A recent energy deal in the US has caught the attention of sustainability and energy leaders, not because it’s flashy, but because it signals a shift in how large organisations are thinking about power, carbon, and reliability.
Google has agreed to purchase electricity from a gas-fired power plant in Illinois that uses carbon capture and storage (CCS) technology, capturing around 90% of the plant’s carbon emissions before they reach the atmosphere. Crucially, this project is moving forward without government subsidies, something that has historically been rare for CCS.
At first glance, this might feel distant from day-to-day operations in the UK. But the thinking behind it is highly relevant.
What’s actually happening here
For years, carbon capture has been discussed as a potential solution for hard-to-abate emissions. In practice, it has struggled to scale because it’s expensive, complex, and often dependent on public funding.
What makes this deal different is not the technology itself, it’s the commercial decision behind it.
Google isn’t backing carbon capture as a silver bullet, it’s responding to a very practical challenge: the need for reliable, always-on power while still reducing emissions. For energy-hungry operations like data centres, intermittent supply isn’t always an option, so the company is choosing a lower-carbon version of a reliable energy source, rather than waiting for a perfect solution.
That combination, reliability first, emissions reduced where possible, is the real story.
What this tells us about the direction of travel
This move reflects a broader shift in energy strategy globally. Organisations are no longer treating sustainability as a separate, idealised goal, instead, carbon reduction is being folded into procurement, risk management, and operational resilience.
Rather than asking, “Is this energy green?”, the question is becoming, “Is this energy reliable, lower-carbon, and commercially viable?”
That’s an important distinction, and one that mirrors what we’re starting to see in the UK.
How this compares with UK energy strategy
In the UK, the focus has been firmly on renewables, electrification, and reducing fossil fuel reliance, that direction isn’t changing.
But at the same time, the UK is also:
The common thread is that carbon is becoming a cost, not just a commitment.
While large-scale CCS projects may sit outside the reach of most operators, the underlying logic applies everywhere: businesses are being pushed to understand how energy choices affect cost, carbon exposure, and resilience.
What this means for operators on the ground
For most UK organisations, the takeaway isn’t that carbon capture is the next thing to install, it’s something more practical. This deal reinforces a hierarchy that’s becoming clearer across energy strategy:
Technologies like CCS are expensive and complex.
Energy efficiency, by contrast, is immediate, proven, and entirely within an operator’s control.
Reducing unnecessary energy use:
The bigger takeaway
Google’s CCS-backed power deal isn’t about choosing gas over renewables, it’s about pragmatism.
It shows that even the most advanced organisations are balancing sustainability goals with operational reality, and are willing to invest in solutions that reduce carbon now, not just on paper.
For UK operators, the message is simple, you don’t need cutting-edge technology to act on this shift.
The most effective response to rising carbon costs and energy uncertainty is still the same, understand your energy use, reduce waste, and take control of demand.
That’s where resilience starts.
