The world’s first 100% green carbon fiber, from Qatar
Gulf Carbon Fiber Industries (GCFI) discusses capacity, strategy and why Qatar is planning to have the first operational carbon fiber production line in the region.
Gulf Carbon Fiber Industries (GCFI) will begin carbon fiber production in Qatar by 2028. Source | Representative production, Herr University, Getty Images and Mohammad Shoeb, The Peninsula Qatar
As CW reported in December, a new carbon fiber production line is being established in Qatar by Gulf Carbon Fiber Industries Holding LLC (GCFI). In this blog, I interview CEO Ilya Vishnevetsky to learn more.
Why Qatar?
Qatar has explored establishing domestic carbon fiber production since around 2013, but the present program is the first coordinated and fully integrated industrial initiative, combining fiber production, dry textiles and downstream carbon fiber-reinforced polymer (CFRP) products.
“The country has a roadmap for the future called Qatar Vision 2030,” explains Vishnevetsky. “It is working to develop advanced technologies, including for clean energy, and also enabling vertically integrated supply chains. Our production for carbon fiber and composites fits well with that vision.”
New carbon fiber production in the UAE or Saudi Arabia has been rumored for years, including Saudi Aramco’s (Aramco, Saudi Arabia) December 2025 announcement that it’s collaborating with Syensqo (Brussels, Belgium) to explore local carbon fiber and advanced composites manufacturing for industrial applications. But with production equipment contracts in place, GCFI should have fiber in production before 2028.
Green-energy carbon fiber
Another advantage in Qatar is energy. Carbonization of polyacrylonitrile (PAN) precursor into carbon fiber essentially requires high-temperature furnaces to run 24/7. While producers globally struggle with this CO2 footprint, GCFI will use renewable energy.

Qatar will have 4,000 megawatts of solar power online by 2030. Source | Qatar Energy
“We are aiming to offer the first carbon fiber made with 100% green energy,” says Vishnevetsky. “We will generate roughly 7 megawatts by ourselves using solar installations and buy the remainder from Qatar’s renewable energy market.” Having already commissioned three large solar plants totaling 1,675 megawatts, Qatar plans for a fourth to be operational by 2030, bringing its total to 4,000 megawatts.
“Electricity can comprise almost 30% of the cost to produce industrial grade T350 carbon fiber,” notes Vishnevetsky. “Although that percentage drops a bit for T700 — which is a higher tensile strength and thus more expensive fiber — the energy cost is still significant, and these are the two grades we will focus on producing.”
Manufacturing capacity
GCFI will proceed in two stages. “In the first, we will produce carbon fiber as well as textiles, prepregs and CFRP products such as pressure vessels and some other niche applications,” says Vishnevetsky. “In the second, we will increase our carbon fiber production capacity and begin producing the PAN precursor ourselves.”
Capacity will eventually target 4,000-5,000 tons/year, he adds, “but for now, we will install a single line targeting 1,700-2,000 tons/year. We will focus on 12K and 24K tow fibers with 99% of our production for export.”
Expertise to produce carbon fiber?
“All of our technology providers are not only supplying equipment, they are also participating as partners in the respective SPVs dedicated to each product line we are building, including the carbon fiber SPV,” explains Vishnevetsky. [Note: A special purpose vehicle (SPV) is company structure set up for a specific purpose, with its own assets, liabilities and legal status.] “This structure aligns incentives and ensures that the people responsible for the technology and ramp-up are directly committed to successful production and qualification.”
“Traditionally, companies have struggled to do too much from the beginning,” he continues, “and want to include higher strength and modulus products for aircraft and defense. But there are very few companies that have the expertise for stable production of those fibers. We will start with the lower-tension products, building our capacity and vertical integration. We can then explore moving forward from there. But this is a challenging business, and it takes time.”
Timeline: Status in 5 years?
“At a minimum, we expect to be operating an efficient 2,000-ton/year line producing the fiber grade where we will be most competitive,” says Vishnevetsky, “and focused on our priority end markets: industrial applications, marine and Type 4 pressure vessels. In parallel, we will be scaling our downstream CFRP program, with integrated reinforcement textiles and thermoset prepregs to support serial production. In the best-case scenario, we will be producing 4,000 tons/year across two carbon fiber lines, with an integrated PAN precursor line, full integration of textiles and thermoset prepregs, and a broader portfolio of qualified composite products for these sectors.”
Why Type 4 tanks?
Vishnevetsky explains that Qatar is committed to remaining a leader in the global energy sector, including enabling cleaner heavy-duty mobility and technologies that reduce emissions. “Our approach is phased and practical: we start with CNG and RNG/biogas where adoption is real today, and we build a credible bridge to hydrogen as infrastructure and economics mature.”
Source | Qatar International Media Office
“We have LOIs [letters of intent] in place with Ecomotive Solutions Srl in Italy to use their conversion systems for diesel-to-CNG and diesel-to-hydrogen pathways, and we are committed to manufacturing dual-use pressure vessels designed for both CNG and hydrogen so fleets can transition fuels without replacing the tanks.”
“Because pressure vessels typically outlive the trucks they are installed on,” he continues, “they should be treated as long-term, transferable assets in the heavy-truck value chain. Critically, when diesel is replaced by natural gas through properly engineered solutions with the right after treatment, NOx emissions can be driven down to near-zero levels in operation, effectively eliminating NOx as a major tailpipe pollutant while also reducing overall emissions and operating cost.”
How will you compete with Toray and other fiber producers, including in China?
“We have strong respect for Toray and the other leading global producers,” notes Vishnevetsky. “At the same time, demand in several carbon fiber application segments is growing at well over 10% CAGR, which creates room for new, highly competitive capacity that meets strict quality and sustainability requirements. We also believe ‘green’ carbon fiber and composite products must come from efficient, competitive production economics — not from a permanent reliance on government subsidies or premium pricing.”
Regarding fiber production in China, he notes electricity there is expensive compared to even the U.S. “Perhaps in Texas, electricity can be cost-competitive with Qatar, but very few other areas are. And as our chairman, Khalil Nasser K Sh Al Hajri, has explained, we will have an integrated R&D center exploring new developments and improvements throughout the value chain, including composite resins, processes and applications collaborating with a variety of international partners as well as local institutions. To be a hub for innovation requires a commitment to this strategy and an investment not only in capital, but also in time. Supported by the government of Qatar and our investors, we are making this commitment.”
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