With extreme weather events becoming more frequent and intense, and the cost of recovery from these events increasing, it’s critical that New Zealand infrastructure projects embrace climate change adaptation and mitigation. Hynds are committed to reducing both the embodied carbon emissions and climate resilience of infrastructure projects to reduce whole-of-life carbon and cost.
Climate Resilient Infrastructure
Climate Resilient Infrastructure can take two forms –
the climate resilience of infrastructure
and climate resilience through infrastructure.
Climate Resilience of Infrastructure
Climate resilient infrastructure reduces the impact of natural hazards on people and is less costly to maintain and repair through climate adaptation.
Hynds provide climate resilient solutions to a range of three water natural hazards and has a team of engineers available to assist in customising our products to suit project specifications. See our range of solutions below and reach out to sustainability@hynds.co.nz if you require further assistance.
Storm Surge and Coastal Erosion
Flooding
Drought
Climate Resilience Through Infrastructure
Infrastructure can be made more climate resilient by improving construction practices to mitigate the effects of climate change.
Hynds provide a range of solutions to reduce our impact on people and the environment and has a team of engineers available to assist in customising our products to suit project specifications. See our range of solutions below and reach out to sustainability@hynds.co.nz if you require further assistance.
Minimizing negative environmental and climate change impacts
Protecting and leveraging natural ecosystems (blue/green infrastructure)
Maximising social benefits
We are a proud Kiwi company with a passion for Aotearoa. Protecting New Zealand’s waterways, environment and communities is at the heart of everything Hynds does.
Learn more about Hynds Sustainability
Why do we need Climate Resilient & Adaptive Infrastructure?
New Zealand is already seeing increased climate hazards and extreme weather events as a direct result of climate change. This means that existing infrastructure may no longer be fit for purpose earlier than their intended design life. Including climate resilience in the design and manufacturing of infrastructure projects reduces the costs and emissions associated with the repair and retrofitting of the assets.