Blogs

Phosphorus discharge from industrial facilities contributes to eutrophication of receiving waters, creating environmental problems including harmful algal blooms, oxygen depletion, and aquatic ecosystem degradation. Regulatory agencies worldwide have established increasingly stringent phosphorus discharge limits, with typical permits requiring <1-2 mg/L total phosphorus for industrial discharges to sensitive waters. Some jurisdictions require <0.5 mg/L or even…

The short version: The global wastewater treatment market keeps growing on the back of tighter discharge rules, rising energy costs, and water scarcity—industry forecasts point to steady multi-percent annual growth Energy-efficient treatment is the segment to watch, pushed by regulation and by plant operators’ own cost pressure MarketsandMarkets projects the electro-oxidation market to reach $2.1…

Ten years ago, the typical hyperscale operator ran a cooling tower with a wall-mounted controller, a grab-sample lab bench, and a paper log. In 2026, that model has quietly disappeared. Every large-facility procurement now writes inline conductivity monitoring into the base specification, and grab-sample chemistry has moved to a monthly audit rather than a daily…

Why Continuous Monitoring, Not Grab Sampling ASHRAE Standard 188 requires building owners to develop and execute a documented Water Management Plan (WMP) that treats Legionella risk as a controlled hazard rather than a maintenance afterthought. The standard does not mandate continuous chlorine monitoring, but its emphasis on validated control limits and corrective action records makes…

Textile wet processing is one of the most water-intensive manufacturing sectors on the planet. Published estimates of global textile water use land in the range of 79 to 93 billion cubic meters per year, and a single kilogram of dyed and finished fabric typically draws somewhere between 100 and 200 liters of process water. For…

Key Takeaways: – A 50% freshwater intake reduction is achievable in a modern paper mill, but only as a layered strategy: internal reuse, advanced monitoring, and bleach plant water recovery – The biggest single lever is white-water recirculation to the wet end — with online conductivity, pH, and suspended solids monitoring behind it, it typically…