Location:

Bern, Switzerland

Completed:

March 2021

Client:

Build CO.

Designed by:

Monica Steel

"Axel Towers" - A residential or commercial project in Bern, Switzerland that is expected to be completed in 2021 for a client named Build CO..

The design and layout of a Alex Towers play a crucial role in creating a harmonious living environment. Factors such as natural lighting, ventilation, and spatial flow contribute to the overall ambiance and functionality of the build.

Axel Towers is a mixed-use development project consisting of three iconic towers connected by sky bridges. Located in a prominent business district, it combines office spaces, retail facilities, and a hotel.

Preparation Phase

Urban Integration: Consideration of traffic flow, pedestrian access, and integration with existing infrastructure.

Design Workshops: Involvement of stakeholders to ensure the design meets commercial and aesthetic goals.

Technical Characteristics

Height: Towers range from 20 to 40 stories.

Materials: Glass and steel exterior, with sustainable timber and recycled materials used in interior finishes.

Energy Efficiency: BREEAM Excellent rating with photovoltaic panels and advanced HVAC systems.

Construction Technology

Modular Construction: Prefabricated modules for the hotel and office spaces to streamline construction.

Sky Bridges: Innovative design of connecting sky bridges with structural support from the towers.

Green Features: Incorporation of green walls and rooftop gardens.

Benefits to Society

Business Hub: Creates a central business district with modern facilities.

Public Spaces: Includes landscaped areas and retail outlets enhancing community engagement.

Environmental Impact: Reduction in energy consumption and support for sustainable practices.

Recent Projects

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How do we make waste processing profitable?

By applying our proprietary sequential processing technology, we first extract valuable rare earth elements from the collected waste streams, tapping into a $15.5 billion market for these critical materials. We then convert the remaining waste into high-performance geopolymer construction materials, which serve as a sustainable and cost-effective alternative to traditional cement, addressing an $800 billion market opportunity in sustainable construction. This dual-product model allows us to generate revenue from both the extracted rare earth elements and the geopolymer products, while simultaneously solving environmental challenges and reducing disposal costs for our partners.