Natural Material Studio Creates Pendant Lighting from Restaurant Seaweed Waste

Dezeen · · 1 min read · Arts & Design

Read research and analysis on Natural Material Studio Creates Pendant Lighting from Restaurant Seaweed Waste published by ICANEWS, a global research journal for emerging researchers.

Key Takeaways

  • Speckled pendant lighting can be crafted from kelp waste.
  • Spirulina algae leftover from restaurant dishes can be integrated into lighting materials.
  • Bespoke biotextiles can be created from layers of salvaged seaweed and spirulina algae.

Why This Matters

The initiative demonstrates a practical application for restaurant organic waste, transforming discarded kelp and spirulina algae into functional and aesthetic products. This approach offers a potential avenue for material innovation and resource utilization within the culinary and design sectors.

Overview

Natural Material Studio, based in Copenhagen, has engineered pendant lighting fixtures utilizing residual kelp and spirulina algae. These materials were sourced from the Sticks n Sushi restaurant in Lyngby, Denmark, specifically from kitchen waste streams such as leftover miso soup ingredients.

Research Context

The project addresses the repurposing of organic waste generated within a restaurant setting. The material used for the lighting originates from seaweed and spirulina algae, which are components of dishes prepared at Sticks n Sushi. These materials would otherwise be discarded.

Approach

Natural Material Studio's methodology involved the creation of bespoke biotextiles. These biotextiles are formed from layers of the salvaged seaweed and spirulina algae. The resulting material was then fashioned into speckled pendant lighting. The specific location for this development and installation is the Sticks n Sushi establishment in Lyngby, Denmark.

Research Information

Institution
Natural Material Studio
Original Study
View Publication
Source
Dezeen

About ICANEWS

ICANEWS is a global research journal for emerging researchers, publishing student and emerging researcher work across all fields.