lerjord

Lerjordens bidrag i krisetid

Name
Bjørn Ramlau Jørgensen
Education degree
Kandidat
Fagfelt
Architecture
Institute
Architecture and Technology
Program
Architectural Technology
Year
2025

I en tid hvor klodens økosystemer er eskaleret ude af balance, bærer byggeriet et betydeligt ansvar og må gentænke den senmoderne byggeskik. Nybyggeri har typisk det højeste CO₂-aftryk pr. kvadratmeter og bør derfor kun udføres med mindst muligt aftryk. Dette projekt undersøger lermaterialet, som et lovende bidrag i bestræbelsen på at retfærdiggøre fremtidigt byggeri.

 

In a time when the planet’s ecosystems have escalated out of balance, the construction industry bears significant responsibility and must rethink late modern building practices. New construction typically has the highest CO₂ footprint per square meter and should therefore only be carried out with the smallest possible impact. This project explores clay as a promising material in the effort to justify future building.

Planche materiale
1
/8
tværsnit 1:20
isometri
7
9
detalje væg
detalje tag
9
0
tværsnit 1:20
isometri
struktur
opstalt syd 1:50
detalje væg
detalje tag
skitser
model proces
Fysiske modeller
1
/8
5
4
13
12
3
45
1
11

The Royal Danish Academy supports the Sustainable Development Goals

Since 2017 the Royal Danish Academy has worked with the Sustainable Development Goals. This is reflected in our research, our teaching and in our students’ projects. This project relates to the following UN goal(-s)