The HC Legionella team specialises in legionella control and water hygiene for the healthcare, industrial, and commercial sectors. They share an example of their work here.
The government is taking comprehensive measures to combat storm overflows, extending its plan to safeguard coastal, estuary sites, and vital marine areas.
Harnessing the sun and the sea, both plentiful and cost-free, is at the core of innovative initiatives aiming to establish vertical sea farms that float on the ocean..
In support of the circular economy, the CEO of AGENSO, Zisis Tsiropoulos, describes how the AccelWater project is optimising freshwater consumption in the food and beverage industry to reduce its environmental impact.
Civil society is calling for a bold new European water strategy, according to Pietro Francesco De Lotto, President of the Consultative Commission on Industrial Change and EESC Member.
Researchers from UC Davis have developed the ability to forecast the resilience of certain trees, revealing they can predict which will thrive best even...
A sufficient freshwater supply is essential to ecosystems, societies, and economies. Given the continuous increase in global population, improved living standards and rampant economic growth, there is an ever-growing worry about water scarcity.
Only 53% of UK adults are drinking enough water, according to Water Logic. Yet being just 1% dehydrated has serious implications for our health. Here are 10 reasons to drink more water along with some tips and tricks.
Jasmine Clark, Senior Environment Campaigner at Viva! walks us through the devastating water footprint of animal agriculture, including scarcity, pollution and unsustainable demand.
Tracking water pollution, Ordnance Survey (OS) and CGI have developed a satellite AI model which can predict and identify pollution events using location data
Human...
Using surface-enhanced Raman scattering, researchers have revealed a new way of detecting and catching microplastics in our tap water, and the key is light.
Research shows how small isolated wetlands protect downstream waters by doubling as pollution-catching powerhouses by filtering excess nitrogen (N) generated from agricultural and urban activities.
