Cyanide is widely used in industries such as electroplating, mining, and chemical manufacturing, but it must be removed from wastewater before discharge. This guide explains where cyanide comes from, applicable regulations, and compares the most common treatment technologies used in industrial wastewater treatment.
Cyanide is widely used in industries such as electroplating, mining, and chemical manufacturing, but it must be removed from wastewater before discharge. This guide explains where cyanide comes from, applicable regulations, and compares the most common treatment technologies used in industrial wastewater treatment.
Cyanide is widely used in industries such as electroplating, mining, and chemical manufacturing, but it must be removed from wastewater before discharge. This guide explains where cyanide comes from, applicable regulations, and compares the most common treatment technologies used in industrial wastewater treatment.
Cyanide is widely used in industries such as electroplating, mining, and chemical manufacturing, but it must be removed from wastewater before discharge. This guide explains where cyanide comes from, applicable regulations, and compares the most common treatment technologies used in industrial wastewater treatment.
Water is the most used ingredient in food and beverage manufacturing and for many plants it is also the most ignored. Water is involved in almost every phase of your operation, whether you are making bottled drinks, dairy products, canned items or packaged snacks. But water treatment in the food industry tends to gain attention only…
Lead can enter industrial water and wastewater through processes such as metal finishing, mining, battery manufacturing, electronics production, and pigment or paint manufacturing. Once present, it may occur as dissolved lead, suspended particles, or lead associated with other compounds, so the treatment method cannot always be chosen from lead concentration alone. For industrial facilities, lead…
Industrial facilities are being put under increasing pressure to make more from less water. Industries’ freshwater withdrawals comprise about five percent of all consumption. This percentage is growing because power generation, manufacturing and semiconductor production grow up around the world. In the meantime, discharge regulations are becoming more strict and the costs for water continue…
Equipment fouling sooner than anticipated. Products failing the quality inspection. RO membranes degrading faster than they should. These are the kinds of operational headaches plant managers deal with every day, and they often have their roots in a water quality problem that wasn’t solved early enough in the process. Get the pretreatment right and everything…
Drop a block of carbon into polluted water, and miraculously the chlorine smell, color change and taste improve instantly. Although this transformation seems too good to be true, activated carbon water treatment is one of the world’s most widely researched and utilized purification methods – with precise physical processes called adsorption being behind its effectiveness….
Before comparing copper removal technologies, two numbers matter more than anything else: how much copper is in the wastewater, and whether that copper needs to be recovered or just removed. These two answers narrow the list of realistic options fast and skipping this step is exactly why some facilities end up with the wrong system….
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