Case studies

The challenge: From concept to commercialisation

For decades, graphene’s game-changing potential has excited scientists and industry leaders alike. But how do you move from research breakthroughs to real-world impact?

Enter Graphene Innovations Manchester (GIM)—founded by Dr. Vivek Koncherry, a University of Manchester alumnus and entrepreneur. What started as an exploration into graphene-enhanced tyres and plastics quickly evolved into a mission to solve global environmental challenges through graphene-based materials and advanced manufacturing.

Recognising the need for scalability and commercial viability, GIM partnered with The University of Manchester’s Graphene Engineering Innovation Centre (GEIC) through the Bridging the Gap (BtG) initiative—a move that accelerated their innovation timeline dramatically.

A Strategic Partnership for Innovation

By joining the Graphene@Manchester ecosystem, GIM leveraged GEIC’s expertise, facilities, and global networks to fast-track the development of graphene-enhanced products.

✅ Exploring graphene’s potential in applications like suitcases, car tyre recycling, and floor mats.

✅ Gaining expert support on materials development, technical research, and project planning.

✅ Accessing world-class laboratories for nanoparticle research and diagnostics.

✅ Receiving market insights and specialist guidance for commercial scalability.

From concept to global commercialisation

GIM’s work quickly gained traction. With EU funding through BtG, the company moved from initial R&D to real-world applications, focusing on sustainable, graphene-enhanced materials.

This momentum led to:

💰 £3.6 million in overseas investment to expand graphene-based manufacturing in Greater Manchester.

🏗️ Development of graphene-enhanced construction materials made from recycled waste.

🚀 Innovations in batteries, solar cells, hydrogen fuel tanks, and even graphene space habitats.

GIM’s growth secured their position as a Tier 1 partner at the GEIC, giving them long-term access to specialist labs, cutting-edge diagnostics, and advanced robotics.

Scaling innovation: People, patents and recognition

Thanks to their rapid progress, GIM transformed from a two-person team into a growing company with:

👩‍🔬 20 employees, including six scientists.

📜 Four patents pending in advanced graphene applications.

🏆 First place at the Eli Harari Graphene Enterprise Awards for their graphene-based space habitat concept.

The future: A global leader in graphene commercialisation

GIM’s success highlights the power of university-industry partnerships in turning cutting-edge research into real-world commercial impact.

With a focus on sustainable materials, high-performance nanotechnology, and scalable manufacturing, Graphene Innovations Manchester is shaping the future—one breakthrough at a time.