Newsroom
  • Xella.com
  • Contact
  • en
  • |
  • de
  • News
  • Press
    • Media Library
  • Themes
    • Company
    • Digitalization
    • Innovation
    • People
    • References
    • Sustainability
  • About
Search
  • en
  • |
  • de
  • News
  • Press
    • Media Library
  • Themes
    • Company
    • Digitalization
    • Innovation
    • People
    • References
    • Sustainability
  • About

Multipor preserves the historic facades of the City Campus Antwerp

The University of Antwerp is investing 12.5 million euros in the renovation of its City Campus, including the historic Knechtjeshuis. In order to preserve the historic facades, Multipor is used as insulation material.

12 April, 2023

Five centuries ago, the first bricks of the historic Knechtjeshuis were laid on Antwerp's Paardenmarkt. In the meantime, the former orphanage has become part of the City Campus of the University of Antwerp, where it is currently undergoing a thorough renovation. In the process, the historic facades will be preserved thanks to the use of Multipor as insulation material.

The University of Antwerp is investing 12.5 million euros in the renovation of the City Campus so that students will already be able to attend lectures at Paardenmarkt in 2023. Architects Driesen-Meersman-Thomaes and MAAT_WERK created the design, while Bureau Bouwtechniek provided structural engineering support. Energy efficiency was an important factor in the renovation, but good insulation can be a challenge if you don't want to compromise the historic value of a building. To preserve the impressive facades, the interior walls were re-insulated with Multipor. Bureau Bouwtechniek had worked regularly with Multipor before and had good experience with it, so it was the ideal solution for them for this project.

Avoiding moisture problems

The choice of insulation material is also important for challenging the development of moisture. Multipor is a mineral board that is vapor permeable and transports moisture, buffers it and allows it to dry inside. In contrast, conventional materials such as rock wool do not have this buffering effect, which can cause moisture to accumulate and turn the entire wall into one bunch of mold. In addition, these materials can cause frost damage to the facade if rainwater that penetrates the walls cannot drain away. In the case of monuments and historic buildings, it is especially important to maintain the facade in the best possible condition. In addition, wooden beams often provide stability for older buildings, so preventing moisture is a significant factor in safety and structural stability.

Ecological and recyclable

Architect Jan Meersman has also become a fan of the material through his positive experience with Multipor: "This project was my first encounter with Multipor. It performed so well that I advised the contractor to use the material for insulating other walls of the campus as well. ”Multipor has a high thermal insulation value, is fire resistant and can be installed quickly and efficiently. It is also sustainable because Multipor is fully recyclable. It can therefore serve as a raw material for the production of new building materials. It is also cured at only 180 degrees. If you compare that with glass wool, which requires more than 1,000 degrees, the decision is quickly made. Its many advantages make Multipor a logical choice for renovating historic buildings like the Knechtjeshuis.

Share this news

E-mail page Print page

More sustainability news

  • Sustainable and energy-autonomous: The future of housing is being created in Romania

    This showcase project in Romania demonstrates just how serious we are when we say in our brand claim that we are building a sustainable world. Our products are part of a residential complex that demon

    View more
  • Sustainable building and circularity: pilot project in Southern Germany

    An important pillar of Xella's sustainability strategy is circularity. The company has set itself the goal of eliminating all leftovers from autoclaved aerated concrete production from landfills by 20

    View more
  • First Xella shipping on the Danube in Southeastern Europe

    The first shipment of Xella materials from Serbia to Romania saved almost 70 tons of CO2. And there are even more advantages to shipping by water instead of road.

    View more

Links

 

Links

  • Company
  • Digitalization
  • Innovation
  • People
  • References
  • Sustainability
  • LinkedIn
  • Youtube

Introduction

2023 Xella International. All rights reserved.

Links

  • General Terms and Conditions
  • Privacy Policy
  • Imprint
  • Terms of Use