Chlorine dioxide is an effective and popular water treatment solution. Dissolved into water, it creates a powerful, yet selective oxidant, biocide, and disinfectant used for both treating drinking water and commercial treatment applications. However, because of the traditional chemicals used, generation systems, and storage requirements of chlorine dioxide, it can mean that the benefits are sometimes overshadowed by logistical concerns for businesses. To understand the potential, we asked our experts to answer the 17 most frequently asked questions they get on the topic of chlorine dioxide.

Evoqua’s ozone technology experts address some of the most frequently asked questions about ozone disinfection and ozone water treatment.

UV Systems from Xylem are a proven solution for disinfection and removal of organic and inorganic contaminants

Having the right beer dispense system is critical to ensuring the perfect pour every time. Learn about the benefits, including installation tips, of using beer pumps in beer dispense systems.

The protein processor’s existing 75 gpm boiler feed RO system was aging and struggling to meet peak demand for treated feedwater. It also lacked the capacity to support a planned plant expansion. To address this, the processor decided to install a new primary RO system and keep the legacy unit as a backup.

Miller Poultry cut foul lagoon odors and improved water quality using Moleaer's nanobubble technology, solving odor issues and boosting treatment efficiency.

Lamb-Weston required a wastewater treatment solution at its plant in Taber, Alberta, Canada. Its potato processing wastewaters are characterized by high concentrations of biodegradable chemical oxygen demand (COD); suspended solids (SS); and fat, oil, and grease (FOG). This type of wastewater has proven to be an ideal candidate for anaerobic digestion.

Golden Flake’s 50 acre (20 hectare) Birmingham, Alabama, USA, corporate headquarters is home to a 350,000 ft2 (32,516 m2) manufacturing facility that processes more than 20 million lb (9 million kg) of snack foods per year. The plant’s production mix can fluctuate, causing its wastewater to have varying strengths and consistencies, with flow rates ranging from 100,000-350,000 gpd (380-1,330 m3/d).

Ozone is a highly oxidizing gas that can remove farm water impurities such as organics, pesticides and nitrites, while reducing discoloration/tannins, thus enabling the fish to remain healthy throughout the farming process.

Xylem sales and engineering teams worked with the distillery to identify wastestreams that could be reused and design a treatment system that would meet the distillery’s flow and water quality requirements.

Water quality is important not only in terms of safety but also has significant impact on the taste, product integrity, cleaning, and sanitation in the beverage industry. The water that has been contaminated with varieties of pathogenic bacteria can pose a threat not only to human and animal health, but also effects the product down time like the water used in the boilers and cooling towers...

Lone Star Dairy is a leading producer of value-added dairy ingredients derived from locally-sourced milk. While Lone Star Dairy was already enjoying the benefits of low-rate anaerobic digestion, production capacity was driving flows and loads beyond the capacity of their existing system. Upgrades were needed to remain compliant to protect the downstream publicly owned treatment works (POTW).

The Böseler Goldschmaus GmbH & Co. KG site features its own modern wastewater treatment plant (38,500 ECW). To always ensure high water quality, a reliable solution was sought to keep the proportion of microorganisms, viruses, and multi-resistant germs safely below the prescribed limits without the use of chemicals.