In the charming town in the Franconian Forest on the Selblitz River in Germany, a new daycare centre is being built using modern construction methods and timber-based materials. The structural frame of this Bavarian daycare was erected within just one week. Material selection for the project considered factors including construction efficiency and environmental performance.

In the Spring of 2025 this new single-storey, accessible facility will provide educational learning experiences for 74 childcare places (24 crèche places divided into two groups of 12 toddlers each and 50 kindergarten places).

Our partners, Holz Kogler GmbH & Co. KG, from Oberhaching near Munich, Germany, are the mass timber specialists behind this project, making optimal use of Sylva™ CLT Walls.

Design

The design brief for the new build called for a safe and inviting space that is healthy, durable, and climate-aligned but also rapid to build and affordable as, like many communities today, they are in need of immediate childcare spaces on a fixed budget.

Prefabricated, cross-laminated timber (CLT) Sylva™ Walls by Stora Enso  were selected for the project based on the design requirements. The wood-based building system is used in educational construction projects in the DACH region. According to project data from Stora Enso, more than fifty educational buildings used the system in 2024, with further projects planned for the following years.

Safe and healthy

Educational facilities built with Sylva provide a healthy start to learning. Wood's warm, natural aesthetics create a calming environment, fostering better mental health and overall wellbeing for children. This connection has been shown to reduce stress, enhance mood, and improve cognitive function in educational environments. (Source).

Exposed CLT also offers significant benefits for children's lungs. It is a non-toxic material that improves indoor air quality by reducing harmful emissions compared with many other commonly used building materials. (More on this DE version coming soon).

At this centre, much of the Sylva CLT Walls are of a visual surface quality grade and will be left naturally exposed, creating an immediate biophilic connection to nature.

Green open spaces with a variety of outdoor playground equipment and a separate area for younger children will complete the design with a garden area adjoining the building to the southeast.

Durable

Sylva CLT Walls, when installed correctly, can have a service life of 100 years or more. The Sylva Walls were precoated in Stora Enso's state-of-the-art, fully automated coating line in Ybbs, Austria, with UV Hydrophobic Coating and UV Protection.

The coatings provide an additional layer of protection against moisture and UV radiation and prevent risks or delays in the construction phase. The coatings also help to maintain the structural integrity and appearance of the CLT over time, reducing maintenance costs and extending the lifespan of the building - important considerations for long-term operational budgeting of the centre.

Here, they have opted for LINGNOPRO® CLT-Varnish UV 100 White, which is soft and light and adds a beautiful aesthetic appeal by giving the timber a clean, modern look. It has the added benefit of being in a school setting because the coating is resistant to scratches and abrasions, helping the surfaces remain smooth and attractive even in high-traffic areas.

Rapid construction

One of the greatest overall advantages of Sylva is the speed with which mass timber buildings can be erected. Prefabrication when coupled with the protective precoating service allow the structural system of the building to be delivered to the site and installed very quickly by a small crew of workers.

Not only does this speed up the construction phase and associated onsite labour hours, it also allows the structural components of the building to be constructed concurrently with the foundations and footings which was demonstrated in the structural frame of this project being completed in just one week. 

Using Sylva also reduced any possible lag time that can occur with conventional concrete building projects where ground improvements must be made before the structural frame can be built given concrete is typically cured for at least 28 days before its final strength is reached and construction of the next floor can begin. (Wilson, M.; Kosmatka, S.H.).

The operator of the facility, the Bayerisches Rotes Kreuz (BRK) district chairwoman, Angela Bier, praised the rapid implementation at the topping-out ceremony that took only one week for the structural frame to be erected.

The carbon footprint of the Sylva™ CLT Walls used in this project

Manufacturing 9 tonnes CO₂e

Transporting 2 tonnes CO₂e

Carbon dioxide removed from the air and stored in Kita Naila 130 tonnes CO₂

Emissions avoided by using wood instead of non-renewable construction materials 195 tonnes CO₂e

When completed, the daycare will also have green roof areas and a photovoltaic system to supply the underfloor heating. Combined with the airtightness of the Sylva Walls this will help lower operational costs for the centre.

PEFC certified

The project specifies PEFC-certified wood products. Environmental performance information for the materials, including life-cycle greenhouse gas data, is provided in third-party verified environmental product declarations (EPDs).