From pallets to palaces: advanced high-rise buildings built from waste wood, The Urban Woods Delft (NL)

From pallets to palaces with C-CLT and biobased high-rise buildings

New value from waste wood

What if waste wood becomes the basis for high-rise buildings. In this study, we show how waste streams transform wood into high-quality building materials with C-CLT.

In The Urban Woods in Delft, this comes together in a building where biobased construction and sustainable construction be at the center. This is where a new way of building is being created in which materials do not end, but start over.

Check out the research project
https://www.ucarchitects.com/projects/onderzoek---van-pallets-tot-paleizen-geavanceerde-hoogbouw-gebouwd-van-afvalhout-the-urban-woods-delft-nl

See more projects
https://www.ucarchitects.com/projects

C-CLT as the next step in timber construction

With C-CLT and CLT construction Netherlands we are setting a new standard building solid wood. Where traditional CLT uses new wood, C-CLT uses residual flows such as pallets and waste wood.

This ensures:

• maximum reuse of raw materials
• strong reduction in CO2 emissions
• scalable circular building systems

Read more about timber construction
https://www.builtenvironment.nl/houtbouw

More about innovation in construction
https://www.tno.nl/nl/duurzaam/bouw

This is how it grows timber architecture Netherlands on to a circular future.

Circular construction as a system

This project shows how circular construction in the Netherlands goes beyond reuse alone. It's about a system in which materials retain their value.

If timber construction architect we are working on solutions that are scalable and contribute to a new building culture.

Read more about circular economy
https://www.ellenmacarthurfoundation.org

Low-impact urban densification

The use of C-CLT creates space for urban densification with minimal environmental impact. High-rise buildings thus become a sustainable solution instead of a burden on the city.

Call to action

Curious about how C-CLT and circular construction can strengthen your project
https://www.ucarchitects.com/contact

Circular CLT and biobased high-rise buildings as the future of construction

From leftover material to architecture

Instead of seeing waste as the end point, we use it as a start. With C-CLT residual wood is converted into high-quality building materials for high-rise buildings.

This research shows how biobased construction and CLT construction Netherlands come together in a circular system where materials continue to circulate.

Check out the project
https://www.ucarchitects.com/projects/onderzoek---van-pallets-tot-paleizen-geavanceerde-hoogbouw-gebouwd-van-afvalhout-the-urban-woods-delft-nl

Innovation in engineered timber

With engineered timber buildings NL and C-CLT creates a construction method that preserves raw materials and creates new value.

Benefits of C-CLT

• high-quality reuse of wood
• lower CO2 emissions
• suitable for large-scale applications

Read more about CO2 storage in wood
https://www.builtenvironment.nl/actueel/houtbouw-co2-opslag

Circular economy as a foundation

This project is a powerful example of circular construction in the Netherlands and the transition to a circular economy.

If building transformation architect and innovator, we are working on systems where materials are never lost.

More about circular economy
https://www.ellenmacarthurfoundation.org

From building to scalable solution

The real impact of C-CLT lies in scaling up. It makes circular timber construction applicable on a large scale, from homes to high-rise buildings.

Here comes sustainable architecture Netherlands along with innovation and impact.

The future of construction is circular

With C-CLT, the construction sector is moving from linear to circular. This is the next step in sustainable construction and biobased architecture.