“Viridian Water Systems supplies, installs & maintains reverse osmosis systems with permeate

flow rates ranging from 0.5 – 250  gpm (gallons per minute)”

Viridian Water Systems is an industry leader in water treatment and water purification applications. Industrial reverse osmosis systems have been the focus of our solution-based approach to the industry’s challenging problems for over 3 decades. Enabling our clients to produce the absolute highest quality of pure water is what we pride ourselves on. We utilize a variety of methods to achieve high resistivity water for various applications such as industrial reverse osmosis, industrial deionization, distillation, mixed and separate bed deionization among others.

We proudly provide industrial reverse osmosis systems to customers in Toronto, Vaughn, Woodbridge, Markham, North York, New Market, Barrie, Brampton, Mississauga, Oakville, Burlington, Milton, Ancaster, Dundas, Hamilton and surrounding areas.

Industrial reverse osmosis systems are the most efficient, cost-effective product line to efficiently reduce the contaminants and particles in feed water for applications such as beverage, cosmetic, coolant and pharmaceutical manufacturing, metal finishing, wash/paint lines, semiconductor processes, electronics production, chemical synthesis and others.

Adequate pretreatment is very often a necessary step of the procedure of establishing a fully commissioned and functioning industrial reverse osmosis process. Pretreatment measures can include installing water softeners, chlorine & organics filters, sediment removal systems and ultraviolet disinfection systems (UV systems). Industrial reverse osmosis systems are used to follow up pretreatment in the order of sequence for many industrial and manufacturing processes.

Reverse osmosis membranes constitute the vast majority of industrial reverse osmosis systems. Commercial and industrial water deionization, distillation and reverse osmosis are the 3 most common means by which to achieve low conductivity permeate water.