What Is Mesoporous Carbon?
Mesoporous carbon is a form of porous carbon with pore sizes between 2 and 50 nanometers (nm), as defined by International Union of…
View moreRead news and updates from Momentum Materials about advanced material innovations for clean energy and the sustainable future.
Mesoporous carbon is a form of porous carbon with pore sizes between 2 and 50 nanometers (nm), as defined by International Union of…
View moreJune 12, 2026 — Momentum Materials announced the official launch of the world's first 300-ton production line for high-quality pitch-derived nanoporous carbon, marking…
View more20 - 21 May, 2026 Â Stand 2D10F Â Located in Rotterdam Ahoy We are excited to take part in World Hydrogen…
View moreAs the world transitions toward cleaner energy systems, green hydrogen has emerged as a key solution for decarbonization. At the heart of…
View moreDesigning Carbon Hosts for High-Stability Lithium-Ion Batteries Introduction Lithium-ion battery development continues to push toward higher energy density. While cathode materials receive…
View moreIn advanced electrochemical catalyst systems, the performance of catalysts is not only determined by their chemical composition but also by the physical…
View moreSupercapacitors are energy storage devices designed for high power and are widely used in regenerative braking, grid stabilization, backup power, and hybrid…
View morePlatinum is the gold standard in catalysis—quite literally, in terms of cost and prestige. For decades, it has been the workhorse of…
View moreMomentum Materials will be exhibiting at H2 & FC Expo this March in Tokyo. We will be presenting our nanoporous carbon materials…
View moreCOâ‚‚ Electrolysis in the Net-Zero Landscape Reaching global net-zero emissions requires a closed carbon cycle to supplement intermittent renewable electricity. Since heavy…
View moreElectrochemical sensors are simple in principle: a chemical event becomes an electrical signal. They are widely used because they can offer very…
View moreThe aerospace industry operates on a razor's edge. Every gram of weight saved translates to fuel efficiency or increased payload capacity. Every…
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