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SESBE

Smart Elements for Sustainable building Envelopes

SESBE
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    • Project Outline
    • Concept
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  • Achieved Results
    • Material Development
      • Reactive Powder Concrete
      • Cellular Lightweight Concrete (CLC) or Foam Concrete
      • Quartzene®
    • Material Functionalization
      • Easy-To-Clean Surface
      • Self-Cleaning Surface
      • Heat Reflection
      • Moisture Buffering by Polymer Clay Nanocomposite (PCN)
    • Component Development
      • Panel Elements
      • Component Testing
      • Durability Testing
      • Modeling
    • Demonstration
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Presentations

2017 HPC/CIC TROMSØ 2017
Textile reinforced reactive powder concrete and its application for facades

2016 SESBE Final Workshop, Madrid, Spain
SESBE – Smart Elements for Sustainable Building Envelopes
Energy efficient building element – Lessons learned from SESBE project
Surface functionalizing of building envelopes and internal walls towards self-cleaning surfaces – Examples from the SESBE project
Sustainability aspects of SESBE products

2016 IABSE Congress: Challenges in Design and Construction of an Innovative and Sustainable Built Environment
Structural Concept of Novel RPC Sandwich Façade Elements with GFRP Connectors

2015 VII International Congress on Architectural Envelopes
Structural Behaviour of RPC Sandwish Facade Elements with GFRP Connectors
Reactive Powder Concrete for Facade Elements – A Sustainable Approach

CBI Information Day
2017 Climate smart facades – Results from the EU project SESBE
2015 Future facades

RISE Research Institutes of Sweden
Division: Built Environment
Department: RISE CBI Betonginstitutet
Box 857, SE-501 15 Borås

Email: urs.mueller@ri.se

4Buildings Award 2019

The Polish 4Buildings Award 2019 was awarded to our project partner ITE for their development of a smart monitoring system within the SESBE project. Our congratulations to Grzegorz Janczyk, PhD. and his team at ITE!

More information you can find here (in Polish).

  • Home
  • Project
    • Project Outline
    • Concept
    • Goals
    • Project Structure
  • Achieved Results
    • Material Development
      • Reactive Powder Concrete
      • Cellular Lightweight Concrete (CLC) or Foam Concrete
      • Quartzene®
    • Material Functionalization
      • Easy-To-Clean Surface
      • Self-Cleaning Surface
      • Heat Reflection
      • Moisture Buffering by Polymer Clay Nanocomposite (PCN)
    • Component Development
      • Panel Elements
      • Component Testing
      • Durability Testing
      • Modeling
    • Demonstration
  • Consortium
  • Information Documents
    • Publications
    • Presentations
    • Videos
    • Public Deliverable Reports
    • Other documents
  • Cluster Activities
  • Contact Us
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