Metal-Organic Frameworks (MOFs) are the next generation of porous materials, combining ultra-high surface area, tunable pore structures, and unmatched selectivity.
Metal-Organic Frameworks (MOFs) introduce a new standard of performance in industrial adsorption and carbon capture. From mitigating heavy industrial emissions to enabling sustainable energy systems, our advanced material technology is redefining the future of cleantech.
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Tailoring MOFs at the atomic level.
Scaling MOFs from lab to industry.
Helios Science & Technology is building the essential infrastructure for a decarbonized world. From our advanced laboratories to global industrial deployments, watch how our team is engineering the next generation of porous materials to solve the most complex energy and climate challenges.
Explore the latest research, industrial applications, and developments from the frontier of advanced materials science.
A year ago, carbon capture in Türkiye was a distant topic for conference panels. Today it comes with a law, a timeline and a bill. As COP31 takes place in Antalya, Turkish industry is facing three dates, and all three point to the same place: the CO₂ in the stack. Three dates that changed everything
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COP31 is in Türkiye and HELIOS is on the ground. 9–20 November, Antalya Aksu Expo Center: 3 booths, 10 sessions, and the stage debut of Mofy.
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Visualizing a Century of Change Climate change is frequently framed in abstract terms — global averages, distant projections, targets for 2050. At HELIOS, we believe the story becomes far more urgent, and far more actionable, when it is grounded in a specific place. That is why we built an animation tracing Türkiye's annual temperature trend across more than 100 years. The pattern is unmistakable: while individual years rise and fall, the long-term trajectory of warming is increasingly difficult to ignore.
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Integrate high-performance MOF technology into your existing infrastructure. Achieve your net-zero targets with molecular precision.
