The Water Consuming Bridge

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One of the most crucial prerequisites for a bridge's successful operation is the rapid evacuation of rainwater and snow while ensuring uninterrupted passage for oncoming traffic. Unfortunately, to this point, we have been unable to strike a balance between efficiency and effectiveness in meeting this requirement. The Water Consuming Bridge achieves swift drainage through its utilization of permeable concrete and waterproof sheeting. The absorbed rainfall is then repurposed to maintain lush green walls surrounding the bridge. Key Benefits: - By employing this innovative design, the need for road salt during winter months is significantly reduced, making it both economically and environmentally beneficial. - The elimination of slippery surfaces prevents accidents that often occur as a result of hazardous conditions. - Green walls not only improve air quality but also balance natural humidity levels and facilitate habitat restoration. Sustainability: - Concrete remains a long-lasting material renowned for its strength and reliability. Additionally, it is resistant to both natural and man-made disasters, and its production costs are relatively low. - Steel is infinitely recyclable, possesses enduring qualities, and has minimal environmental impact. - Pervious concrete closely resembles conventional concrete in terms of durability and strength but offers an additional benefit: by eliminating the need for retention ponds, swales, and other stormwater management devices, pervious concrete can lower overall project costs and optimize land use. Quality: - By utilizing robust materials and an efficient plumbing system, the Water Consuming Bridge surpasses the quality standards of existing bridges in Canada.