The Jadar Project

In 2004, Rio Tinto geologists discovered Jadarite, a new mineral containing lithium and boron. Jadarite, named after the Jadar River, is located near the city of Loznica in Western Serbia. The Jadar deposit is a world-class resource that could potentially provide the foundation of a new electric vehicle supply chain in Serbia.

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The Jadar Project

About the Company

Rio Tinto Lithium Business

Products

Concerns and Facts about the proposed Jadar Project

An Economic Impact Assessment of the Jadar Lithium-Borates Project
Environment

We are working on assessing the potential impacts of the Jadar Project on the environment in the Jadar Valley, as well as on defining the best ways to manage them responsibly.

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Environment

Water management

Waste management

Air quality management

Conservation of biodiversity

How would we minimize potential impacts?

Jadar Project Layers of Assurance

Groundwater Monitoring at the Jadar Project

Draft Environmental Impact Assessments
Communities

Supporting local communities has always been central to our operations in the Jadar Valley.

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Communities

Land acquisition
Communications

Here you can find press releases, photos, presentations and publications of Jadar Project.

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Communications

Press releases

FAQ

News

Stories

Contact
Procurement

We are committed to building strong relationships with our partners and suppliers.

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Procurement
Careers

Discover more about life at Rio Tinto. A drive for innovation and continuous improvement is at the heart of our company’s purpose: Finding better ways to provide the materials the world needs.

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Careers
Archive

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Archive

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Stories

7 things the world will need for a low-carbon future

Wind, sun and water – what else do you need to make renewable energy work?

Charging up the battery market

We’re scaling up and working smarter to meet demand for renewables.

Europe’s race to decarbonise requires a secure and sustainable supply of critical minerals

Europe is at a crossroads - Its ambitious green and digital transition policies depend on the sufficient supplies of critical materials such as aluminium, copper, nickel, lithium and rare earth metals.

Even superfoods need their minerals

Using aluminium waste to grow better blueberries.

How we are listening, learning & changing

Driving cultural change across our business