Scandicurb
Concrete reduction
CO2 Reduction with ScandiCurb
A very important isue the further is the CO2 in the Air.
With ScandiCurb you can help to reduce the CO2 footprint compare to precast kerbs
Reinforcing concrete with steel wire and spikes on high plinth/ retaining walls, rather than setting the edges in concrete with back-up, can save large amounts of concrete and thus CO2. Much of the concrete used in facilities today is not visible, and concrete is a resource that requires large amounts of water and energy to produce.
Since January 2018, Scandicurb has compensated for all concrete used.
In 2018, we supported the Valley Project in Tanzania where 35,000 hectares of rainforest are being conserved.
As of January 2019, we have supported the tree planting project in partnership with smallholder farmers in Uganda. In addition to carbon offsetting, the Trees for Global Benefits project also delivers many social benefits in the form of agricultural outputs such as fruit and valuable ecosystems.
Wide kerb, ScandiCurb. CO2 and concrete reduction about 50%
Traditional precast kerbs
Small kerb, ScandiCurb. CO2 and concrete reduction about 70%
Traditional precast kerbs
Støttemur, Retaining wall, ScandiCurb. CO2 and concrete reduction about 40%
Traditional precast kerbs
Heigh kerb, ScandiCurb. CO2 and concrete reduction about 60%
Traditional precast kerbs
Amfi teather, stairs, ScandiCurb. CO2 and concrete reduction about 60%
Traditional precast kerbs