Pioneering
the future
of sustainable battery technology
Our Story
Founded in the Netherlands, Graphycle emerged from groundbreaking research in exfoliation technology. Our vision is to create a circular system where today's batteries become tomorrow's energy storage – with even better performance.
Our technology solves two growing problems at once:
1.
The Battery Waste Challenge: Millions of batteries reach end-of-life each year, creating a mounting waste problem
2.
Supply Chain Vulnerability: Europe currently depends on China for 75% of the graphite needed for batteries, creating a critical weakness for our green energy future
Mission, Vision & Values
Mission
To accelerate the global transition to clean energy by developing revolutionary battery materials that overcome the limitations of current technology. We aim to make batteries more powerful, longer-lasting, faster-charging, and more sustainable through our innovative graphene-hybrid anode technology.
Vision
We envision a future where our advanced battery materials power the clean energy revolution, from electric vehicles that can be charged in minutes to renewable energy storage systems that make sustainable power reliable and accessible worldwide. Graphycle will be at the heart of this transformation, setting new standards for battery performance and sustainability.
Values
The Dutch approach to innovation—practical, collaborative, and globally minded—informs everything we do at Graphycle. We combine cutting-edge science with pragmatic engineering to create solutions that are not just theoretically impressive but commercially viable and environmentally responsible.
Our Patented Technology
At the core of Graphycle's innovation is our proprietary exfoliation technology, protected by a robust portfolio of international patents.
Key advantages
High-quality graphene with tunable properties (thickness, lateral dimensions, functionality
Non-oxidative process resulting in minimal contamination and superior performance
Environmentally sustainable production with limited waste and use of recycled solvents
Flexible process capable of utilizing different graphite sources, including recycled materials
Scalable process designed for industrial production volume
Pioneering the future
of sustainable battery technology
Our Story
Founded in the Netherlands, Graphycle emerged from groundbreaking research in exfoliation technology. Our vision is to create a circular system where today's batteries become tomorrow's energy storage – with even better performance.
Our technology solves two growing problems at once:
1.
The Battery Waste Challenge: Millions of batteries reach end-of-life each year, creating a mounting waste problem
2.
Supply Chain Vulnerability: Europe currently depends on China for 75% of the graphite needed for batteries, creating a critical weakness for our green energy future
Mission, Vision & Values
Mission
Extend range up to 30% while reducing charging times to under 15 minutes, revolutionizing EV adoption.
Vision
We envision a future where our advanced battery materials power the clean energy revolution, from electric vehicles that can be charged in minutes to renewable energy storage systems that make sustainable power reliable and accessible worldwide. Graphycle will be at the heart of this transformation, setting new standards for battery performance and sustainability.
Values
The Dutch approach to innovation—practical, collaborative, and globally minded—informs everything we do at Graphycle. We combine cutting-edge science with pragmatic engineering to create solutions that are not just theoretically impressive but commercially viable and environmentally responsible.
Our Patented Technology
At the core of Graphycle's innovation is our proprietary exfoliation technology, protected by a robust portfolio of international patents.
Key advantages
High-quality graphene with tunable properties (thickness, lateral dimensions, functionality
Non-oxidative process resulting in minimal contamination and superior performance
Environmentally sustainable production with limited waste and use of recycled solvents
Flexible process capable of utilizing different graphite sources, including recycled materials
Scalable process designed for industrial production volume
Pioneering
the future
of sustainable battery technology
Our Story
Founded in the Netherlands, Graphycle emerged from groundbreaking research in exfoliation technology. Our vision is to create a circular system where today's batteries become tomorrow's energy storage – with even better performance.
Our technology solves two growing problems at once:
1.
The Battery Waste Challenge: Millions of batteries reach end-of-life each year, creating a mounting waste problem
2.
Supply Chain Vulnerability: Europe currently depends on China for 75% of the graphite needed for batteries, creating a critical weakness for our green energy future
Mission, Vision & Values
Mission
To accelerate the global transition to clean energy by developing revolutionary battery materials that overcome the limitations of current technology. We aim to make batteries more powerful, longer-lasting, faster-charging, and more sustainable through our innovative graphene-hybrid anode technology.
Vision
We envision a future where our advanced battery materials power the clean energy revolution, from electric vehicles that can be charged in minutes to renewable energy storage systems that make sustainable power reliable and accessible worldwide. Graphycle will be at the heart of this transformation, setting new standards for battery performance and sustainability.
Values
The Dutch approach to innovation—practical, collaborative, and globally minded—informs everything we do at Graphycle. We combine cutting-edge science with pragmatic engineering to create solutions that are not just theoretically impressive but commercially viable and environmentally responsible.
Patented Technology
At the core of Graphycle's innovation is our proprietary exfoliation technology, protected by a robust portfolio of international patents.
Key advantages
High-quality graphene with tunable properties (thickness, lateral dimensions, functionality
Non-oxidative process resulting in minimal contamination and superior performance
Environmentally sustainable production with limited waste and use of recycled solvents
Flexible process capable of utilizing different graphite sources, including recycled materials
Scalable process designed for industrial production volume