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MarinaTex

Packaging Substance From Fish Waste and Red Algae – Product design student Lucy Huges’ project at the University of Sussex involves developing a novel packaging solution that is sustainable and biodegradable. More than 100 experiments required the material called MarinaTex, which is made from the agar of red algae and the proteins of fish waste. The natural raw materials of the oceans are[...]

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MILK MaterialLab Marinatex Folie MILK-MaterialLab-Marinatex-Folie-2

Highlight Hemp

Luminaires From Ecological Remains – High Society Studio 5-piece lamp collection is produced exclusively from ecological leftovers. Materials are sourced from regional small businesses and processed using renewable energy. In the process, lights are created from hemp, tobacco, leftovers from viticulture or from hops as well as coffee residues. The Italian products are biodegradable and can easily be returned[...]

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MILK MaterialLab Highsocietystudio Leuchten MILK-MaterialLab-Highsocietystudio-Leuchten-6

KAIKU Living Color

Colors From Food Skins – KAIKU Living Color is a sustainable alternative to conventional petroleum-derived paints. Using food trays from vegetables that have already been eaten offers a chemical- and toxin-free option for coloring materials. For the preparation of living colors are particularly suitable avocados, beet, onions and oranges. These are boiled so that first the juice is obtained[...]

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MILK MaterialLab Kaiku Living Color MILK-MaterialLab-Kaiku-Living-Color-5

Ecoenclose

Recyclable Packaging and Shipping Material – The environmentally friendly packaging from ecoenclose consists primarily of reusable materials that have already been used and recycled. By not using new bioplastics, not only are new materials saved, but also the resources used to produce them. The American company focuses on the use of renewable energies and conscious waste management – with a[...]

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MILK MaterialLab Ecoenclose

Vericool

Sustainable Thermal Packaging – Since traditional Styrofoam containers are not biodegradable, Vericool has developed various thermal designs that keep the contents at constant temperatures. The compostable insulation, consisting of renewable and already consumed materials, can be disposed of in the household compost after a long period of use, thus preventing ecological pollution. Vericool is particularly suitable for transporting[...]

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MILK MaterialLab Vericool Thermopackaging MILK-MaterialLab-Vericool-Thermopackaging-3

Nuclée

Lamp From Banana and Bamboo Fibers – Designer Dorian Etienne learned about a way of processing banana fiber in Hualien, a city on the east coast of Taiwan, and incorporated this method into the design of his lamps. The banana flesh is given a high strength by drying and refining and can therefore be used in many ways. Subsequent sublimation provides[...]

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MILK MaterialLab Nuclée Lampe Dorian Etienne MILK-MaterialLab-Nuclée-Lampe-Dorian-Etienne-5

Beeswax wipes

Alternative to Aluminium Foil and Cling Film – Driven by the idea of reducing their own need for plastic and disposable bags, the two Berliners Anna and Chelsea started making beeswax cloths. The space-saving and reusable method is lower in CO2 in its production compared to conventional reusable solutions such as jars. To make the beeswax cloths durable and biodegradable, a piece[...]

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MILK MaterialLab Wax Wrap Bienenwachstücher MILK-MaterialLab-Wax-Wrap-Bienenwachstücher-4

Piñatex

Leather From Pineapple Scraps – Piñatex was developed by the British company Ananas Anam, a manufacturer of natural textiles from the by-products of the pineapple harvest. With her development, Dr. Carmen Hijosa not only wanted to give an unappreciated waste a use, but also to generate maximum benefit with the smallest possible ecological footprint. The cradle-to-cradle aspect was a[...]

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MILK MaterialLab Ananas Aman Piñatex Dr. Carmen Hijosa MILK-MaterialLab-Ananas-Aman-Piñatex-Dr.-Carmen-Hijosa-7

Ventri – Cow Stomach

Cow Stomach Textured Leather – Dutch designer Billie van Katwijk produces special handbags from cow stomachs using an elaborate tanning process. For her project Ventri, luxurious accessories are created from the slaughterhouse leftovers that were previously processed into dog food. Particularly surprising is the visual appeal and extraordinary texture of the waste product. Accordingly, the different properties of the[...]

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Coconut Water Leather

Leather From Coconut Water – To produce the biodegradable and waterproof Coconut Water Leather, the coconut water, which is a waste product of coconut processing, is sterilized. The natural substance obtained from this serves as a nutrient for the bacterial culture in the subsequent 12-14 day fermentation process. Once the process is complete, the leaf cellulose jelly obtained can[...]

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Oranges PET

Bioplastic bottle made from orange peel – Made purely from plant-based materials, the “green” PET bottle was designed by Pepsi to offer consumers a fully recyclable alternative to traditional PET bottles. Renewable resources such as switchgrass, pine bark and orange peel serve as feedstock and enable the production of the bioplastic through a combination of chemical and biological processes. It also[...]

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MILK MaterialLab Orangen PET Pepsi

Chicory plastic

Plastic From Chicory Waste – Chicory is known as a salad, not so much as a raw material for plastics. The root of the plant usually ends up in the composting plant. Only a fraction is used to produce biogas from it. Researchers at the University of Hohenheim have discovered the chicory root as a resource for obtaining hydroxymethylfurfural[...]

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MILK MaterialLab Chicorée Hochschule Hohenheim