k Text replacement - "lead_en" to "lead en" |
Geen bewerkingssamenvatting |
||
| (2 tussenliggende versies door 2 gebruikers niet weergegeven) | |||
| Regel 9: | Regel 9: | ||
|heading=Biobased Bouwen | |heading=Biobased Bouwen | ||
|research group=Biobased Bouwen | |research group=Biobased Bouwen | ||
| | |name en=Biobased construction | ||
|lead=Biobased bouwen met in de regio beschikbare materialen | |lead=Biobased bouwen met in de regio beschikbare materialen | ||
|lead en=Biobased construction with materials available in the region. | |lead en=Biobased construction with materials available in the region. | ||
| Regel 15: | Regel 15: | ||
|summary en=The research group Biobased Construction collects, develops, valorises and disseminates knowledge about the application of biobased materials in construction and civil engineering. It focuses on residential and non-residential construction, existing and new buildings, foundations, constructions, the finishing of facades, roofs and the interior and on civil applications in road and hydraulic engineering. The research group is part of MNEXT, a collaboration between the HZ and Avans. The researchers carry out practice-based research in cooperation with (international) companies, research institutions and students. The research group focuses on building materials and systems that are produced from agro-residual flows available in the region. The focus is for example on building materials and composites from flax, hemp, bamboo and wood and insulation materials such as (flax) lime hemp, mycelium, reed and straw and weed. By examining bio-based building materials from Zeeland and Brabant companies in particular, sustainable networks can be created that offer opportunities for employment and start-ups. A good example of the practice-based research of this lectorate is the development of the knowledge database www.biobasedbouwen.nl. It has created this in cooperation with 40 companies and knowledge institutions from the Green Deal Biobased Construction. Through this knowledge bank, everyone - from the builder to the policymaker and client - can gather and share knowledge about the availability and application of bio-based materials, products and building concepts. | |summary en=The research group Biobased Construction collects, develops, valorises and disseminates knowledge about the application of biobased materials in construction and civil engineering. It focuses on residential and non-residential construction, existing and new buildings, foundations, constructions, the finishing of facades, roofs and the interior and on civil applications in road and hydraulic engineering. The research group is part of MNEXT, a collaboration between the HZ and Avans. The researchers carry out practice-based research in cooperation with (international) companies, research institutions and students. The research group focuses on building materials and systems that are produced from agro-residual flows available in the region. The focus is for example on building materials and composites from flax, hemp, bamboo and wood and insulation materials such as (flax) lime hemp, mycelium, reed and straw and weed. By examining bio-based building materials from Zeeland and Brabant companies in particular, sustainable networks can be created that offer opportunities for employment and start-ups. A good example of the practice-based research of this lectorate is the development of the knowledge database www.biobasedbouwen.nl. It has created this in cooperation with 40 companies and knowledge institutions from the Green Deal Biobased Construction. Through this knowledge bank, everyone - from the builder to the policymaker and client - can gather and share knowledge about the availability and application of bio-based materials, products and building concepts. | ||
}} | }} | ||
{{Research Group Detail | {{Research Group Detail | ||
|objective=Bijdragen aan de biobased economy. | |objective=Bijdragen aan de biobased economy. | ||
| Regel 23: | Regel 22: | ||
|professor=Frank Huijben | |professor=Frank Huijben | ||
|contact=Marianna Ansiliero de Oliveira Coelho | |contact=Marianna Ansiliero de Oliveira Coelho | ||
|theme=Energie, Biobased | |theme=Energie, Biobased}} | ||
}} | |||
{{Add item | {{Add item | ||
|title={{int:Researchers}} | |title={{int:Researchers}} | ||
| Regel 32: | Regel 28: | ||
|formatter=Image card portrait | |formatter=Image card portrait | ||
}} | }} | ||
{{Create item | {{Create item | ||
|title={{int:Projects}} | |title={{int:Projects}} | ||
Huidige versie van 20 feb 2026 12:53
- Missie:
- Het verzamelen, ontwikkelen, valoriseren en uitdragen van kennis over de toepassing van biobased materialen in de bouw en civiele techniek.
- Doel:
- Bijdragen aan de biobased economy.
- Onderzoeker:
- Frank Huijben
Onderzoekers
Projecten
Bio-Iso
In de Nederlandse bouwsector is er nauwelijks gevalideerde kennis beschikbaar over het toepassen van biobased materialen in gevels. In het project Bio-Iso, dat in oktober 2020 van start is gegaan, zijn biobased isolatiematerialen in verschillende combinaties wetenschappelijk getest. Met de (aangetoonde) gunstige eigenschappen onderscheiden producenten van deze materialen zich op bestaande en nieuwe markten.
project
Circular Biobased Construction Industry
Het Interreg 2 Zeeën-project Circular Biobased Construction Industry (CBCI) onderzoekt hoe je grondstoffen in de bouw efficiënter kunt gebruiken om daarmee de CO2-uitstoot te verminderen. Niet alleen in de bouwfase, maar tijdens de hele levenscyclus van een gebouw. Voor de transitie naar een circulaire economie wordt een integrale aanpak voor circulair en biobased bouwen ontwikkeld, die de basis vormt voor de bouwsector.
project
Earth Enable
Dirt floors make children across rural Africa sick, and 1.4 billion people live and sleep on a dirt floor. Replacing a dirt floor with a concrete floor reduces diarrhea and parasitic infections, but concrete is both environmentally destructive and unaffordable to the world’s poor. Earth Enable is a Research & Development partnership and addresses this problem by installing sustainable and affordable earthen floors that have fewer carbon emissions than concrete, and are also a third of the price of concrete. While our product has found a huge market of families who are eager to upgrade their homes, we have significant challenges that we are eager to partner with teams of students to address! You can work on subjects like: floor color, resin curing, resin hardness, and stabilization of the floor.
project
Lerend Netwerk Biobouwers
Het project Lerend Netwerk Biobouwers wil een innovatieve, praktijkgerichte onderwijsmethode voor de bouwsector ontwikkelen. Hierin staan bio-circulaire materialen, ecologisch systeemdenken en 21e-eeuwse vaardigheden centraal. De opleiding Bouwkunde en het lectoraat Biobased Bouwen van de HZ zijn betrokken bij het Interreg V-project.
project
Structural Health in BioBased Constructions
In West-Europa draagt de bouwsector bij aan 30 procent van de emissie van broeikasgassen en wereldwijd gaat één derde van de totale grondstofwinning op aan de bouwsector. Duurzame biobased bouwmaterialen hebben een enorme potentie, zowel vanuit milieuperspectief als economisch perspectief voor de bedrijven. Voordat dragende constructies uit biobased bouwmaterialen worden toegepast dient er eerst te zijn in het behoud van de constructieve betrouwbaarheid over een langere periode.
Het project Living Lab Structural Health in BioBased Constructions zal hier invulling aan geven.
project