Your Carbon Net Zero Partner For Change Our mission is to remove the world’s reliance on polluting fossil fuels, mining and at risk graphite supply chains. the time to be part of the seismic change to achieve net zero and below is now. But, people like driving cars. that’s unlikely to change. electrification of the world’s transport fleet is key to reducing fossil fuel emissions. electric cars, currently a consumer choice, will.
Defining Your Carbon And Net Zero Targets Seismic Graphite makes up to 50 per cent of the weight of a lithium ion battery and, as a result, is an essential element in the shift to clean energy and transport, with over half of global demand for graphite now coming from the battery sector. Graphite, a key component in lithium ion batteries, has become a focal point in the global push for energy independence. with china currently dominating 83% of global battery cell supply, countries around the world are scrambling to reduce their dependence on a monopoly supplier. Graphite production is the largest single carbon emitter in the battery raw material supply chain; by switching to bio based substitutes, manufacturers could cut the carbon footprint of each battery by 30%. Carbonscape offers an alternative—it produces graphite locally from renewable timber industry byproducts through what it calls a carbon negative process. carbonscape’s graphite is engineered for lithium ion battery anodes, and it can be produced in any region that has a forestry industry.
Defining Your Carbon And Net Zero Targets Seismic Graphite production is the largest single carbon emitter in the battery raw material supply chain; by switching to bio based substitutes, manufacturers could cut the carbon footprint of each battery by 30%. Carbonscape offers an alternative—it produces graphite locally from renewable timber industry byproducts through what it calls a carbon negative process. carbonscape’s graphite is engineered for lithium ion battery anodes, and it can be produced in any region that has a forestry industry. Scenarios with net zero emissions in 2050 show large discrepancies between modeled anticipated graphite demand and supply. Construction of the demonstration plant begins in 2025; the sustainable material replaces mined graphite in battery anodes. carbonscape intends to apply data generated by its sunila plant to plan and support global expansion. Amid a global shift towards renewable energy and electrification, carbonscape has developed a world first sustainable biographite for use in lithium ion batteries. it’s set to disrupt the global graphite supply chain and cut the carbon footprint of each electric vehicle battery by almost a third. Carbonscape targets two main applications, electric vehicle batteries and grid scale energy storage systems. localized production contributes to supply security by reducing dependency on critical supply chains where battery grade graphite is in demand.
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