Maria Sivers
EPFL AVP-PGE EDAR-GE
BP 2130 (Bâtiment BP)
Station 16
CH-1015 Lausanne
+41 21 693 44 48
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BP 2130
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BP 4225
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BP 4225 (Bâtiment BP)
Station 16
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EPFL ENAC IA EAST-CO
BP 4225 (Bâtiment BP)
Station 16
CH-1015 Lausanne
+41 21 693 44 48
Local:
BP 4225
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EPFL ENAC IA EAST-CO
BP 4225 (Bâtiment BP)
Station 16
CH-1015 Lausanne
Web site: Site web: https://ae.epfl.ch/
CH-1015 Lausanne
+41 21 693 44 48
Local:
BP 4225
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Domaines de compétences
Biographie
PhD candidate in Architecture @ EPFL since 2019 | Project manager & entrepreneur since 2011 | Internship @ Parliament of Ukraine | Research assistant @ KNUBA 2009-2019 | Research exchange @ TU Munich 2008-2009 | Professional architect since 2005 | Bachelor & Master in Architecture and Reconstruction @ KNUBA/ University of Kyiv 1999-2005.Mission
Passionate about the circular economy ideas and reuse in the construction sector, combined with entrepreneurship and innovations.Fellow of the EPFLinnovators Programme. This project has received funding from the European Union’s Horizon 2020 research and innovation program under the Marie Skłodowska-Curie grant agreement No 754354.
Travail en cours
"Methods for the sustainable classification of reusable building components in demolition buildings and their incorporation into the construction material cycle"The construction industry is one of the major sources of total greenhouse gas emissions that lead to climate change and environmental issues. It generated enormous quantities of waste every year through conversions and dismantling, amounting to 16.8 million tonnes throughout Switzerland in 2018, with an expected annual increase. Beyond that, the international construction sector is responsible for a significant part of raw materials’ consumption.
Such issues render the building sector increasingly dependent on resource-efficient reuse of building products. Every building is a reservoir of so-called “grey energy”, which could be used sustainably by being reused in new projects. Due to advances in the circular economy, recycling of building materials is constantly evolving, whereas reuse of building components is still challenging, as such elements are not available in large-scale retail sale and barely implemented into the built environment.
The doctoral thesis intends to verify the key obstacles for incorporation of reusable building components into the construction material cycle, point out methodical assessment and develop suitable instruments to significantly improve reuse of construction components. The research aims include the definition of key stakeholders and selection of building components (depending on the period of use, dismantling capacity and time value), according to their categorisation (material accessibility, type, quantity, size and mass) and options for further reuse.
Key words: Reusable building components, construction elements, reuse, dismantling