Acids 2 Value

River polluted by acid mine drainage
Acids 2 Value Transforming Acid Mine Drainage from a global environmental challenge into a valuable resource, the "Environmentally and economically sustainable water treatment system for post-mining waste" project, funded by the Danish Foreign Affairs Ministry, unites South African and Danish researchers in a pioneering effort.
Acids 2 Value Transforming Acid Mine Drainage from a global environmental challenge into a valuable resource, the "Environmentally and economically sustainable water treatment system for post-mining waste" project, funded by the Danish Foreign Affairs Ministry, unites South African and Danish researchers in a pioneering effort.
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  • Join us as we turn waste into worth, demonstrating that with the right approach, even the most challenging environmental problems can provide tremendous opportunities for innovation and progress. Explore our site to learn more.

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Redefining waste as a resource: Our approach redefines waste as a resource, driving forward the principles of the circular economy and establishing fair practices. This initiative not only addresses critical environmental issues but also fosters economic growth, supports sustainable development, and promotes equity in resource management.

Learn more about our research

Our Team

Our team is a dynamic international blend of chemists, engineers, microbiologists, economists, and psychologists, each bringing diverse experiences and strengths to collaboratively tackle environmental challenges with innovative, interdisciplinary approaches.

Partners Our project represents a collaboration between esteemed institutions and industry leaders, including the University of Copenhagen, University of the Witwatersrand, University of Stellenbosch, Cwenga, CM Solutions, and The Moss Group, united by a common vision of sustainability and innovation.
Funder Our project is supported by the Ministry of Foreign Affairs of Denmark, a key partner in our mission to harness innovative technologies for environmental and economic sustainability. The Ministry's commitment to promoting global development aligns with our goals, enabling us to push the boundaries of traditional solutions.
Process Our approach utilizes diverse technologies to identify valuable materials in AMD, assess regional AMD volume, and leverage local waste, ultimately aiming to deliver cleaner water to both communities and the environment.

Highlights

Members of the Acids to value Team in the field

Acids 2 Value Nominated for “Constructive World Award”: We are thrilled to announce that our project has been featured by FOCUS magazine in Germany and has been nominated for the prestigious “Constructive World Award” in the "Fundamental Service" category.

Curiosity 17: #Democracy ? /curiosity/

Our principal investigator, Professor Craig Sheridan, contributed to an article titled "Who is Accountable for Environmental Rights?" in Wits University's Curiosity magazine. The article discusses the enforcement challenges of environmental laws in South Africa and the impacts on citizens' basic human rights.

Highlighting Water Issues and Linkages to AMD in South Africa: Professor Kevin Harding (team member), recently spoke to eNews Channel Africa (eNCA) to raise awareness about the state of water in South Africa and the exacerbating effects of AMD.

Water research at Wits

Guidance for all South Africans on Safe Drinking Water: Professor Craig Sheridan, our principal investigator in South Africa, recently guided the media on safe drinking water practices amidst the country's ongoing water challenges.