Work


D_017 This is Paper2021



Collaborator:
Duy Huynh


Critic:
Dennis Cheung

Exhibitions:
deTour 2023 ↗
Renewed Creativity ↗

Awards:

Green Award & Silver Award ↗
HK Smart Design Awards


International Design Awards (IDA)
Publications:


‘This Is Paper’ is a research project at the University of Hong Kong that explores innovative ways to upcycle paper waste, a major contributor to Hong Kong’s overflowing landfills. 

Paper is the third-largest source of municipal waste in Hong Kong, with most of it exported due to a lack of local recycling options. As global demand for recycled paper declines, "This Is Paper" offers a groundbreaking solution by reimagining paper waste through innovative materials and fabrication techniques. The project highlights the untapped potential of paper waste, creating sustainable methods for reuse and inspiring change. 

The initiative has developed three key techniques: casting, lamination, and 3D printing. Casting uses a paper pulp mixture to create durable slabs as alternatives to plastic or cement. Lamination combines paper with eco-resin for timber-like materials with unique patterns and high compression strength. 3D printing blends paper with sand and organic binders to produce solid, printable structures. Prototypes like stools and tables demonstrate these materials' practical and scalable applications.



Upcycled paper material samples developed through three distinct fabrication methods: casting, lamination, and 3D printing.  


Lamination was used as a fabrication method to create a planar material that can be further processed using traditional timber fabrication techniques. This material, which emulates timber, allows for paper to be used as a structural system through joinery systems, and also as a load-bearing slab.


3D Printing: By combining paper, sand, and xanthan, a mixture was created that can be used to 3D print volumetric objects using an extruder and robotic arm configuration. Once dried, this material provides the potential to be used as a support system as well as a binding agent.


Casting + 3D Printing: Using a combination of paper pulp, plaster, and xanthan gum to experiment with ways to reinforce paper through casting, plaster allowed paper pulp to be moulded into different shapes and sizes against plaster’s brittleness, whilst being used as a mortar to connect different materials together.

Field // Process:




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