Written by Will Jones
The United Arab Emirates (UAE) has made significant investments in boosting hydrocarbon production capacity and constructing midstream and downstream infrastructure to support potential expansion in hydrocarbon output. According to Country Analysis Brief: United Arab Emirates, UAE real output has averaged just under 3 million barrels per day (b/d) during the last decade as a result of production reduction agreements between OPEC and non-OPEC participating nations (collectively known as OPEC+).
At the same time, the broader global context surrounding energy is becoming increasingly complex. Governments and industries are under growing pressure to align with decarbonization goals, even as global supply chains face mounting strain from geopolitical tensions, shifting trade dynamics, and continued dependence on petrochemical inputs.
François Lamoureux explains that this tension between energy security and climate responsibility is now shaping decision-making at both regional and global levels, particularly in markets like the UAE, where production scale and sustainability ambitions must coexist.
One such solution is the technology spearheaded by Lamoureux, CEO of CXC-SKIN, a part of the Montréal-based company CXC™, focused on transforming natural biopolymers into viable resources for industries traditionally reliant on petrochemicals. “Our team at CXC realized that we had stumbled across a technology that, when developed, could really affect change towards decarbonization of whole industries. We started with Beauty & Personal Care. But the possibilities go way beyond this $600 billion industry.”
While not every sector can easily transition away from fossil-based inputs, Lamoureux notes that certain industries, particularly personal care and cosmetics, present a viable pathway to reduce reliance on petrochemicals at scale. “The convergence of supply chain instability and climate ambition is reshaping the conditions under which alternative materials are no longer optional but increasingly necessary, with the added benefit of enhanced performance in areas such as anti-aging,” he says.
This perspective reflects a broader shift in how materials are evaluated. What was once considered a niche sustainability initiative is increasingly viewed through the lens of supply chain resilience and long-term industrial strategy.
Starting with COP28, hosted in the UAE, Gulf leaders reinforced their commitment to advancing decarbonization while maintaining economic resilience, highlighting the need for practical, scalable solutions that can be implemented across industries. This dual mandate, to sustain output while reducing emissions, underscores the importance of innovation within downstream sectors.
“Within this environment, production decisions are no longer isolated economic choices,” Lamoureux says. “They are increasingly shaped by geopolitical coordination, market stability concerns, and the longer-term trajectory of the energy transition.”
The UAE has consistently demonstrated its willingness to leverage its excess production capabilities, sometimes diverging from the more conservative approach advocated by other OPEC members. According to the International Trade Administration, the UAE is actively exploring unconventional oil and gas resources, testing and implementing new extraction technologies to increase recovery rates and prolong output, creating opportunities for greenfield projects.
Yet, as capital continues to flow into energy infrastructure, there is a parallel opportunity to rethink how downstream value chains are structured. With a projected $2 trillion investment gap in minerals crucial for climate change mitigation, the broader transition will depend not only on new energy sources or on how existing industries reduce their carbon intensity, but it will also depend on novel repurposing of materials like natural biopolymers.
“It really comes down to all of this being a balancing act: maintaining market stability and responding to environmental demands. In this context, the UAE’s position is shaped not only by capacity expansion but also by its role within a wider geopolitical framework that is actively influencing long-term energy strategy,” Lamoureux says.
According to Lamoureux, in a global context where supply chain disruptions can ripple across markets, the ability to localize or diversify raw material inputs becomes increasingly valuable. Natural biopolymers, he explains, offer a pathway to reduce reliance on tightly coupled petrochemical supply chains, which are often concentrated in specific regions and vulnerable to geopolitical disruption. In comparison, for instance, Chitin and Chitosan are derived from mushrooms, which, being renewable and plentiful, offer a more locally manageable supply chain.
He also emphasizes that adoption ultimately depends on performance. “History has shown that consumers are at the heart of any successful transition. Without great products, adoption of new technology simply does not occur. At CXC-SKIN, we have demonstrated that beauty and personal care products can be formulated using our technology, placing natural biopolymers such as chitosan at the core of high-performing skincare solutions.”
What sets this company apart is its focus on both environmental sustainability and economic viability. By providing alternatives to petrochemical-derived ingredients, CXC-SKIN enables companies to meet evolving regulatory expectations while maintaining performance standards.
More importantly, this approach reflects a broader strategic shift. In a world where supply chains are increasingly fragmented and climate targets are becoming more defined, solutions that address both challenges simultaneously are likely to gain traction. “The ability to reduce dependency on fossil-based inputs while maintaining industrial performance positions natural biopolymers as more than a niche innovation,” Lamoureux says. “They represent a practical pathway toward resilience.”
