Maintaining proper rumen pH supports healthy digestion, nutrient utilization, and milk performance in dairy cattle while reducing the risk of subacute ruminal acidosis. Explore the factors influencing rumen pH, methods for accurate measurement, and practical management strategies for dairy production.
Wireless sensor networks are making it possible to collect water quality measurements more frequently and across more monitoring locations. Learn how these systems work, the technologies behind them, the challenges they face, and where connected water monitoring is heading next.
High conductivity is not the problem itself; it is a signal that boiler water chemistry may be shifting beyond the intended control range. Understanding what is driving that change can help operators protect steam purity, heat-transfer surfaces, and equipment reliability.
Sensor fouling can affect measurement accuracy, response time, and maintenance requirements in water quality monitoring systems. Learn what causes fouling and how application-specific sensor design, materials, placement, cleaning, and maintenance can help reduce its impact.
Toroidal conductivity sensors improve CIP performance, product-to-water phase separation, and process monitoring while minimizing maintenance through their non-contact design. Learn how the right conductivity technology can improve efficiency and reliability in hygienic food and beverage applications.
Maintaining proper pH throughout the e-coating process is essential for achieving consistent coating quality, strong adhesion, and long-term corrosion protection. Learn how reliable pH measurement helps manufacturers improve process stability while reducing defects, downtime, and rework.
RTD sensor performance depends on more than accuracy specifications; factors such as construction, materials, wiring, and integration all influence long-term reliability. This article explains how thin-film, wire-wound, and strain-free RTDs perform in real industrial environments and how to select the right design for your application.
FNU and NTU both measure turbidity using nephelometric principles, but their different light sources make them suited for different applications. This article explains where each method fits, why the readings are not interchangeable, and how AlpHa’s TU90 turbidity sensor supports reliable NTU monitoring.
Traditional water quality parameters often show that something changed, but not what caused it. This article explains how optical brighteners provide a clearer fingerprint of wastewater contamination and how continuous sensing helps utilities respond faster.
Oil-in-water monitoring is not just about concentration; it is about how oil exists within the process. This article explores why free oil and emulsified oil require different sensing strategies to achieve accurate, reliable results.
The UK Environment Act 2021 has redefined compliance by requiring continuous, transparent monitoring of wastewater discharges. This article explores how utilities can design effective sensor strategies to meet Section 82 requirements and deliver reliable, real-time environmental data.
The Environment Act 2021 is accelerating the transition from periodic sampling to continuous water quality monitoring across the UK. This article explains why real-time data is now essential for compliance, environmental protection, and operational decision-making.
