Biological Treatment of Pharmaceutical Wastewater
Heat transfer and steam generating efficiency are critical factors for any pharmaceutical manufacturer’s boiler and cooling water system. Inefficiencies caused by scaling, deposition and corrosion can reduce productivity and dramatically impact fuel costs, maintenance expenses, and emergency outages.
Consult Treatment Solutions
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Boiling and Cooling Water Treatment for Pharmaceutical
Incorporating equipment, chemistry, analytics, and field services, ACS will create a customizable water treatment solution designed to ensure your boiler and cooling water system will continue to operate efficiently, safely and reliably.
Boiler Products for Pharmaceutical
Advanced Chemical System’s boiler water treatment chemicals have been formulated to improve the operation and maintenance of pharmaceutical manufacturers’ boiler systems and steam generating plants. By addressing the challenges associated with scale formation, metallic corrosion, boiler water carryover and sludge deposition, ACS can ensure your boiler water system is operating at optimum efficiency.
Managing boiler water pH and alkalinity levels is critical to the operation and maintenance of boiler systems and steam generating plants. For optimal efficiency, it’s essential that the correct water conditions are maintained at all times. Advanced Chemical System’s alkalinity builders and pH adjusters are designed to increase operational efficiency by controlling pH levels in boiler systems, hot water systems, and steam generating plants.
Scale and Corrosion Inhibitors
The accumulation of scale and metallic corrosion are serious issues impacting the operation and maintenance of boiler systems and steam generating plants. Scale can cause localized overheating, reduced heat transfer efficiency and, ultimately, tube failure. Oxygen-related corrosion will attack metallic boiler components resulting in increased maintenance costs and reduced boiler efficiency. ACS will ensure your boiler systems are operating at optimum efficiency by treating water with carefully selected scale and corrosion inhibitors designed for boilers and steam generating plants.
Oxygen-related metallic corrosion is an ongoing concern in the operation and maintenance of boiler systems and steam generating plants. If left untreated, oxygen will corrode metallic boiler components — leading to increased maintenance costs and reduced boiler efficiency. Advanced Chemical System’s oxygen scavengers are formulated to combat the harmful effects of oxygen-related corrosion in boiler systems, hot water systems, and steam generating plants. Our advanced formulations will reduce maintenance costs, optimize boiler efficiency, and extend plant and equipment life.
Steam Line Treatments
If left untreated, boiler condensate water can have pH’s of 5.0 to 6.5 — adding iron deposits to boilers, and corrosion to the steel piping in the condensate return lines. Neutralizing amines are a common steam line treatment that ACS recommends. These amines can be fed directly to the steam header, or in a water treatment solution along with other treatment chemicals.
Unwanted foaming can be problematic in many boiler and cooling water systems. As a result, foaming requires careful control measures to minimize or eliminate its impact. Advanced Chemical System’s antifoams, defoamers and foam control agents are formulated to control unwanted foam generation. These chemicals are ideal for use in steam generation and cooling water systems.
If left untreated, salt and suspended matter concentrations create sludge in boiler water. This sludge settles and eventually “bakes” onto the boiler heat transfer surfaces, forming a hard scale that increases maintenance costs, decreases heat transfer efficiency, and reduces boiler efficiency. Advanced Chemical System’s boiler water sludge conditioners are scientifically formulated to combat the build-up of boiler sludge, reduce maintenance costs, and maintain boiler efficiency.