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Bio-based and low-carbon materials

Besides energy transition, “materials transition” is the next relevant theme in our route to zero impact building. Where we can, we want to circulate materials with as little effort as possible. New materials, which we certainly still need are selected on the lowest possible environmental impact. Why not let ABT advise you on the right material choices and building physics concerns when applying bio-based and low CO2 materials.

Bio-based materials in The Natural Pavilion

CO2 emissions from new materials in a project are about 75% of the emissions during the total life cycle. It is therefore critical to be the first to reduce this embodied CO2. This can be done by reusing parts of existing buildings as much as possible and prioritizing materials that belong to biological cycles.

Absorption of CO2

Bio-based materials are natural materials such as wood, stone and plant products that can retain CO2 over time. They reduce the overall ecological footprint of the building and contribute to a sustainable environment. Combined with a biophilic design approach, using more natural environments in buildings to create more connection with nature, we support the health and well-being of the occupants or users.

Prevention of decay

Because there are also some critical concerns when using these materials, a building physicist will be involved in the design of a safe structure.

Bio-based materials are usually biodegradable. This makes them susceptible to moisture, mould, insects and erosion. This can affect the life of the material and the health of the users. The material is often light. To achieve good sound insulation, we can advise on proper construction and details. When using wood, fire safety is an important aspect to consider.

We have designed several projects with CLT construction, including calculations on whether the application of bio-based materials can be used safely without decaying or rotting.

To make a strong statement and show that Paris-proof building is possible in 2022, we used bio-based materials in the pavilion at Floriade expo 2022. All construction materials are derived from biological processes and 100% removable and reusable.

Bio-based materials

Relevant projects

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Houtlab Nieuwkuijk

Houtlab Nieuwkuijk

Houtlab is a wooden building with a Cross Laminated Timber (CLT) load-bearing structure, located along the A59. It is a sustainable, circular, and inspiring production and office space where collaboration is key. Our sister company, Adviesbureau Lüning, was responsible for the construction design. ABT provided the building physics, acoustics, fire safety, and installation engineering consultancy.
Jonas

Jonas’

Jonas’

A multifunctional building with a highly innovative residential concept. Jonas is a sustainability icon in IJburg. The project is a development by Amvest, designed by Orange Architects in collaboration with ABT and Felixx Landscape Architects and Planners. It was realized by Ballast Nedam West. ABT took care of the integral technical design.
Credits INBO

Oostpoort Kavel 1F

Oostpoort Kavel 1F

In Haarlem, the first social residential tower with a hybrid construction of wood and concrete will soon be built. This 33-meter-high tower, provisionally named Oostpoort Kavel 1F, will contain 100 apartments and is being realized on behalf of the housing corporation Ymere. ABT is providing the building physics, acoustic, fire safety, and sustainability advice for this project.
Climate adaptation at The Natural Pavilion

The Natural Pavilion

The Natural Pavilion

In The Natural Pavilion, ABT and a consortium of nearly 20 Dutch companies have shown that it is possible to build fully circular, bio-based, energy-neutral houses, schools and offices on an industrial scale and in close connection with nature.

Wisperweide

Wisperweide

A design that fulfills exceptionally high sustainability ambitions. This is the newly to be developed Wisperweide in Weesp, the first school to be realized within the Innovation Partnership School Buildings Amsterdam. The school building is Paris Proof, detachable, and biobased. It is an example of the circular ambitions of the municipality of Amsterdam. ABT was closely involved in the development of the applied HoutKern Construction Method.
Entrance building of Rijnstate Hospital

Entrance building of Rijnstate Hospital

Entrance building of Rijnstate Hospital

The showpiece: that’s how we can confidently describe the new entrance of Rijnstate Hospital. Additionally, it serves as a beautiful introduction to timber constructions for the general public. Despite its modest size, the project showcases all aspects of successful timber construction: beauty, sustainability, and craftsmanship come together here. ABT provided the structural advice.