Sustainable Architecture at Aarhus Vand Headquarters: A Groundbreaking Design
Discover how Aarhus Vand Headquarters by CEBRA showcases sustainable architecture, innovative water management, and eco-conscious workplace design in Denmark.
The Aarhus Vand Headquarters, designed by CEBRA, is a stunning example of sustainable architecture that seamlessly integrates innovative water management, workplace flexibility, and environmental preservation. Located in Viby, Denmark, this 10,500-square-meter building was completed in 2022 and has quickly become a model for eco-conscious office spaces.

A Visionary Approach to Sustainable Architecture
CEBRA’s design for the Aarhus Vand Headquarters reflects a profound respect for water and natural ecosystems. The building’s layout and aesthetics celebrate the theme of water, symbolizing Aarhus Vand's core mission as a leading water technology and supply company.
A Metaphorical "Water House"
At the heart of the design lies an organically shaped atrium that mimics the serene environment of a freshwater lake. Circular platforms resembling lily pads rise across the floors, creating a dynamic visual and functional space. The atrium, with its natural light filtering through, serves as the building’s central hub, connecting employees with their surroundings and promoting collaboration.


Functional Design for Modern Workspaces
The Aarhus Vand Headquarters was built to consolidate employees from two previous locations into one unified, purpose-built facility. The building complex includes:
- Two service buildings: Dedicated to cleaning and wastewater management.
- A central administration building: Featuring public areas on the ground floor and private workspaces on the upper levels.


Activity-Based Working (ABW)
The administration floors are designed with activity-based working principles. Employees can choose from a variety of work settings, including:
- Informal meeting spaces
- Quiet rooms for focused tasks
- Social lounge zones
This flexible approach fosters productivity, collaboration, and employee satisfaction.


Sustainability at the Core
Resource-Efficient Water Management
Sustainability is a cornerstone of the Aarhus Vand Headquarters. The building incorporates several advanced features:
- Rainwater collection systems: Used for flushing toilets and other non-potable purposes.
- Resource-efficient drainage: Reducing water wastage and environmental impact.
- Shimmering facade design: Inspired by water surfaces, blending aesthetic appeal with eco-conscious engineering.


Biodiversity and Ecosystem Integration
The surrounding landscape complements the sustainable architecture with a dynamic mix of green and blue elements. Features include:
- Rainwater reservoirs and streams for visible water management.
- Indigenous plants and low-maintenance zones to promote biodiversity.
- A “Newt Route” to preserve the habitat of the Northern Crested Newts, an important local species.
These efforts not only enhance the natural environment but also foster year-round habitats for birds, insects, and other wildlife.


A Global Hub for Water Innovation
The Aarhus Vand Headquarters serves as the centerpiece of a larger, visionary project: a 70,000-square-meter water innovation district. This development aims to bring together Danish and international companies, public organizations, and research institutions to drive advancements in water technology.
Community and Accessibility
The ground floor of the headquarters is open to the public, offering meeting rooms, an exhibition space, and a cantina. Outside, a network of footpaths connects the building complex to the broader landscape, encouraging recreational use and community engagement.

Why Aarhus Vand Headquarters Is a Model for Sustainable Architecture
The Aarhus Vand Headquarters exemplifies how sustainable architecture can harmonize functionality, innovation, and environmental stewardship. By combining cutting-edge water technology with thoughtful design, the headquarters sets a new standard for eco-friendly office spaces.


All Photographs are work of Mikkel Frost