MAMDIWAS: Membrane-based decentralized reclamation of acid mine drainage for improvement of water security and mitigation of environmental impacts in Southern Africa

MAMDIWAS addresses the environmental and financial challenges posed by untreated mining influenced water (MIW) including but not limited to acid mine drainage (AMD) in South Africa. Through a holistic and collaborative approach involving local partners and stakeholders, the project focuses on technology development for water and material reuse, Integrated Water Resources Management (IWRM), as well as co-production, governance, policy, and regulation. The goal is to create economic opportunities, promote sustainable water management, and contribute to the transition from a mining-based to a post-mining society. Through collaboration, capacity development, and the demonstration of innovative solutions, the project intends to inspire transformative change, increase water security, and contribute to the achievement of SDG-6 targets. The project's results will not only benefit the research sites but will also have transfer potential and create opportunities for German and South African companies while fostering future research efforts.

Coordination: ZWU & Mechanical Process Engineering / Water Technology

Workpackages

Workpackage 1

Technnological innovations for active mine water treatment

Workpackage 2

Sustainable water esources management and water reuse options

Workpackage 3

Co-production, governance, policy, and regulation

Workpackage 4

Capacity building, training, transfer of technology and knowledge

Workpackage 5

Coordination and dissemination

Consortium Speakers

Consortium speaker in Germany:

Prof. Dr.-Ing. Stefan Panglisch
University of Duisburg-Essen
Lotharstraße 1, 47057 Duisburg
E-Mail: stefan.panglisch@uni-due.de
Tel.: +49 (0)203/379-3477

Consortium speaker in Africa:

Prof. Dr. Richard Moutloali 
University of South Africa (UNISA)
Science Campus, Florida, Johannesburg 1709
​Email: moutlrm@unisa.ac.za

Logos Mamdiwas 2