An alliance between US-based reactor developer Terrestrial Energy and British energy firm Viaro Energy has reached a key assessment phase. The companies are working to bring advanced Integral Molten Salt Reactor technology to heavy industrial facilities and fast-growing artificial intelligence data centers.

The two partners are now evaluating regulatory, economic, policy, and siting requirements. Their goal is to identify commercial locations and global markets where modular reactors can supply firm, zero-carbon power and high-temperature heat.

The initiative comes as energy-intensive industries face mounting pressure to eliminate carbon emissions without sacrificing reliability. “Gas has historically supplied the heat and electricity required for refineries and petrochemical plants, as well as offshore production platforms, because it has been a reliable energy source,” noted a press release. “With pressure to reduce industrial carbon emissions, finding a replacement has been challenging.”

However, replacing that supply with intermittent wind and solar power presents serious technical hurdles. As noted by the International Atomic Energy Agency, relying solely on weather-dependent renewables requires a massive expansion of the power grid. 

This risks grid instability and drives up system-firming costs, which potentially limits industrial growth.

Advanced nuclear reactors operate without direct carbon emissions and carry one of the lowest lifecycle carbon footprints of any energy source. 

Because small modular reactors (SMRs) and micro modular reactors (MMRs) can be built near factories, they offer continuous power while shielding operators from volatile fuel prices and grid failures.

US technology developers are increasingly tailoring reactor designs for industrial customers rather than traditional electric utilities.

Source link