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Climate Resilient Cities

Our smart, innovative solutions are designed to solve the 5 key challenges in urban climate resilience: floods, droughts, heat stress, groundwater depletion and surface-water pollution.

Building better, more resilient cities

As our cities grow and deal with the impacts of climate change, our solutions need to be smarter and more connected to solve the five big challenges in climate resilience:

Floods, Droughts, Heat stress, Groundwater depletion and Surface-water pollution

We can’t do it alone. That’s why we’re working closely together with city planners, architects, engineers and many others.

    Building Resilience

    Close-up of stacked sandbags against a brick wall, acting as a barrier protecting properties from a flooded residential street. The murky water reflects houses under a cloudy sky, depicting a somber, protective, and challenging mood. Ideal for themes of natural disaster, climate change, community re
    Flood Pevention
    Managing the peaks and lows of surface water more intelligently.
    Rainwater harvesting system with water flowing into a collection barrel.
    Reuse Water
    Reusing rainwater or grey water where-ever possible.
    Hands child holding tree with butterfly keep environment on the back soil in the nature park of growth of plant for reduce global warming, green nature background. Ecology and environment concept.
    Biodiversity
    Building corridors for wildlife in our built environments.
    Reduce Heat Islands
    Utlising water and vegetation to cool our urban environments.

    Our Perspective

    Fighting the five climate change challenges in cities

    In the future, lasting rainwater management solutions won’t solely be about efficient stormwater disposal – storing and reusing water for dry periods and meeting the increasing water demand caused by urbanisation will be key for greener cities to thrive.

    Enabling rainwater reuse
    Required by law in most countries, rainwater tanks to prevent flooding, currently lay empty 95% of the time, with most of the water released to the sewer system after a heavy rain. If we used available technology, we could reuse the water to maintain greenery and infiltrate it back to our groundwater to avoid depletion.

    Avoiding sewer overflows in heavy rainfall
    Digital tools like sensors that enable predictive maintenance and improved product design can protect the city’s sewer systems from failing due to clogging. Sensors an monitor and ensure cleaning is done only when needed – saving the city costs and resources. While road gullies with features like filter options protect the sewers from clogging due to debris.

    Protecting trees
    Now more than ever our cities need trees to create shade, resist heat stress and provide us with comfort. And with increased heavy traffic, stress and more paved areas, our trees face difficult conditions. We can help through simple solutions like a root tank which provides trees with air to breath and collects water for dryer periods.