Green Graphitization Technology
Green Graphitization Technology
Superior Graphite leverages cutting-edge technologies to engineer the physical and chemical properties of a wide range of graphite and carbon-based materials, tailoring each process to the specific needs of the material and customer application. At the forefront is our innovative green graphitization technology—a unique, continuous purification method that’s both environmentally friendly and highly efficient. Housed in a state-of-the-art, scalable facility in the U.S., this advanced process reflects our commitment to sustainable innovation backed by decades of operational expertise.
Operational Experience
Superior Graphite has nearly five decades of experience operating proprietary thermal purification technology in Hopkinsville, Kentucky and Sundsvall, Sweden. This long-standing expertise underpins our ability to deliver high-purity materials for demanding applications. Our facility is equipped with lab, pilot, and scalable commercial capabilities, making it ideally suited to meet the evolving needs of the battery anode materials (AAM) market and other advanced high-purity sectors. With a focus on innovation and scalability, we are well-positioned to support the future of energy storage and next-generation material solutions.
Aerial view of Hopkinsville, KY plant
Green Purification
Our purification technology is an environmentally friendly thermal purification. It uses no chemicals, has small footprint and low emissions, yet it offers a high throughput.
Chemical-free process
No chemicals are used in our electro-thermal purification technology.
Small environmental and physical footprint
The process building and added infrastructure are utilizing small amount of space and emissions are very low.
Low water consumption
We use a closed loop system that requires small amounts of added process water.
Green power
We utilize power derived from hydro and nuclear sources.
With the environment in mind
Let’s discuss your application and your specific product needs.
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