A powerful El Niño climate phenomenon has broken global temperature records, occurring less than two years after the previous cycle. Climate scientists, including Professor Mat Collins of the University of Exeter, warn that these rapid successions of extreme weather events are intensifying global climate volatility and altering weather patterns on an unprecedented scale.
For the recycling and waste management sectors, these macro-climate shifts are no longer just future projections; they represent immediate operational hazards. Extreme heatwaves and altered precipitation patterns directly threaten infrastructure, energy grids, and water resources. In regions heavily reliant on water-intensive processes, such as plastic washing and pelletising, resource scarcity can halt production or dramatically inflate utility costs.
For Turkish recyclers, who form a critical hub for processing UK-exported polymers, climate volatility poses acute challenges. Türkiye has already faced severe seasonal water stress. A prolonged El Niño-induced drought could trigger municipal water restrictions, directly impacting the washing lines of rPET and polyolefin recyclers. Furthermore, extreme weather disrupts maritime shipping routes and port operations, threatening the smooth transit of Annex VII waste shipments from the UK to Turkish ports. UK exporters must also brace for higher logistics insurance premiums and potential supply chain bottlenecks.
As a practical takeaway, UK and Turkish operators must integrate climate resilience into their business models. This includes investing in closed-loop water recycling systems at processing plants to reduce reliance on municipal grids, diversifying shipping routes, and factoring climate-induced disruptions into carbon reporting and supply chain risk assessments.
