InfoDrainage

  • How professionals design rain gardens to effectively control stormwater runoff

    In the urban environment, hard or impervious surfaces often block the natural process of infiltration, which means rainwater can’t soak into the ground. One very effective solution to this problem is a rain garden, a small stormwater control installation that mimics the natural environment as rainwater evaporates, gets absorbed by plants or soaks into the ground. A…

    Drainage design

  • Implementing the updated Australian Rainfall and Runoff guidelines to account for climate change

    With heavy short-term rainfall events becoming more intense, it’s critical that Australia’s flood maps are dynamically altered to include the most up-to-date ARR guidelines. There’s no need to wait. You can do it today in your software. Australia is dealing with a one-in-100-year flood far more frequently than once every century. Evidence shows Australia has warmed by 1.5°C since…

    Storm, sewer, flood

  • The role of wet ponds and infiltration basins in sustainable drainage design

    Ponds and infiltration basins are two of the most effective strategies in sustainable drainage design, offering multiple benefits beyond simple stormwater control. By capturing runoff from impervious surfaces and either storing it for gradual release or allowing it to soak back into the ground, these systems reduce flood risks, improve water quality, and recharge groundwater…

    Storm, sewer, flood
  • illustration of a soakaway sustainable drainage feature

    What are soakaways and how should they be designed?

    Evolving weather patterns and increasing rainfall lead to water and drainage challenges for homes, businesses, and infrastructure. Developers must incorporate drainage systems in their planning that can solve current water challenges and meet tomorrow’s unknown water management needs. Soakaways can create safer, more resilient communities while protecting the environment. What are soakaways? Soakaways reduce the…

    Drainage design
  • illustration of sustainable drainage project. The image shows a bioswale, which is a landscaped feature designed to manage stormwater runoff and promote groundwater recharge. The bioswale includes a variety of plants and grasses that help filter pollutants from the water. The area is green and lush, with various types of vegetation interspersed throughout. The ground has a gentle slope directing water flow toward the plants, which aids in natural water purification and absorption. The setting appears to be part of an urban or suburban environment, with some paved surfaces visible nearby.

    Smart City SuDS: How I built a practical toolbox for evaluating bioswales

    We are pleased to spotlight guest author Mariya Bodylevskaya, who discovered InfoDrainage in the course of her studies around sustainable drainage at HFT Stuttgart. She shares her experience building a framework for better understanding and evaluating the performance of bioswales in urban environments. For several years, I have studied the topic of Sustainable Drainage Systems…

    Drainage design

  • NZ firm Envelope: Building new communities that connect to the natural and cultural landscape

    Envelope is a proudly Pasifika-owned New Zealand-based civil and structural engineering consultancy firm that is overflowing with home-grown personality. Assembled a decade ago, they are growing fast and have already opened their first international outpost in Glasgow. The firm is well-known for its vibrant people-first culture that leans heavily into Maori and Pasifika roots. They…

    Drainage design

  • What is a bioretention system and how does it help control stormwater runoff?

    Bioretention is a stormwater management practice that harnesses natural processes to treat and manage stormwater runoff from impervious surfaces such as rooftops, driveways, and parking lots. If you live in a city, you may have seen many of these types of systems. By utilizing a combination of vegetation, soil, and beneficial microorganisms, bioretention systems capture,…

    Sustainability

  • New in InfoDrainage 2026.1: ‘AutoProfiling’ generates drainage profiles for you

    The latest release of InfoDrainage, version 2026.1, brings a suite of new features and improvements that enhance the efficiency and accuracy of your drainage design workflows. The standout feature for this release is AutoProfiling, which simplifies the creation and management of flow paths and drainage profiles. Streamlining drainage profiles with AutoProfiling In the realm of…

    Product news

  • XPSWMM vs. InfoWorks ICM vs. InfoDrainage: Which solution do you need?

    First released for Windows in 1997, XPSWMM aided stormwater and flood professionals in taking on the water challenges of its time. It was an incredibly powerful tool that the water industry adopted to solve the challenges it faced. But time and software development always marches on. Over time, most users adopted more powerful solutions like…

    Storm, sewer, flood

  • ASCE 2025 Infrastructure Report Card for America: How did water do?

    The highly anticipated ASCE 2025 Report Card for America’s Infrastructure has just been released. How did America do? How did water do? Since 1998, the American Society of Civil Engineers has released these assessments every four years, providing both a grade score and an in-depth evaluation of the nation’s infrastructure, highlighting both advancements and areas…

    Industry news