation Capacity for Metals in Acid Mine Drainage (AMD)-a Case Study in Frongoch Mine, the UK

Tianhao Du¹, Anna Bogush², Paul Edwards³, Peter Stanley³, Luiza C Campos¹

1: Department of Civil, Environmental & Geomatic Engineering, Faculty of Engineering, University College London, London, WC1E 6BT, United Kingdom; 2: Centre for Agroecology, Water and Resilience, Coventry University, Coventry, CV8 3LG, United Kingdom; 3: Natural Resources Wales, 29 Newport Road, Cardiff CF24 0TP, United Kingdom

UNEXMIN and UNEXUP Projects: Development of Submersible Robots for Survey of Flooded Underground Mines

Stephen Henley

Resources Computing International, United Kingdom