Water quality is not static. It changes over time due to environmental conditions, human activity and system performance. Traditional spot sampling provides valuable insight, but it only captures a single moment. In many applications, this is no longer sufficient. Continuous water monitoring offers a more comprehensive approach. By collecting data at regular intervals over extended periods, it allows trends, anomalies and risks to be identified as they develop rather than aft

Physicochemical Microbiological Heavy Metals Portable water testing has become an essential tool for monitoring water quality across a wide range of environments. From remote communities to emergency response settings and daily monitoring of various bodies of water, the ability to test water at the point of use provides rapid insight into potential contamination risks. Modern field-based solutions can detect a broad range of contaminants, covering microbiological, physicochem

Monitoring heavy metals in soil has traditionally been a laboratory-intensive process—requiring careful sample collection, controlled storage, specialist handling, and often days or weeks before results are available. But as environmental pressures increase and decision-making timelines shrink, there is growing demand for faster, more flexible approaches to soil contamination analysis. The Metalyser Portable Soils HM4000 from Trace2o represents a shift toward field-deployable

EarthDay 2026 Each year on 22 April, the global community comes together to mark Earth Day, a moment to reflect on our relationship with the planet and the actions needed to protect it. The theme for 2026, “Our Power, Our Planet”, highlights the collective responsibility of individuals, organisations and communities to drive meaningful environmental change. While climate change, biodiversity loss and pollution often dominate the conversation, one critical element underpins th

Access to safe drinking water depends not only on supply, but on the ability to monitor and verify its quality. Across many rural and remote regions, this remains a significant challenge. While laboratory testing is widely recognised as the standard approach for water quality analysis, the reality is that many communities simply do not have reliable access to laboratory facilities. This gap creates a critical risk. Without consistent testing, contamination can go undetected,