Anode graphite for the carbon neutral society

We deliver the most efficient solution to reduce battery industry emissions

At Vianode, we are leading the transformation of creating a sustainable EV battery value chain. We empower battery and EV manufacturers to reduce their carbon footprint by replacing traditional, emission-heavy anode graphite with our innovative, high-performance anode graphite solutions.

Anode graphite is the biggest part of lithium-ion batteries by weight, but only a small percentage of the cost. Choosing Vianode graphite reduces the CO2 emissions of battery manufacturing, in the most efficient way.

20-40% of battery CO2 emissions
8-12% of battery costs

EV focus
Based on our strong industrial legacy and innovative anode graphite technology, Vianode is addressing the urgent need for decarbonisation. Transport is accountable for approximately 20% of global CO2 emissions. The shift from fossil fuel-powered vehicles to electric vehicles (EVs) is driving an estimated 30% yearly expansion in lithium-ion battery production from 2020 to 2030.

Market opportunity
Without synthetic graphite, there can be no lithium-ion EV batteries. In 2023, approximately 24% of the global anode material supply was made up of natural graphite while 74% was with synthetic graphite. Some OEMs rely up to a 100% on synthetic graphite for performance and safety reasons.

Sustainability leader
In 2030 Vianode aims to deliver a world leading carbon footprint of only 1 kg CO2 emission/kg high-performance, high-quality anode graphite for 3 million EVs annually. The current market average is 20 kg CO2/kg conventional anode graphite.