Engineer the next generation of nuclear power.

Engineer the Next Generation of Nuclear Power

Nuclear power sits at the centre of the global push for secure, low carbon baseload electricity, as countries look to extend the life of existing reactors while building new capacity to meet rising demand and climate targets. The sector spans the full fuel cycle, from uranium mining and enrichment to reactor construction, operation and eventual decommissioning.

This momentum concentrates around a handful of nuclear leaders.

• The United States operates the world’s largest nuclear fleet, with 94 reactors generating close to 97 gigawatts of capacity, anchoring the country’s low carbon electricity supply.
• France runs the world’s second largest reactor fleet, with 57 reactors in operation, and has committed to building at least six new generation EPR2 reactors to renew and expand its nuclear capacity.
• Canada ranks as the world’s second largest uranium producer, supplying 13 to 15% of global output from some of the highest grade uranium deposits on the planet, in the Athabasca Basin.

Wherever they operate, nuclear companies face the same core challenge: extending the life of ageing reactors, building new capacity on time and on budget, and securing the fuel supply chains this transition demands. This is exactly where ABGi operates, helping companies across the nuclear fuel cycle, reactor design and plant operations secure R&D tax credits and innovation funding for their projects.