Curve H2 is transforming the energy landscape by producing zero-emission hydrogen through advanced Plasma Methane Pyrolysis technology. This innovative approach not only generates hydrogen of the highest purity but also yields valuable byproducts like high-quality carbon materials, addressing both energy generation and environmental challenges.

Our proprietary reactor technology converts a wide range of hydrocarbon gases—whether from raw materials, mixed feedstocks, emissions, or captured streams—into hydrogen, carbon nanomaterials, and next-gen battery components. Backed by deep expertise and strategic collaborations, Curve H2 is positioned as a future leader in sustainable energy solutions and advanced carbon materials.

Curve H2's modular technology ensures a consistent hydrogen production process, unaffected by fluctuations in natural gas availability. The key advancements in our plasma technology for hydrogen production include an environmentally friendly process with no CO2 emissions or other pollutants. Curve H2 offers the versatility to manufacture various carbon nanomaterials or battery components to align with market demand, all while maintaining a continuous hydrogen production capability.

Curve H2’s innovative reactor has the capacity to produce high-quality graphite, a material in high demand within the rapidly growing battery industry in North America. The increasing demand for graphite has become more apparent due to recent limitations imposed by China on exports, creating a unique opportunity for Canada to establish itself as a key player in this market.

The role of graphite in the electrification of the planet is crucial, as it serves as a vital component in lithium-ion batteries utilized in electric vehicles and energy storage systems. The efficient energy storage capabilities of graphite are essential for the reduction of greenhouse gas emissions and the advancement of clean energy technologies. Furthermore, graphite plays a pivotal role in the development of fuel cells, promising more efficient energy generation. Its exceptional conductivity and lightweight properties make it indispensable in driving the transition towards sustainable and eco-friendly energy solutions.