Customers of South West Water in Cornwall have been rewarded with a £10 reduction on their upcoming water bill.
This follows their successful participation in a trial tariff introduced in February, which encouraged households to lessen their water usage as a part of the company’s Water is Precious campaign.
Impressive Results Over Three Months
Over the last three months, Cornwall residents have impressively managed to cut down their water usage by approximately 5%. This significant conservation effort not only helps in preserving the natural environment but also offers financial benefits to the customers. Laura Flowerdew, South West Water’s Chief Customer and Digital Officer, praised the community’s effort, emphasising the importance of conserving water amidst climate change and increasing scarcity of this vital resource.
Efficient Usage and Environmental Benefits
Laura noted that simple changes such as reducing shower time and turning off taps when not in use could have a substantial impact. These actions help in saving money and safeguarding the environment, contributing positively towards sustainability.
Investments and Future Plans
In addition to consumer efforts, South West Water is also making substantial investments, totalling £125 million, to enhance water resources in the South West. This includes adding new water sources and reducing leakage to ensure a 45% increase in water resources in Cornwall and a 30% increase in Devon by 2025.
Looking Ahead
As part of their 2025-2030 Business Plan, South West Water aims to introduce innovative tariffs that promote fair charging and encourage efficient water use. The success of the current trial will help shape future strategies to implement improved charging methods across the region.
For more details on the trial and tips for saving water, residents can visit the South West Water website dedicated to water efficiency.
Join the Effort
Residents are encouraged to continue their efforts in water conservation as every small step contributes to a larger goal of sustainability and efficient resource use.
