One Carbon Platform. Multiple Solutions.
Batteries
XOL is developing battery technology built on biochar carbon derived from biomass. Traditional battery systems rely heavily on conventional graphite and resource-intensive supply chains. Our approach opens the door to a new battery story, one rooted in renewable carbon and engineered for the future of storage.
We have created an early working battery prototype that successfully charged phones and iPads, validating the core concept in a real-world application. We are advancing toward larger-scale battery systems designed for broader deployment.
B.I.E.S
XOL’s technology extends beyond standalone batteries into building-integrated energy systems, where the structure itself becomes part of how energy is generated and stored. In this model, walls are not just passive materials. They are designed to serve as integrated energy storage components, turning the building envelope into part of the battery system.
XOL is also exploring how energy can be produced through friction, motion, and activity within the space, creating the potential for occupied environments to contribute to their own energy generation. This means the building is no longer limited to simply consuming power from outside sources. It can begin to generate, store, and manage energy as part of its everyday function.
By combining material innovation, energy storage, and building design, XOL is advancing a future where homes and developments become more self-sustaining, more resilient, and less dependent on the grid.
Water Treatment
Water and wastewater treatment is one of the most urgent infrastructure challenges in the world today. From heavy metals and industrial pollutants to pharmaceuticals, dyes, and emerging contaminants, treatment systems are under increasing pressure to do more with greater efficiency and lower cost.
Research continues to show that graphene-based materials and other advanced carbon materials hold strong promise in water treatment because of their large surface area, tunable chemistry, and high adsorption potential. These materials have demonstrated powerful capabilities in removing a wide range of contaminants and improving treatment performance.
The challenge is not whether advanced carbon works. The challenge is how to produce it in a way that is scalable, cost-effective, and environmentally responsible.
That is where XOL sees opportunity.
Our technology platform is built around biochar carbon derived from biomass, creating a new pathway for carbon-based water treatment applications. As the market searches for alternatives that can move beyond expensive, difficult-to-scale material systems, XOL is exploring how biomass-derived carbon can help make advanced treatment technologies more practical for real-world use.
Traditional treatment materials often face limits in cost, selectivity, regeneration, or long-term scalability. Advanced carbon materials have shown the ability to improve performance, but many remain difficult to commercialize at meaningful scale.
XOL’s approach is different because it begins with renewable biomass and works toward engineered carbon solutions with broader practical potential. This creates an opportunity to support water treatment innovation through a material pathway that is not only high-value, but more adaptable to long-term infrastructure needs.
The Opportunity
By extending our biochar carbon platform into water treatment, XOL is building beyond energy storage and into environmental infrastructure. This expands the impact of our technology while reinforcing the value of one core carbon platform across multiple industries.
From batteries to water treatment, XOL is developing carbon solutions designed to matter where performance, cost, and sustainability intersect.
Here’s a slightly bolder closing line if you want it to hit harder:
XOL believes the future of water treatment will depend on more than better systems. It will depend on better materials, and biochar carbon may help unlock that future.