novoMOF AG

Name: novoMOF AG
Address: Untere Brühlstrasse 4, Zofingen, 4800, CH
Telephone: +41625391005

Further information are available at www.novoM*F.com.

novoM*F is a Swiss deep tech company pioneering one of the world’s first industrial, high-performance CO₂-capture Metal-Organic Frameworks (M*Fs), enabling technology providers to build compact and sustainable systems for industrial emitters. novoM*F is a Swiss deep tech company pioneering cost-effective, high-performance, and environmentally sustainable Metal-Organic Frameworks (M*Fs) for carbon

capture across industrial processes, energy production, maritime, transport, and more. We enable technology providers to build compact and sustainable capture systems for industrial emitters by developing, scaling, and commercializing proprietary CO₂-capture materials that achieve point-source capture below €100/ton - making sustainable decarbonisation at scale a reality.

29/04/2026

Proud to have qualified for Phase 2 of the Innosuisse Scale-up Programme and to receive the Innosuisse Scale-up Programme Award. A key step as we move from to real .

At novoM*F AG, we are advancing selected pilot projects to turn M*F innovation into scalable solutions.

11/12/2025

🎉 The Day After: The Day After: Nobel Prize in Chemistry Shines a Spotlight on M*Fs! 🔬

Yesterday's Nobel Prize Ceremony celebrated groundbreaking work, and we're especially thrilled about the Chemistry prize awarded for the development of Metal-Organic Frameworks (M*Fs)!

The laureates Susumu Kitagawa, Richard Robson, and Omar M. Yaghi, were recognized for creating this revolutionary class of porous materials. This Nobel Prize recognition validates decades of research and marks the official shift of M*Fs from academic curiosity to a real-world solution for some of humanity's biggest challenges, especially in the fight against climate change.

🚀 Bridging the Gap from Lab to Industry
The Age of Deployment is here. Contact us about our CO₂ Capture M*Fs. We are turning molecular architecture into tangible climate action, now!
👉 https://lnkd.in/gchSnw9H

hashtag hashtag hashtag *Fs hashtag hashtag *F hashtag hashtag hashtag hashtag

© Nobel Prize Outreach. Photo: Clément Morin

09/10/2025

A monumental moment for Metal-Organic Frameworks
(M*Fs)! 🏆

The Nobel Prize in Chemistry 2025 has been awarded for the development of metal-organic frameworks (M*Fs) to Prof. Susumu Kitagawa, Prof. Richard Robson, and Prof. Omar Yaghi.

This recognition by The Royal Swedish Academy of Sciences highlights the industrial relevance and transformative potential of M*Fs — materials that are redefining what’s possible in carbon capture, gas separation, and storage.

The future is porous!🌍

hashtag *Fs hashtag hashtag *F hashtag hashtag hashtag hashtag hashtag

https://lnkd.in/eGqmDN-N

10/09/2025

Capturing : From Challenge to Opportunity! Most climate efforts focus on fossil fuels, but biogenic CO₂ from , , or can deliver net-negative emissions.

⚠️ : small, scattered sources make capture costly with traditional .
🔬 *F solution: low-energy, modular systems suited for breweries, biogas plants & greenhouses.
💡 : from food & drinks to e-fuels & SAF, biogenic CO₂ is a valuable resource.

Read more in our latest blog: https://hubs.li/Q03HzstB0

08/09/2025

📢 novoM*F AG at *F2025 | Turning *Fs into Real-World Solutions!

• Talk by Dr. Charles Toft: Development & Scale-Up of Novel M*F Materials for CO₂ Capture
• Poster by Dr. Katie Everden: Tailoring M*F Materials for CO₂ Capture

🔍 Why it matters? Industries like , , , and face very different CO₂ capture challenges. Our work shows how M*Fs can be tailored to each case and scaled for industrial deployment.

🤝 If you’re an or a , let’s explore how M*Fs can fit your processes. For the academic community, we’ll share insights into methodologies and challenges on the road to industrialization.

📅 Meet us at EuroM*F: https://hubs.li/Q03Hgv120

26/08/2025

🔥 The Clock is Ticking on ! Human-driven warming is accelerating and cutting CO₂ alone won’t stop it.

💡 A key piece of the : Point-source powered by high-performance *Fs from novoM*F - delivering industrial-grade efficiency, scalability, and the adaptability to hard-to-abate industries.

🔍 In our latest blog, you’ll learn:

• How human activity has reshaped Earth’s climate
• Why CO₂ is the main driver of long-term warming
• How M*Fs outperform traditional capture technologies
• The role of point-source capture in achieving net-zero goals

📖 Read the full story: https://hubs.li/Q03FgHx70

14/08/2025

🔥 Steel without the CO₂ burden? It’s possible. With the industry responsible for 9% of global CO₂ emissions and facing tightening carbon pricing, the pressure to is growing fast.

*Fs offer key advantages over conventional capture technologies like :
✅ Lower energy requirements
✅ Compact design
✅ Use of sustainable sorbents

*F-based from novoM*F delivers industrial-grade, high-performance CO₂ capture — enabling steelmakers to integrate compact and sustainable systems directly into their plants, achieving capture costs below €100 per ton.

Read how M*Fs can reshape carbon strategy in steel 👉 https://hubs.li/Q03CKjqS0

12/08/2025

🌟 Big welcome to Dr. Ishan Sharma! Ishan joins as our new Adsorption Specialist, bringing deep expertise in -based separations and .

⚗️ At novoM*F, he develops advanced process models and optimization strategies to translate cutting-edge *F materials into high-performance industrial separation processes. His work bridges material innovation and process design, combining first-principles with system-level to enable scalable, energy-efficient .

🎉 Please join us in welcoming Ishan to the team!

31/07/2025

🚀 We’re proud to be featured by the Global CCS Institute!
🧩 Our CO₂ capture material is setting a new benchmark.

At novoM*F, we deliver one of the world’s first industrial, high-performing *Fs for — enabling our technology partners to build compact, sustainable systems under €100/ton across diverse emitter industries.

We’re building the material foundation for scalable, decentralized —across , , , and beyond.

📄 Read our profile “Disruptive M*F-Based CO₂ Capture Technology” on page 169 👉https://www.globalccsinstitute.com/wp-content/uploads/2025/07/CCS-State-of-the-Art-Technologies-2025-Global-CCS-Institute.pdf =85

22/07/2025

✨ What an inspiring event in Kraków! The EU4M*Fs “Academia Meets Industry” meeting gathered top minds in *F science and innovation.

At the event, we shared how we’re turning M*F research into real-world solutions for and beyond — highlighting our work on M*F , , and .

🔗 More on the event: https://hubs.li/Q03yb8ZY0

Adresse

Untere Brühlstrasse 4
Zofingen
4800

Telefon

+41625391005

Webseite

https://novoMOF.com/

Benachrichtigungen

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