Aggressive Air Ventilation, Canada is a nationwide company that provides precision manufacturing techniques, we service your water treatment system applications with custom formulations that capture the latest technology to meet your needs. We employ state-of-the-art ISO 9000:2008 certified processes, and all products are weight-based to adhere to quality assurance standards. Each batch is tested prior to shipment, and we routinely check batch retains to ensure stability.
Besides service, we can provide technical training to your plant operators. We will assist you with complete regulatory and environmental compliance, including product safety data sheets (MSDS) and technical data sheets. We are NELAC accredited, and have certified laboratory capabilities to analyze water, biological, Legionella, organic and inorganic deposits, and resins.
Cooling systems with treatment programs that use the latest polymer technology for superior corrosion and deposition control. These apply to once-through, open re-circulating, industrial refrigeration, closed loop applications, and process water. System pre-cleaning, on-line loop cleaning and lay-up cooling solutions are also available.
Biocides that are EPA and state-registered for the cleanest systems. These programs are designed to meet CTI and ASHREA Legionella guidelines.
Boiler systems including both high and low-pressure boilers, industrial and commercial applications. We also offer a complete line of oxygen scavenger, internal treatments, condensate treatments, boiler clean-up, boil-out and lay-up chemicals.
Specialty water and waste water treatments, with a complete line of products for the influent and effluent waters, including biological augmentation and odor control.
Ion exchange resins, including low-cost, high-quality, cation, anion, mixed bed and specialty resins, with resin cleaners and softener maintenance programs.
Environmentally-friendly solid water treatment – SmartRelease – This patented method of controlling time-release dissolution of solid chemicals is based on osmotic pressure and a polymer coating that allows controlled release over a 30- to 90-day period.