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Blogs on stormwater management and urban environmentally sustainable development

Close-up view of Hoensoey Cells, highlighting the durable honeycomb structure engineered to provide high load-bearing capacity and optimal drainage.

Geocellular Attenuation Tank: A Solution to Courtyard Drainage Problems

How do you solve the persistent problem of water accumulation in courtyards? With increasing precipitation and unpredictable weather, many courtyards are left inundated with standing rainwater, which can lead to serious issues for plants and property. Fortunately, the Geocellular Attenuation Tank offers a modern, efficient… Read More »Geocellular Attenuation Tank: A Solution to Courtyard Drainage Problems

A synthetic turf sports field showcasing advanced drainage that prevents water accumulation, allowing for uninterrupted play during heavy rainfall.

Synthetic Turf Sports Fields Optimized for All-Weather Play

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Meeting the Challenges of Synthetic Turf Sports Fields Synthetic turf sports fields provide a durable, all-weather surface perfect for urban, high-use areas. However, managing heat and water efficiently is crucial for player safety and field availability. Synthetic turf can reach extreme temperatures in direct sunlight,… Read More »Synthetic Turf Sports Fields Optimized for All-Weather Play

Explore the benefits and uses of rainwater modules of various heights, including Hoensoey Cells and M2018, for efficient stormwater management, water retention, and urban flood control.

Analysis and Benefits of Rainwater Modules with Different Heights

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Rainwater modules, also known as water retention modules or water storage units, serve different purposes depending on their height and application. These modules are a key part of stormwater management systems, helping to collect, retain, and manage rainwater in urban areas, landscapes, and green infrastructure.… Read More »Analysis and Benefits of Rainwater Modules with Different Heights