Transforming Hydrogen Production with Light
At CycLX Inc., our mission is to unlock the full potential of hydrogen as a clean, efficient and sustainable fuel by decarbonizing its production methods. We are developing advanced photocatalytic nano-materials and light-based technologies to replace traditional combustion-dependent processes, thereby significantly lowering both the carbon footprint and the high costs associated with current hydrogen production.
Our proprietary Meta-Catalytic Surfaces™ (MCS) platform uses ammonia cracking with light-powered photocatalysts to overcome the carbon-intensity, complexity and energy inefficiencies that plague current hydrogen production methods, such as natural gas reforming and electrolysis pathways. By significantly improving hydrogen production efficiency and reducing its GHG (greenhouse gas) emissions, we are working to decarbonize the planet and advance sustainable fuel solutions.
MCS: Nano-Engineered Technology
Our Meta-Catalytic Surfaces™ (MCS™) are innovative, proprietary 3D nanostructured films that act as highly effective photocatalysts. Utilizing light, these surfaces are engineered for high flow-through surface area-to-volume ratios, which significantly boost reaction efficiency, speed, and catalytic performance.
MCS are manufactured with atomic-level precision, allowing for exact architectural control. This enables us to tailor their material composition, structural design, and size to optimize their performance for specific photocatalytic applications, harnessing light to drive chemical reactions with unprecedented efficiency.
Enhanced Catalytic Activity
High Surface Area-to-Volume Ratio: Our 3D nanostructured MCS offer increased active sites for catalytic reactions.
Optimized Molecular Interaction: Promotes better adsorption and desorption of molecules, enhancing catalytic efficiency.
Accelerated Reaction Rates: Leads to faster reactions and more efficient electrochemical processes.
Angstrom-Level Precision
Atomic-Scale Fabrication: We grow MCS at the angstrom scale, achieving unparalleled precision in catalyst development.
Exquisite Nanostructure Control: Offers precise growth of our novel, structurally supported catalytic 3D nanostructures.
Application-Specific Tuning: Easily customized for specific reactions and applications by adjusting material composition and structural 3D features.
Environmentally Compatible
Durable Thin-Film Structure: Continuous thin-film design provides exceptional durability, prevents aggregation and extends lifespan.
Stable Active Sites: Uniform 3D distribution avoids the loss of active sites during operation, ensuring consistent catalytic performance.
Robust: Flow over reactor processing without leaching of active sites.
Innovate with Us!
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