Upscaling Vianode innovative synthetic graphite production technology for a responsible electrification of Europe

Introduction

Project ELAN will fill the supply/demand gap for anode materials for the growing number of European battery cell manufacturers. The project will supply premium quality synthetic graphite anode materials that are produced in the cleanest possible way. It will bring an innovative and highly energy-efficient graphitization technology to commercial scale for the responsible electrification of Europe. ELAN will produce anode materials for electric vehicle batteries with 100% relative greenhouse gas (GHG) emission avoidance compared to the reference scenario.

Innovative Technology

Project ELAN will bring a unique graphitization technology to commercial scale, setting a new global standard in the production of synthetic graphite anode materials. The ELAN technology uses closed furnaces to produce synthetic graphite, suitable for battery anodes, in an energy- and material-efficient process. This drastically reduces the emissions resulting from anode manufacturing.

Large Scale Demonstration

It will be the first time a closed-controlled atmosphere furnace technology will be demonstrated for synthetic anode graphite production at a large scale. In absolute terms, project ELAN will contribute to avoiding over 7 million tonnes of CO2 equivalent of greenhouse gas emissions over the first ten years of operation. The anode materials produced by this project will power about 846,000 electric vehicles per year.

Strategic Impact

The project will supply key materials to scale the emerging EU battery value chain, building European industrial leadership and contributing to the strategic autonomy of the continent. It further addresses resource constraints and environmental impact by developing a clean graphitization process and a circular value chain to increase battery recycling.

Alignment with EU Objectives

It therefore contributes to the Green Deal objectives, the Net Zero Industry Act, the Clean Battery Directive, and the Just Transition objectives of the European Union.

Economic and Social Benefits

The project will lead to the creation of up to 700 jobs, plus up to an additional 4,000 during the construction phase. ELAN will also contribute to attracting top international talent across the manufacturing and recycling process.

Collaboration and Knowledge Sharing

It will engage with universities and research institutes to share and co-create knowledge, as well as build competencies in battery materials. The project will also create value for the local economy through:

• Increased demand in the local supplier network and labor market
• Development and sharing of infrastructure
• Building key competencies in the value chain