A nationwide strike by fuel transporters in Kenya has brought the country’s transport network to a standstill, underscoring the fragility of energy supply chains in developing nations. The strike, which began on Monday, has left petrol stations across Nairobi and major cities dry, grounding buses, halting deliveries, and stranding commuters. Meanwhile, Britain’s diversified energy infrastructure continues to weather global supply shocks, a contrast that highlights the gulf in energy resilience between nations.
The strike was called by the Kenya Transporters Association, which accuses the government of failing to address rising operational costs, including fuel taxes and road tolls. As of Tuesday, over 70% of fuel stations in the capital are reported closed. Hospitals have activated emergency generators, but many businesses have shut down. The disruption is expected to cost the Kenyan economy an estimated 2.5 billion shillings per day, according to the Kenya Private Sector Alliance.
This event is a stark reminder of how energy systems can buckle when they rely on a single chokepoint. Kenya’s fuel supply chain is heavily dependent on road transport from the port of Mombasa, with no significant pipeline or rail alternatives. When that single route fails, the entire system collapses. The country’s Strategic Food Reserve (which also includes fuel stocks) is only sufficient for a few days of consumption, leaving little buffer.
In contrast, the United Kingdom’s energy resilience has been repeatedly tested over the past year, from the gas price surge following the Ukraine conflict to the collapse of a major supplier. Yet, despite warnings of blackouts, the grid held. This is not due to luck but decades of investment in diversification: the UK draws from North Sea gas, Norwegian pipelines, LNG terminals, and a growing share of renewables. The transport sector is also more robust, with multiple fuel depots and multiple routes connecting ports to cities. The UK government maintains strategic stocks and has emergency powers to direct supply.
This is not to gloat. The comparison is instructive. Kenya’s predicament mirrors that of many nations that have not had the resources to build redundancy into their energy systems. The International Energy Agency has long warned that such vulnerabilities will worsen as climate change intensifies weather extremes and supply disruptions. What we are seeing is a preview of what may become common if energy transitions are not managed with resilience as a core design principle.
For the British public, the strike is a distant issue but one that should be watched. The global energy system is interconnected. If a strike in Kenya can affect global coffee prices (and it has, futures jumped 4%), it can affect your morning routine. Moreover, the expertise in logistics and contingency planning that keeps British fuel flowing is a national asset that must be maintained. The UK’s Energy Security Strategy, published last year, aims to further reduce dependence on any single source or route. That is precisely the right instinct.
As a scientist, I am less interested in the political blame game in Nairobi and more in the physics of system failure. A complex system like a national energy grid has many nodes. When too much reliance is placed on one node (in this case, road tankers from Mombasa), failure at that node propagates quickly. This is a lesson in network theory. The same principle applies to electricity grids: if you rely on one gas pipeline or one power plant, you are asking for trouble. The solution is always distributed generation and storage, multiple pathways, and buffering.
The Kenya strike will eventually end. The government has deployed police to escort tankers, but talks have stalled. For the rest of us, the event is a stress test that we should observe carefully. Energy is the lifeblood of modern economies. When the flow stops, even for a few days, the damage can be severe long-lasting. Britain’s relative insulation today is not a cause for complacency but a reminder that resilience requires constant investment and foresight. The next shock might not be a strike but a cyberattack on a pipeline or a catastrophic weather event. We must be ready.
