Thatched facades for a sustainable future: CO2 neutral fire-retardants for vertical thatched surfaces

Anne Beim; Henriette Ejstrup; Thorbjørn Lønberg Petersen; Pelle Munch-Petersen; Lykke Østerby Arnfred; Kenneth Hviid Larsen; Thomas Gerner; Ruud Conijn; Sven Jon Jonsen; Robert Firkic; Anders  Dragsted; Lasse Koefoed; Jørgen Kaarup

Thatched facades for a sustainable future: CO2 neutral fire-retardants for vertical thatched surfaces

Anne Beim (Producer), Henriette Ejstrup (Producer), Thorbjørn Lønberg Petersen (Producer), Pelle Munch-Petersen (Producer), Lykke Østerby Arnfred (Producer), Kenneth Hviid Larsen (Producer), Thomas Gerner (Developer), Ruud Conijn (Developer), Sven Jon Jonsen (Developer), Robert Firkic (Developer), Anders Dragsted (Developer), Lasse Koefoed (Developer), Jørgen Kaarup (Other)

Publications: Non-textual form › Exhibition › Research › peer-review

Abstract

This project is a practise-oriented research collaboration between stakeholders, industry and academia, which sets out to investigate, how material choices and radical tectonic solutions can be drivers for sustainable change in design, industry and legislation. Fire safety as a part of the design solution is central when building with biogenic materials. As a point of departure, the project aims to develop new standards for co2-neutral biogenic materials in façade constructions as well as generating new combinations of materials, surface treatments, and construction solutions. The focus of the project is to develop and test new sustainable solutions for thatched vertical constructions. It aims to both have an environmentally low impact, have as ‘close-to-standard’ fire retardant properties and to be industrial scalable.

Original language	English
Publication date	6 Jul 2022
Place of Publication	Aalborg
Edition	1
Media of output	Installation
Size	b. 2m x l. 2,5m x h. 3,8m
Publication status	Published - 6 Jul 2022
Event	ICSA2022: 5th International Conference on Structures and Architecture - CREATE, Aalborg University, Aalborg, Denmark Duration: 6 Jul 2022 → 8 Jul 2022 Conference number: 5 https://www.icsa2022.create.aau.dk/

Conference

Conference	ICSA2022
Number	5
Location	CREATE, Aalborg University
Country/Territory	Denmark
City	Aalborg
Period	06/07/2022 → 08/07/2022
Internet address	https://www.icsa2022.create.aau.dk/

Keywords

Biogenic Construction
Tectonics
fire-prevention
thatched facades
Clay
lifecycle thinking
climate based design

Artistic research

Yes

Access to Document

http://chrome-extension://efaidnbmnnnibpcajpcglclefindmkaj/https://www.icsa2022.create.aau.dk/digitalAssets/1175/1175848_icsa2022_critical-practices_booklet.pdf

2 Lecture and oral contribution

Biogenic Construction: Materials, Architecture, Tectonics
Anne Beim (Lecturer)
30 Sept 2022
Activity: Talk or presentation › Lecture and oral contribution
Resolving the Conflict - Thatched facades for the Green Transition
Anne Beim (Lecturer) & Thorbjørn Lønberg Petersen (Panel member)
16 Sept 2022
Activity: Talk or presentation › Lecture and oral contribution

Dristighedsprisen
Beim, Anne (Recipient), Andersen, Henriette Ejstrup (Recipient), Lønberg Petersen, Thorbjørn (Recipient), Munch-Petersen, Pelle (Recipient), Østerby Arnfred, Lykke (Recipient) & Larsen, Kenneth Hviid (Recipient), 3 Oct 2022
Prize: Prizes
Trienal de Arquitectura de Lisbon - Research University Award
Beim, Anne (Recipient), Andersen, Henriette Ejstrup (Recipient), Lønberg Petersen, Thorbjørn (Recipient), Østerby Arnfred, Lykke (Recipient), Larsen, Kenneth Hviid (Recipient), Munch-Petersen, Pelle (Recipient), Dragsted, Anders (Recipient), Firkic, Robert (Recipient), Hohlman, Mads (Recipient), Gerner, Thomas (Recipient), Conijn, Ruud (Recipient), Koefoed, Lasse (Recipient), Kaarup, Jørgen (Recipient) & Jonsen, Sven Jon (Recipient), 30 Sept 2022
Prize: Prizes

1 Book
1 Report
1 Book chapter
1 Article in proceedings
More
- 1 Contribution to exhibition

Biogent Byggeri: Materiale Arkitektur Tektonik
Beim, A., Ejstrup, H., Munch-Petersen, P., Østerby Arnfred, L., Kaarup, J., Dragsted, A., Lønberg Petersen, T., Larsen, K. H., Hildebrand, L. & Lee, D. S-H., 3 Apr 2023, 1 ed. København: Det Kongelige Akademi. 128 p.
Publications: Book / Anthology / Thesis / Report › Book › Research

Open Access
Tækkede bygningsfacader til den grønne omstilling: CO2-neutral brandsikring af tækkede lodrette flader
Beim, A., Ejstrup, H., Østerby Arnfred, L. (ed.), Kaarup, J. & Hohlman, M., 1 Dec 2023, (E-pub ahead of print) 1 ed. København: Miljoeministeriet * Miljoestyrelsen. 108 p. (MUDP Rapport).
Publications: Book / Anthology / Thesis / Report › Report › Research
Biogenic construction: Thatched building façades for the green transition
Beim, A., Ejstrup, H., Lønberg Petersen, T., Østerby Arnfred, L., Larsen, K. H., Munch-Petersen, P., Firkic, R., Dragsted, A., Hohlman, M., Kaarup, J., Jonsen, S. J., Gerner, T., Conijn, R. & Koefoed, L., 30 Sept 2022, Emerging voices on new architectural ecologies. Verissimo, C. & Burnay, D. (eds.). 1 ed. Lisbon: circo de ideias, Vol. 1. p. 39-49 10 p. 4
Publications: Chapter in Book/Report/Conference proceeding › Book chapter › Research › peer-review

Open Access
File

1 Finished

Tækkede bygningsfacader til den grønne omstilling: CO2-neutral brandsikring af tækkede lodrette flader
Beim, A., Andersen, H. E. & Lønberg Petersen, T.
05/04/2021 → 15/10/2022
Project: Research

Trækker ler det længste strå?
Anne Beim
01/09/2021
1 Media contribution
Press/Media: Press / Media

Cite this

Beim, A., Ejstrup, H., Lønberg Petersen, T., Munch-Petersen, P., Østerby Arnfred, L., Larsen, K. H., Gerner, T., Conijn, R., Jonsen, S. J., Firkic, R., Dragsted, A., Koefoed, L., & Kaarup, J. (2022). Thatched facades for a sustainable future: CO2 neutral fire-retardants for vertical thatched surfaces. Exhibition, Institut for arkitektur og design, Aalborg universitet. http://chrome-extension://efaidnbmnnnibpcajpcglclefindmkaj/https://www.icsa2022.create.aau.dk/digitalAssets/1175/1175848_icsa2022_critical-practices_booklet.pdf

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abstract = "This project is a practise-oriented research collaboration between stakeholders, industry and academia, which sets out to investigate, how material choices and radical tectonic solutions can be drivers for sustainable change in design, industry and legislation. Fire safety as a part of the design solution is central when building with biogenic materials. As a point of departure, the project aims to develop new standards for co2-neutral biogenic materials in fa{\c c}ade constructions as well as generating new combinations of materials, surface treatments, and construction solutions. The focus of the project is to develop and test new sustainable solutions for thatched vertical constructions. It aims to both have an environmentally low impact, have as {\textquoteleft}close-to-standard{\textquoteright} fire retardant properties and to be industrial scalable.",

keywords = "Biogenic Construction, Tectonics, fire-prevention, thatched facades, Clay, lifecycle thinking, climate based design",

author = "Anne Beim and Henriette Ejstrup and {L{\o}nberg Petersen}, Thorbj{\o}rn and Pelle Munch-Petersen and {{\O}sterby Arnfred}, Lykke and Larsen, {Kenneth Hviid} and Thomas Gerner and Ruud Conijn and Jonsen, {Sven Jon} and Robert Firkic and Anders Dragsted and Lasse Koefoed and J{\o}rgen Kaarup",

year = "2022",

month = jul,

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Beim, A , Ejstrup, H , Lønberg Petersen, T , Munch-Petersen, P , Østerby Arnfred, L , Larsen, KH, Gerner, T, Conijn, R, Jonsen, SJ, Firkic, R, Dragsted, A, Koefoed, L & Kaarup, J, Thatched facades for a sustainable future: CO2 neutral fire-retardants for vertical thatched surfaces, 2022, Exhibition, Institut for arkitektur og design, Aalborg universitet, Aalborg. <http://chrome-extension://efaidnbmnnnibpcajpcglclefindmkaj/https://www.icsa2022.create.aau.dk/digitalAssets/1175/1175848_icsa2022_critical-practices_booklet.pdf>

Thatched facades for a sustainable future: CO2 neutral fire-retardants for vertical thatched surfaces. Beim, Anne (Producer); Ejstrup, Henriette (Producer); Lønberg Petersen, Thorbjørn (Producer) et al.. 2022. Aalborg: Institut for arkitektur og design, Aalborg universitetEvent: null, CREATE, Aalborg University, Aalborg, Denmark.

Publications: Non-textual form › Exhibition › Research › peer-review

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A2 - Østerby Arnfred, Lykke

A2 - Larsen, Kenneth Hviid

A2 - Gerner, Thomas

A2 - Conijn, Ruud

A2 - Jonsen, Sven Jon

A2 - Firkic, Robert

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AB - This project is a practise-oriented research collaboration between stakeholders, industry and academia, which sets out to investigate, how material choices and radical tectonic solutions can be drivers for sustainable change in design, industry and legislation. Fire safety as a part of the design solution is central when building with biogenic materials. As a point of departure, the project aims to develop new standards for co2-neutral biogenic materials in façade constructions as well as generating new combinations of materials, surface treatments, and construction solutions. The focus of the project is to develop and test new sustainable solutions for thatched vertical constructions. It aims to both have an environmentally low impact, have as ‘close-to-standard’ fire retardant properties and to be industrial scalable.

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Thatched facades for a sustainable future: CO2 neutral fire-retardants for vertical thatched surfaces

Abstract

Conference

Keywords

Artistic research

Access to Document

Activities

Prizes

Research output

Projects

Press/Media

Cite this