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We were brought in on a residential development project in BC for a straightforward pricing request. But once we reviewed the drawings, our team flagged serious design flaws. The system was going under a sloped driveway, between a parking lot and a garage. It included uneven tank heights with no lateral support and a stone levelling bed on top of a concrete slab. If installed as-is, it was on track to fail within a year. Led by Amy Woods, our Stormwater Management team stepped in to re-design a safer and more durable system that will perform for over 50 years, and was installed 20% faster. We're not just here to price systems, we work with you to build something that lasts. Watch our video with Amy to get the full details on how we got this project across the line: https://lnkd.in/g72ZpG_4 #StormwaterManagement #TitanEnvironmental

Advanced geosynthetics like Concrete Protection Liner and underground stormwater systems have been common solutions in cities like Toronto and Vancouver for the past few years. But lately, we’re starting to see real momentum in places like Winnipeg and other smaller cities. It’s a good sign. It means the technology is gaining trust, the performance is speaking for itself, and more engineers and municipalities are realizing these products can extend infrastructure lifespans by 100–300 years. What’s even better is that it shows a shift in mindset from short-term fixes to long-term sustainability.

I'm excited to share that a study co-authored by Titan’s own Sam Bhat, M.Eng., has been published in Geotextiles and Geomembranes, one of the most selective journals in our industry. The paper, "Model tests on wicking geosynthetic composite reinforced bases over weak subgrade," introduces a next-generation geosynthetic developed in collaboration with the University of Victoria: a wicking nonwoven geotextile–geogrid composite. This innovative material combines reinforcement and drainage into one high-performance solution. The results? A modulus improvement factor of 2.74 A 58% increase in bearing capacity Significantly better water management under rainfall simulation These findings open exciting new doors for roadbuilding in regions challenged by water infiltration and freeze-thaw cycles. Great work to the research team on this achievement! I will link the full paper in the comments below.

I often walk clients through the decision: pre-fab panels or field welding? Both have their place, it really depends on the job. 👉 For sites with unique layouts or tight access, custom-sized pre-fab panels are tailored to your jobsite. 👉 Uneven terrain means field welding might give you the flexibility you need. 👉 I typically recommend pre-fab panels to avoid delays when the weather is rough. 👉 If consistent quality and seam strength are a top priority, pre-fab panels win. 👉 If time and budget are tight pre-fab usually reduces install time and labour costs. Every site’s different. If you're weighing options, let’s talk. #TitanEnvironmental #Geosynthetics

Complex civil projects require geosynthetic systems that perform under variable site conditions. Titan provides advanced solutions for critical civil infrastructure: channel lining, embankments, roadway reinforcement, stormwater management and more. Our liners, MSE walls/slopes, geogrids, and geocells integrate into design specifications for transportation networks, erosion control, and soil stabilization projects.

Each module in the StormSmart™ system is carefully designed to: ✔️ Effectively hold water ✔️ Capture debris moving downstream ✔️ Simplify cleanout maintenance Outfitting the system with filtration keeps stormwater clean as it moves to lakes and rivers — providing end-to-end environmentally friendly water management.