Circular Design Co2024-02-05T05:32:22+00:00

We are driven by design to help eliminate waste, circulate materials, and regenerate nature.

algae oil, circular material library

Who We Are

Who We Are

Circular Design Co is a multidisciplinary studio accelerating the transition to a circular economy through the effective use of innovative, sustainable materials.

We educate and advise designers, makers, builders, investors and networks to connect supply chain gaps and create regenerative social value.

Our Why

Our Why

In the past 10 years, $3 billion has been invested into the next generation of sustainable materials with more than $455 million of that raised in 2022 alone (source: Material Innovation Initiative). However, innovators face very real barriers on the path to commercialization, often having to change the product design for the material, or the material not being adaptive to the production process.

Additionally challenging is the inherent paradox of “scaling sustainability”. Our work is to decouple economic activity from the consumption of finite resources, build long-term resilience, generate economic opportunities, and provide environmental and social benefit.

Our How

Our How

Our team is an international network of collaborators organized around 3 core functions:

1) Maintaining a Circular Material Library to build our pre-verified partner base and stay up-to-date on the industry.

2) Consulting material makers and product producers on circularity and scale, with the unique ability to offer a global perspective.

3) Collaborating with material partners on our own range of products to continually grow and hone our skills.

Together we explore materials, advise processes, and co-create concepts that move forward the circular economy.

Latest Content

Latest

Follow Us

Follow Us

Shikada Woven by @shikadasangyo_inc_global is a material woven from sustainably sourced, traditionally Japanese, and 100% natural bamboo and made into products by an expert, artisanal craftsmanship. 

Shikada Sangyo converts round bamboo with a diameter of approximately 10 cm into thin strips of bamboo with a diameter of approx 1.2 mm to 12 mm. In Japan, the material made by weaving these thin strips of bamboo together is called sudare. Sudare is produced and stocked in rolls with a maximum width of 2.4 m and a maximum length of 40 m. 

The products are made from sustainably-sourced bamboo that grows quickly and is environmental-friendly. Bamboo also has a natural CO2-absorbing tendency.
Shikada Sangyo also engages in regrowing dilapidated bamboo forests in local communities to preserve this essential resource. 
.
.
.
.
#circularmateriallibrary #circularmaterials #circulardesign #biocycle #circulardesigner #circulardesigners #circulardesignguide #circulardesignstrategies #circulardesignthinking #circulareconomy #circulareconomyclothes #circulareconomydesign #circulareconomyplastic #closedloop #closedloopsystem #systemsthinking #circulardesignco #sustainablematerials #newmaterials #materialrevolution #materialinnovation #4thindustrialrevolution #biomaterials #biofabricated #biobased #biodesign #biofabricate
In our first post, we looked at what makes algae optimum for next-gen textiles. Now, let’s continue exploring the algae transformation more! 🌿🎨

Take a look at the world of algal dyes and inks with these innovative companies:

· MOUNID: Creating climate-smart algae dye from widely available microalgae.
· Algaeing: Developing Algadye 3.0, a 100% biodegradable solution for all fabric types.
· Living Ink: Crafting jet black ink from algae for textiles, paper, and various polymers.

Why algae for dyes? Let’s break it down:

Pigment Content:
Algae boast pigments like chlorophylls and carotenoids, shaping a diverse colour spectrum for textiles. The molecular structure of these pigments decides the vibrant colours they produce.

Affinity of Bonds:
Charged groups on algal pigments interact with textile fibres, forming bonds through adsorption, hydrogen bonding, or covalent bonding. This affinity ensures a lasting dye-textile connection.

Colour Stability:
Natural antioxidants in algae-derived pigments contribute to dye stability, promising long-lasting colours.

Stay tuned for the next chapter—exploring algae fibres! 🌿✨
.
.
.
.
.

#circularmateriallibrary #circularmaterials #circulardesign #biocycle #circulardesigner #circulardesigners #circulardesignguide #circulardesignstrategies #circulardesignthinking #circulareconomy #circulareconomyclothes #circulareconomydesign #circulareconomyfashion #systemsthinking #circulardesignco #futurefashion #sustainablematerials #newmaterials #materialrevolution #materialinnovation #4thindustrialrevolution #biomaterials #biofabricated #biobased #biodesign #biofabricate
Cyalith by @deakinbio is a bio-based, low-carbon alternative to decorative and conventional ceramic tiles.

The constituent biopolymer of Cyalith is obtained from photosynthetic [micro]algae - the slime that grows on ponds. The production process incorporates the same steps as traditional ceramic tiles, except without the need for high-energy firing and some other energy-intensive processes.

Cyalith has a bioinspired structure similar to sea shells, comprised of about 95% (by mass) naturally occurring calcium carbonate and a biopolymer binder. Bio-based resin is also applied as a coating to seal and protect the tiles. The biopolymer is currently extracted from microalgae, but the company expects to source its ingredients as a waste product from 3rd generation biofuels production or other algae-based biomanufacturing as well.

.
.
.
.
#circularmateriallibrary #circularmaterials #circulardesign #biocycle #circulardesigner #circulardesigners #circulardesignguide #circulardesignstrategies #circulardesignthinking #circulareconomy #circulareconomyclothes #circulareconomydesign #circulareconomyplastic #closedloop #closedloopsystem #systemsthinking #circulardesignco #sustainablematerials #newmaterials #materialrevolution #materialinnovation #4thindustrialrevolution #biomaterials #biofabricated #biobased #biodesign #biofabricate
Algae: The Ultimate Eco-Friendly Textile Material and How It Works

In the face of the environmental havoc caused by fossil-based materials, we shift our gaze towards the plant kingdom and its untapped potential. While trees are often hailed as the heroes of pollution control, very few of us are aware that algae are 10 to 50 times more efficient carbon-capture machines than trees. Beyond their role in photosynthesis, algae have now emerged as avant-garde materials in the textile industry. But what is the science behind their power as a textile raw material? 🔬🧪

Biopolymer-ism:
Algae, especially types like seaweed, contain a lot of cellulose. Cellulose is a sugar made of glucose units, which give algae fibre strength and durability. Algae also contain alginates—salts of alginic acid—that lend flexibility and texture to the fabric with their gel-forming and thickening properties.

Renewability:
Algae grow fast, way faster than traditional textile crops like cotton. They need less water and land and can even grow in diverse environments like non-arable land and wastewater. Thus, algae help cut down on the competition for resources.

Biodegradability:
As these bio-based fibres naturally decompose, they are kinder to the environment than synthetic materials that stick around for a long time.

Continue reading the full post on our site.. Link in bio
.
.
.
.
.

#circularmateriallibrary #circularmaterials #circulardesign #biocycle #circulardesigner #circulardesigners #circulardesignguide #circulardesignstrategies #circulardesignthinking #circulareconomy #circulareconomyclothes #circulareconomydesign #circulareconomyfashion #systemsthinking #circulardesignco #futurefashion #sustainablematerials #newmaterials #materialrevolution #materialinnovation #4thindustrialrevolution #biomaterials #biofabricated #biobased #biodesign #biofabricate
Loading the next set of instagram posts...

Title

Go to Top