posted on 2025-03-06, 01:50authored byMadison Juriss
<p><strong>The construction industry operates within a fast-paced and highly intricate environment, where optimising time, efficiency, resources and money is crucial. Among this workflow the industry accounts for around 50% of waste that heads straight to landfill, much of it being plastic waste. There is a limited availability within New Zealand to formulate a successful workflow following an up-cycling approach which views these materials as more than just waste, and rather, an opportunity to design. This research advocates for up-cycling these materials into valuable resources and products, challenging the perception of waste and presenting a dual opportunity: sustainability and economic gain while providing a system of up-cycling.</strong></p><p>The research offers practical solutions and a structured workflow for industry implementation, leveraging technologies like 3D printing to integrate sustainable practices seamlessly. The resulting high-value products can be used in fit-out stages or to revitalise urban areas, demonstrating the transformative potential of up-cycling in construction.</p>
History
Copyright Date
2025-03-06
Date of Award
2025-03-06
Publisher
Te Herenga Waka—Victoria University of Wellington
Rights License
Author Retains Copyright
Degree Discipline
Design Innovation;
Industrial Design
Degree Grantor
Te Herenga Waka—Victoria University of Wellington
Degree Level
Masters
Degree Name
Master of Design Innovation
ANZSRC Socio-Economic Outcome code
280104 Expanding knowledge in built environment and design;
120603 Management of solid waste from construction activities;
189999 Other environmental management not elsewhere classified