Located in the heart of Frankfurt, Germany, EDEN Tower introduces a new generation of apartments designed for occupant wellness and the evolving needs of a post-COVID lifestyle. With many residents now living and working from home, the design prioritizes natural ventilation, vegetation, and well-being. Rather than following a purely formal architectural concept, the tower’s design is a direct response to these functional considerations.
Global Future Design Awards 2026: Entries Open! Take your work to the next level. Register Now…
Gold 🏆 Winner
Global Future Design Awards 2025
Eden
Residential Architecture (Built)
Firm
Jahn/
Architect/Designer
Philip Castillo, FAIA
Design Team
Immobel, Jaspers-Eyers Architects, Tilman Lange Braun & Schlockermann, EHS beratende Ingenieure Fur Bauwesen Gmbh, Ventury GmbH Energieanglagen, RIVA Engineeringties, Inc., JK Equities, McHugh Construction, Magnusson Klemencic Associates, Cullen Construction Management, KARA MANN
Location
Euopa-Allee 11, Frankfurt, Germany 60327
Country
United States
Photographer/Copyright
©Immobel, Jaspers-Eyers Architects, Tilman Lange Braun & Schlockermann, EHS beratende Ingenieure Fur Bauwesen Gmbh, Ventury GmbH Energieanglagen, RIVA Engineering
Social Media Handles:
Website
https://jahn.studio/
The developer aimed to maximize return on investment while introducing a marketable, unique residential concept to Frankfurt. The city’s zoning regulations provided an opportunity: projects incorporating living walls covering at least 20% of the facade could gain an additional 50m² of gross floor area per floor. This led to the development of Germany’s first high-rise with extensive vertical greenery, overcoming challenges posed by the country’s cooler climate.
To achieve this, three independent systems were vertically integrated:
- A centrally controlled irrigation system, activated by moisture sensors, delivers water as needed.
- A liquid fertilizer system is regulated through the building management system.
- An integrated drainage system serves each vertical green band.
A key challenge was securing the plants to the steel substructure. This was resolved using a lightweight, non-combustible fabric originally developed by NASA, formed into linear sacks that house the plants. These sacks were bolted to the steel framework via metal grommets, ensuring durability and safety.
Beyond environmental benefits, the green walls enhance the living experience. Designed for a live-work lifestyle, the tower fosters a sense of well-being and connection to nature. The 20% green façade creates a micro-ecosystem within the building, providing aesthetic and health benefits to residents.
Ten vertical living walls extend along all sides of the tower, acting as natural dividers between unit balconies. Visible from both the exterior and within apartments, these walls frame stunning views of the city with lush greenery. Thoughtful placement ensures residents experience their presence, even at heights of 75 meters. By integrating more than 2,000 square meters of green walls, EDEN Tower sets a new standard for sustainable urban living in Germany.
The tower is centrally located in Frankfurt, the most populous city in Hessen, and benefits from excellent public transportation access. It is within a ten-minute walk of Frankfurt (Main) Hauptbahnhof, which connects to the European rail network, as well as the Frankfurt Güterplatz streetcar and bus stops. A new subway line under construction in front of the tower will further enhance connectivity.
To create an inviting public space, the tower is set back from the street, forming a generous plaza. A landscaped interior courtyard, situated above a below-grade parking garage, offers residents a private green retreat. Parking has been minimized to encourage public transit use, reflecting the project’s commitment to sustainable urban development. EDEN Tower pioneers an innovative residential model, harmonizing urban density with green living. By merging biophilic design with high-rise construction, it redefines modern city living, balancing environmental responsibility with occupant well-being.
Follow us on