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SUSTAINABILITY IN REINFORCED CONCRETE CONSTRUCTION

Reducing concrete consumption with Unidome: Unidome void formers displace concrete in areas of reinforced concrete slabs where it is less critical for structural performance. This can reduce concrete consumption, structural self-weight, and the CO₂ emissions associated with the materials saved. Material and CO₂ savings are determined for our projects based on technical calculations and life cycle assessment data.

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OUR CONTRIBUTION TO CLIMATE PROTECTION IN CONCRETE CONSTRUCTION

Reducing material-related CO₂ emissions in reinforced concrete construction through lower concrete consumption

 

LIGHTWEIGHT CONSTRUCTION WITH UNIDOME

Learn more about our technology

“Material consumption reduction  
and weight reduction”

THE UNIDOME technology

“Material-efficient, lightweight reinforced concrete slabs through targeted concrete displacement – for a wide range of building types.“

UNIDOME products

Innovation through experience

UNIDOME XS

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UNIDOME XS - D

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UNIDOME XS - A

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UNIDOME XL

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UNIDOME XP

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UNIDOME XP-Plus

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UNIDOME references
Dr. Karsten Pfeffer
Founder & Partner – Managing Director.

Dr. Karsten Pfeffer

Founder & Partner – Managing Director
Khalid Al-Qaqa
Founder & Partner – Managing Director.

Khalid Al-Qaqa

Founder & Partner – Managing Director

PROF. DR.-ING. ANDREJ ALBERT

Head of Research & Partner
Greetings from the visionaries
Experiences and reviews from our customers

The efficient construction method using biaxial voided slabs has become increasingly established over the past two decades and is now used internationally to reduce concrete consumption and slab self-weight.

As the founders of Unidome, we bring extensive experience in this field and are committed to continuously advancing this construction method through ongoing research, development, and optimization. Unidome void formers stand for innovation, quality, and material efficiency. Our patented void former modules and elements enable concrete savings while meeting the structural and design requirements of the respective construction project. The resulting reduction in concrete consumption lowers material requirements and can reduce the associated CO₂ emissions of the slab structure.

Only by consistently demonstrating the value of our ideas, services, and products to our customers and continuously improving our systems can we realize their full potential for reducing material consumption and associated CO₂ emissions. Our goal is to contribute to more sustainable construction through more efficient concrete use and lower material-related CO₂ emissions.
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Our team