Skip to main content
Story

Transforming food waste through bio-integrated textiles:  BA Textile Design 2022 graduate Ziqi Li

A dress garment from the FATWEAR collection, the dress is created from waste fat liquids which result in a yellow and orange material. The dress is hanging from a wire.
  • Written byGrizelda Kitching  
  • Published date 17 July 2022
A dress garment from the FATWEAR collection, the dress is created from waste fat liquids which result in a yellow and orange material. The dress is hanging from a wire.
FATWEAR - A collection of bio-integrated textiles and speculative garments materialised and regenerated from waste fat liquids by Ziqi Li., FATWEAR - A collection of bio-integrated textiles and speculative garments materialised and regenerated from waste fat liquids by BA Textile Design 2022 Graduate Ziqi Li.
BA (Hons) Textile Design, Chelsea College of Arts, UAL

BA Textile Design, print specialism student Ziqi Li has spent her time here at Chelsea College of Arts exploring bio-integrated textiles.

Ziqi’s graduate collection, FATWEAR challenges the viewer’s perception of fats and oils. The collection focusses on showing how fat waste could be a sustainable resource, and a variable texture biomaterial with both protective and phase change properties.

A collection of intricate textile samples that resemble lace hanging over a wooden structure.
BA Textile Design, Ziqi Li, BA Textile Design Ziqi Li’s 2022 graduate collection FATWEAR
BA (Hons) Textile Design, Chelsea College of Arts, UAL | Photograph: Ziqi Li

Delving deeply into the food market and restaurant food waste systems, Ziqi followed and tracked what happens to the waste fats and oils. Her aim is to change the perception of food fats and oils as merely waste, and instead be seen as a valuable resource. Ziqi hopes to transform food waste and fat, which is normally considered unpleasant, into something delicate, decorative, and hopefully even desirable.

FATWEAR includes samples that resemble very intricate lace patterns. Ziqi experimented using food dyes to achieve the collection’s varied colour palette.

Collection of samples which closeup have an intricate lace-like pattern, Ziqi has used red food colouring to dye them orange and red.
BA Textile Design, Ziqi Li,, BA Textile Design, Ziqi Li graduate collection FATWEAR, development work
BA (Hons) Textile Design, Chelsea College of Arts, UAL
An intricate lace-like pattern sample is displayed over a transparent plinth.
BA Textile Design, Ziqi Li,, BA Textile Design, Ziqi Li graduate collection FATWEAR, lace detail
BA (Hons) Textile Design, Chelsea College of Arts, UAL
A model wears a garment from FATWEAR, the material is textured, involving a lace-like pattern. It is an orange coloured.
BA Textile Design, Ziqi Li,, BA Textile Design, Ziqi Li graduate collection FATWEAR
BA (Hons) Textile Design, Chelsea College of Arts, UAL
A model wears a selection of garment pieces from FATWEAR. The model is standing in the street outside a restaurant.
BA Textile Design, Ziqi Li,, BA Textile Design 2022 graduate Ziqi Li’s collection FATWEAR
BA (Hons) Textile Design, Chelsea College of Arts, UAL

Following graduation this summer, Ziqi intends to continue to work on the collection, with an idea developing and creating not just wearable garments, but also interior homewares. The initial thought being to create a tablecloth from the fat lace material, with the link back to food emphasising the focus on changing people’s perception about food waste fat.

“This study continues to develop new products that aim to grow awareness of food inequality and consumption,” said Ziqi.

Ziqi is continuing onto Postgraduate study at UAL at Central Saint Martin’s, where she will join MA Bio Design this September.

A work in progress development sketch book page, research images of different lace material and tablecloths.
BA Textile Design, Ziqi Li,, Ziqi Li’s development ideas for her 2022 graduate collection FATWEAR
BA (Hons) Textile Design, Chelsea College of Arts, UAL