Campus Bissen – Incubateur

Construction Workspace in Bissen, Mersch, Luxembourg

Campus Bissen – Incubateur

The incubator in Bissen, part of the Luxembourg Automobility Campus, is a model of sustainable construction, certified Cradle-to-Cradle for its focus on circularity and resource efficiency. Built using the modular CREE system, it incorporates renewable energy, rainwater harvesting, and recyclable materials to minimize environmental impact while allowing for future adaptability. Assembled in just 72 days, the building emphasizes sustainability, flexibility, and waste reduction, setting a benchmark for future developments.
Project Name
Campus Bissen – Incubateur
Location
Bissen, Luxembourg
GFA
4,730 m²
Start of construction
June 2023
CREE System assembly time
30 days
Completion
July 2024
Type of use
Commercial
Project stage
Completed
Height
16.5 m
Number of Floors above Ground
4
Number of buildings in total
1
CREE System Type
RSP Standard
Main CREE Project Partner
CDCL
Main Client
CDCL
Main Architect
Alleva Enzio Architects
Client
Ministry of Economy
General Contractor
CDCL
Subcontractors & Suppliers
Holzbau Henz
About

Campus Bissen – Incubateur

The incubator in Bissen, part of the Luxembourg Automobility Campus and overseen by the Ministry of the Economy, is a notable example of sustainable construction. Designed to accommodate start-ups in the fields of smart mobility and automotive research, the building has been certified Cradle-to-Cradle, reflecting its focus on circularity and resource efficiency.

Built using the CREE system, the structure is modular, allowing for future adaptations, expansions, or vertical extensions as the needs of the campus evolve. This adaptability is a key feature, ensuring long-term functionality. Sustainability plays a central role in the building’s design. It includes a rainwater harvesting system and a heating network powered entirely by renewable energy, reducing its environmental footprint.

Circularity is achieved through the use of sustainable materials that are safe, recyclable, and resource-efficient. The building is designed for complete disassembly and reuse, emphasizing waste reduction. The use of prefabricated elements streamlined the construction process, with the 5,300 m² structure completed in just 72 days. This project highlights practical approaches to integrating sustainability and flexibility into construction, serving as a reference for similar developments in the future.

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We provide a holistic, natural, and simplified way of building for those who are sick of the old way of doing things.

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