Accelerating Decarbonisation for Carbon-Intensive Industries
Levidian is a British climate tech business on a mission to decarbonise the world’s most carbon-intensive industries.
Powered by our patented LOOP technology, we deliver a scalable solution that captures carbon from methane before it’s burned, producing clean hydrogen and high-quality graphene — a material that enhances the performance and lowers the emissions of products in industries such as aluminium, batteries, and petrochemicals.
LOOP is a modular, self-contained system that can be deployed anywhere methane is available and retrofitted to existing infrastructure. This empowers organisations to cut emissions at the source while strengthening supply chain resilience by producing critical materials locally.
Unlike many Carbon Capture Utilisation and Storage (CCUS) technologies, LOOP generates strong returns — powered by revenue from hydrogen and graphene.
Levidian at the Make It In The Emirates Conference, 19 - 22 May 2025
Levidian is proud to be featuring as one of 15 Mubadala portfolio companies at the UAE’s premier manufacturing event - the MIITE Forum - to tell our story and showcase our technology.
Where to find us:
MIITE is taking place at the ADNEC Centre, Abu Dhabi. You can find Levidian at:
Mubadala, Booth A-10 (near Entrance D)
A Levidian representative will be available at the booth throughout the event.
Our Team at MIITE:
Ian Hopkins
Chief Commercial Officer
Colin Elcoate
Managing Director - MENA
Mitesh Modi
Business Development Manager
Arun Prakash Aranga Raju
LAT Manager
Our Ambitions in the Middle East
In late 2023, we announced our plans to make the UAE the focus of our first international expansion, marking a significant milestone in our growth. By 2024, we had officially established our presence in Abu Dhabi with the opening of our new office.
Our momentum in the region continues to accelerate, driven by strategic partnerships and groundbreaking projects:
Strong investor support: We are backed by two world-class partners, Mubadala and Baker Hughes, whose confidence underscores the transformative potential of our technology.
World-first projects: In collaboration with ADNOC and Baker Hughes, we have deployed our technology at an operational gas processing site. Through a partnership with Tadweer Group, we will be capturing the carbon from biogas at one of Abu Dhabi’s largest landfill sites.
Local graphene production: We’ve partnered with Canadian graphene technology company Zentek to explore the establishment of a new manufacturing facility in the Middle East, scaling local graphene production to meet regional demand.
Pioneering academic collaboration: We have joined forces with Khalifa University’s Research & Innovation Center for Graphene and 2D Materials (RIC2D) to help further the UAE's decarbonisation efforts by exploring carbon capture from gas flaring and future applications for graphene.
Levidian’s Three-Pillar Approach
Our decarbonisation solution is structured around three core pillars:
Carbon Capture: Creating commercial value through pre-combustion carbon capture.
Carbon Prevention: Reducing CO2 emissions by providing a viable hydrogen alternative to fossil-fuels.
Carbon Utilisation: Enhancing the performance & efficiency of products using high-quality graphene.
LOOP: The Transformative Technology Unlocking Decarbonisation
Our core technology LOOP can be deployed anywhere with a methane source – whether it be grid, flare of vent gas – and is designed as a self-contained modular system that can be quickly and easily retrofitted to existing infrastructure, so businesses can feel the benefit of decarbonisation from day one and scale the technology over time.
Our Products
LOOP
Our patented decarbonisation technology that captures carbon from harmful methane gas and transforms it into clean hydrogen and high-quality graphene. Scalable, modular and low-energy.
Graphene
A high-quality super-material with the power to revolutionise products and processes across thousands of industries. Produced consistently and at scale via the Levidian LOOP.
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