Twenty years ago, equipped with solid expertise and little more than a pencil, I made the bold decision to turn my passion for water treatment into a tangible business venture. What began as a technical consulting service quickly evolved into a dynamic enterprise, addressing a clear market need: optimizing industrial wastewater treatment processes through tailored solutions.
Over time, the consulting services naturally expanded into the distribution of essential chemical products, becoming a key pillar of support for our clients. This business model—rooted in proximity, reliability, and performance—gained rapid traction. However, success came with its share of challenges: managing technical operations, distribution, logistics, accounting, and more. In the early days, it was a true one-man operation—I wore every hat, from accountant and IT technician to logistics coordinator and water treatment specialist.
Through dedication and discipline, Aquasan steadily grew. Our reputation was built on the strength of talented professionals who brought complementary expertise, enriching our services and reinforcing our credibility in a complex and constantly evolving industry.
Today, Aquasan stands as much more than a family-run company. We are a recognized center of expertise where seasoned professionals collaborate with emerging talent. This intergenerational synergy ensures not only business continuity but also ongoing innovation in our service offerings.
A new generation of leaders has emerged, committed to upholding Aquasan’s values and further advancing our reputation as a trusted leader in water treatment across Canada.
Thank you for your continued trust.
Underwater images of suffocating ocean. These pictures are captured in the delicate ecosystem of Oresund (Øresund) in Denmark, and shows the result of farming activities, failure of wastewater management, sludge displacement, and urban construction projects. Most importantly, fertilisers and excess nitrogen runoff from farming leads to ocean eutrophication, promoting the rapid growth of algae and phytoplankton. As these organisms die and decompose, they deplete oxygen levels in the water, causing the formation of dead zones where marine life struggles to survive. Eventually, sulfur bacteria and toxic hydrogen sulphate gas on sea bed will kill all existing life, including sea grass, fish, mussels, crabs and other invertebrates. This tragic loss of marine biodiversity could be countered by responsible governmental regulations and green, technological solutions.
Underwater images of suffocating ocean. These pictures are captured in the delicate ecosystem of Oresund (Øresund) in Denmark, and shows the result of farming activities, failure of wastewater management, sludge displacement, and urban construction projects. Most importantly, fertilisers and excess nitrogen runoff from farming leads to ocean eutrophication, promoting the rapid growth of algae and phytoplankton. As these organisms die and decompose, they deplete oxygen levels in the water, causing the formation of dead zones where marine life struggles to survive. Eventually, sulfur bacteria and toxic hydrogen sulphate gas on sea bed will kill all existing life, including sea grass, fish, mussels, crabs and other invertebrates. This tragic loss of marine biodiversity could be countered by responsible governmental regulations and green, technological solutions.