Water bills in England and Wales are set to increase by an average of £33 per year starting from this April. This hike, amounting to around 5.4% or £2.70 per month, surpasses the current inflation rate of 3.4%.
Regulator Ofwat had previously authorized water companies to raise average bills by 36% over a five-year period until 2030. This increment is deemed necessary by Water UK to facilitate a £104 billion investment initiative aimed at enhancing infrastructure and curbing sewage leaks. However, critics argue that the escalating bills will impose financial strain on families already grappling with escalating living expenses.
Water UK has projected that an additional 300,000 households will benefit from social tariffs in 2026/27, bringing the total recipients to approximately 2.5 million. These social tariffs offer discounted rates for water and sewerage charges, with an anticipated average discount of 40%.
David Henderson, Chief Executive of Water UK, emphasized the importance of these bill increases, stating they are essential for critical upgrades to safeguard water supplies, foster economic development, and prevent pollution of water bodies. Mike Keil, Chief Executive of the Consumer Council for Water (CCW), acknowledged the rising concerns about water bill affordability and stressed the necessity for transparent spending to gain public trust.
Ofwat’s interim Chief Executive, Chris Walters, reiterated the commitment to monitoring companies’ performance and ensuring accountability in utilizing customer funds for improvements. To assist customers facing financial hardships, support programs have been doubled, with over 2 million households currently benefiting.
While consumers cannot switch water providers, adopting water-saving practices can help lower bills. Simple measures like reducing shower time and fixing leaky taps can lead to noticeable savings. Additionally, exploring free water-saving devices from initiatives like Save Water Save Money and considering a water meter installation can further aid in cost reduction.