Our catalyst development efforts are at the forefront of revolutionizing sustainable, low-carbon energy solutions. We are experts in creating high-performance catalytic materials that drive breakthroughs in electrochemical hydrogen production, fuel cells, metal-air batteries, and supercapacitors. Our advanced techniques, including cutting-edge electrochemical processes, ensure our materials deliver exceptional results.
We specialize in engineering noble and non-noble metal alloy coatings with unparalleled electrochemical surface areas, designed to excel in critical reactions. These coatings, applied to a wide range of substrates—from metals to advanced polymers, graphene, and biowaste-derived carbon—are optimized for superior catalytic performance in energy conversion.
Our team’s deep expertise ensures we offer materials with industry-leading electrocatalytic activity, verified through state-of-the-art techniques. These materials are designed to maximize efficiency and durability in demanding applications.
In addition, we are pioneering bio-based carbon materials from wood industry waste, offering a sustainable and cost-effective alternative for low-carbon energy technologies. Our high-surface-area nanocarbon materials provide exceptional conductivity, durability, and electrocatalytic activity, making them ideal for ultracapacitors, batteries, and fuel cell catalysts.
A standout feature of our work is our expertise in electroless metal plating—a game-changing method for creating nano-scale metal coatings on diverse surfaces. This versatile technique allows us to achieve precise control over coating characteristics, ensuring high purity and optimal surface roughness. Our innovative approaches in this area are setting new standards for catalytic materials in fuel cells, with our non-noble and noble metal catalysts leading the way as high-performance anode materials.
We are redefining what’s possible in sustainable energy, offering unparalleled solutions
that deliver exceptional performance, efficiency, and value.
