GTB Lab - Phase 2
component/system
Laboratory for Green Transformable Building
Summary
The GTB Lab building is being built as a circular building laboratory to test and demonstrate circular building methods. It is an innovation platform for zero-waste construction, where the credo is: Demolition waste is a design flaw,” says Elma Durmisevic, founder and creator of GTB Lab©.
Details
Buildings that are dynamically and flexibly constructed from reusable materials have an essential driving function in the transition to a circular (building) economy. They serve as temporary storage for valuable building materials. In circular construction not a brick or a screw is thrown away. This is the idea behind the Green Transformable Building Lab (GTB Lab©) in Heerlen.
Design
Manufacturer
Manufacturing location
In de Cramer 173, Heerlen, Netherlands
Industry consortium
Habenu-Van den Kreeke, Warsco, Jansen AG, Isofolie, De Grave, Bluedec, Moooz, Soltech, Marmony, Nordish Infrared, Tarkett
Dimensions
Length:
Width:
Height (or depth):
Thickness:
Area:
Volume:
148 m2
516 m3
Hazardous materials
None
History
Circularity data
Reversible BIM: the 3D color-coded model visualizes the reuse potential per element.
Embodied mass:
Embodied carbon:
229,1 ton
250,0 ton CO2
Reuse Potential:
Recovery option
0.7
Reuse by minor repair
Reused mass:
Reused carbon:
174,4 ton
177,1 ton CO2
No. of elements:
No. of disassembly steps:
2857
27
Remaining Technical Life Cycle:
NaN year
Circularity profile
Ratio of Reuse Potential after processing
Tonnage
99% material reuse
Carbon
99% carbon reuse
Material per recovery option
Ratio of Reuse Potential.
Tonnage
Carbon
Reused materials per function, and per recovery option
Tonnage
Carbon
Breakdown of materials
Tonnage
Carbon
Overview of materials per recovery option
Tonnage
Carbon
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GTB Lab - Phase 2
