When it comes to sanitary systems, traditional materials and design practices are no longer enough. Today’s urban decision-makers are seeking systems that perform reliably in difficult conditions while also meeting new standards in sustainability, efficiency and lifecycle cost.
Municipalities want new ways to tackle the challenges of aging infrastructure, urbanization and climate instability. Demand is growing for innovative, low-impact solutions that are easier to install, longer-lasting and more adaptable to modern cities’ needs.
Material science and smart engineering are powerful enablers here. By reimagining the core materials and mechanical properties of sanitary systems, manufacturers like Wavin can deliver infrastructure that performs at the highest level and aligns with ambitious circularity goals.
Performance begins with real world engineering
As drainage professionals know, sanitary systems aren’t installed in lab conditions. They’re buried beneath dynamic, complex environments subject to physical stress, chemical exposure, moisture variability, traffic-induced vibrations and soil composition changes. Truly resilient infrastructure must be designed for this real world.
This durability is only one part of the design equation. Adaptability is equally critical because components must cope with ground movement, variations in installation and the shifting demands of urban environments. That’s why, at Wavin, we focus on creating solutions that perform reliably in all these conditions, advancing material performance and system flexibility. Here are a few examples of how innovation in material science and design is reshaping the future of modern sanitary systems:
Wavin Acaro: A high performance solution for non-pressure sanitary systems
Sanitary non-pressure systems face particular challenges from subsidence, aggressive wastewater environments and fluctuating ground conditions. The Wavin Acaro range is specifically designed to overcome these issues.
Constructed from advanced chemically resistant materials, Wavin Acaro pipes deliver exceptional strength and abrasion resistance. This protects against cracking, deformation and leaks, even after prolonged exposure to aggressive discharges that can break down conventional materials.
Its integrated sealing system further enhances resilience, allowing controlled joint flexibility to absorb minor ground movements and limit stress at connection points. This ensures a consistently watertight performance and reduces maintenance requirements, supporting a longer operational lifespan and reducing the need for future intervention. This added durability provides critical protection in areas experiencing heavy surface traffic or repeated freeze-thaw cycles.
Wavin Biax and Apollo PVC-O: The next generation of sanitary pressure pipe technology
Urban expansion often requires pressure pipes to carry water and wastewater across long distances, under tough environmental conditions and with minimal disruption to existing infrastructure.
Developed using a sophisticated biaxial orientation process, Wavin Biax and Apollo PVC-O combine high internal pressure resistance, reduced weight and improved impact tolerance, making it ideal for challenging projects. Its lower weight also simplifies logistics and on-site handling, reducing reliance on heavy-lifting equipment, while high mechanical strength enables the use of thinner walls, improving hydraulic capacity without increasing external diameter.
The result is a long-lasting pressure pipe system that enables fast, cost-effective installation and reliable long-term performance—ideal for rapidly urbanizing areas where speed, strength and sustainability must go hand in hand. By extending service life and reducing the need for frequent replacements, Wavin Biax and Apollo PVC-O help minimize material consumption and waste. This solution also supports a lower overall carbon footprint by enabling efficient transportation and installation processes, making it the responsible choice for future-ready infrastructure.
Wavin Tegra 600 LC: Future-ready inspection chambers for smarter infrastructure
Inspection chambers have always been central to the performance of underground sanitary systems, but the Wavin Tegra 600 LC redefines what planners and contractors can expect from inspection chamber technology.
This innovative inspection chamber design has been engineered to support smart water management systems and meet the rising need for low-impact, long-lifespan infrastructure. Manufactured from up to 70% recycled material, it offers a proven 100-year service life—meeting even the most demanding circularity requirements.
A standout feature of the Wavin Tegra 600 LC is its flexible ball joint, which accommodates movement in any direction, reducing the likelihood of stress fractures and joint failures, even in unstable or heavily trafficked ground. This makes it ideal for infrastructure systems in high-traffic areas or cities with varied subsoil profiles. The chamber is also simple to install, thanks to features like a symmetrical seal and a low-push socket design.
For planners dealing with regeneration or infill development in dense urban cores, its lightweight structure and modular DN110 chamber options provide the scalability and speed needed to stay on schedule. It excels in situations where systems must deliver flexibility without sacrificing performance, such as modular drainage systems for airport expansions.
Sustainability at every stage of the product lifecycle
From raw materials to end-of-life, sanitary system design is under increasing scrutiny. Green building codes, sustainability targets and EPD requirements are reshaping tenders and making carbon impact, circularity and lifecycle performance key decision drivers.
At Wavin, we focus on delivering low-carbon, high-performance infrastructure that exceeds expectations. Planners looking to meet the Sustainable Development Goals or implement green infrastructure for urban water reuse can confidently specify products like Wavin Biax and Apollo PVC-O, Wavin Acaro and Wavin Tegra 600 LC, knowing they align with regulatory frameworks and performance expectations.
Looking ahead: Innovation that enables resilience
Future urban challenges demand more from sanitary systems than ever before. Through continued innovation in materials and system design, Wavin enables a new generation of smarter, stronger and more sustainable infrastructure. Our sanitary solutions have already proved their value to the market, forming a toolkit for developers, engineers and planners to build durable sanitary pipe systems for cities ready for whatever the future holds.
To learn more about how innovative materials and designs are redefining durable sanitary pipe systems, read our blogs about Wavin's water infrastructure systems and their durability:
1. Future-proofing urban infrastructure: The essential role of low-carbon inspection chambers
2. The NEW Wavin Tegra 600 LC: A breakthrough in sustainable sewer infrastructure
