A dual disruption in global energy supply chains has placed UK energy firms on high alert. Civil unrest in Bolivia, a key gas exporter, alongside escalating protests in Kenya, a vital transit hub for East African crude, signals a stress test for a system already reeling from geopolitical tensions. The coincidence of these events is not merely anecdotal; it is a data point in a broader pattern of energy fragility.
Bolivia, which supplies natural gas to Brazil and Argentina via pipeline, has seen production drop by 12% since protests erupted in the gas-rich Tarija region two weeks ago. Meanwhile, Kenya’s port of Mombasa, through which 80% of East Africa’s imported fuel flows, has experienced a 30% reduction in throughput due to roadblocks and strikes. The immediate effect on UK markets is indirect but measurable: wholesale gas prices on the UK’s National Balancing Point rose 4.7% in 48 hours, and Brent crude futures climbed above $93 per barrel.
To understand the mechanics, consider the global fuel network as a pressurised system. Each node is a pipeline, a refinery, or a shipping lane. When a node fails, pressure diffuses across the network. The Bolivia-Kenya disruptions are equivalent to a partial blockage in two secondary arteries. The heart of the system the Middle East, Russia, and the US Gulf Coast remains intact for now. But secondary nodes are the ones that typically trigger cascading failures. The 2021 Colonial Pipeline hack, a single node failure, caused panic buying across the US East Coast.
What concerns me is the systemic vulnerability. The UK holds just 12 days of strategic gas storage, down from 20 days in 2020. The government’s reliance on just-in-time delivery leaves no buffer for simultaneous disruptions. The protests in Bolivia and Kenya are not isolated; they reflect a wider trend of climate-induced resource stress and political instability. In 2023, the International Energy Agency recorded 47 separate incidents of energy infrastructure disruption due to civil unrest, up from 32 in 2019. Each incident erodes the system’s resilience.
For UK consumers, the immediate risk is minimal. The country’s primary gas supply comes from the North Sea and Norway via pipeline, neither of which is affected. However, the price signal is a reminder that energy is a global commodity. A prolonged Kenyan disruption would affect refining margins in Asia, diverting cargoes away from Europe and tightening supply here. That could push winter heating bills 5-10% higher than current projections, according to energy consultancy Cornwall Insight.
This is not an alarmist simulation; it is physics. Energy markets follow thermodynamics: entropy increases, and systems tend toward disorder unless energy is continuously added. The energy needed to stabilise global supply chains includes investment in storage, diversification of routes, and political stability. Neither Bolivia nor Kenya is a major UK supplier, but their turbulence is a canary in the coal mine. The UK’s energy strategy must account for a world where the background noise of disruption becomes the norm.
The solution is not to panic but to plan. Gas storage expansion, renewable deployment (which reduces import dependency), and diplomatic engagement with unstable regions are the levers available. The government’s recent decision to approve a new gas storage facility in Yorkshire is a step, but it is a single step. The pace of change remains subcritical.
As a climate correspondent, I see this as another symptom of the larger energy transition. We are still burning the fossil fuel infrastructure of the 20th century while trying to build a 21st-century grid. The friction between these two realities produces earthquakes. Bolivia and Kenya are aftershocks. The main shock is yet to come.
