Introducing traceability to the cacao value chain
CategoriesSustainable News

Introducing traceability to the cacao value chain

Spotted: According to the United Nations’ Food and Agriculture Organization (FAO), around 1.3 gigatonnes of edible food is wasted each year — around $750 billion worth (approximately €667 billion). In developing countries, much of this is lost during agricultural production. Startup Cooko is working to change this by reframing the entire value chain, starting with cacao production.

Cooko, which means “source” or “wellspring” in the proto-Bantu language of West Africa, has developed a cloud-based commercial platform that adds traceability to artisanal food chains. The company starts at the point of harvest by inserting a digital click “at-source”, which embeds traceability data in each shipment.

Cooko founder Ferdi van Heerden emphasises that the company’s approach provides a “triple win”. Enhancing first-mile traceability helps farmers earn a fair price for their produce while traders have assurance that the cacao they receive is high quality. Cooko also uses its ‘source-fermented’ label to let consumers know that their product has been equitably sourced.

Van Heerden points out that Cooko’s methodology leads to: “better quality cocoa, higher yields for farmers, and less waste in the supply chain. All of this while supporting better-paid jobs for women and improved cash flow for the poorest farmers.” To date, the company has raised more than €1.7 million, including more than €800,000 in a recent pre-seed round.

Improving traceability is an important part of making supply chains more sustainable. Innovations spotted in the Springwise archive, such as using blockchain to ensure transparency and embedding traceability in finished products, are making a big difference.

Written By: Lisa Magloff

Reference

Coil Coatings: Architects’ Secret to Brighter Metal Building Façades
CategoriesSustainable News

Coil Coatings: Architects’ Secret to Brighter Metal Building Façades

Architects: Want to have your project featured? Showcase your work through Architizer and sign up for our inspirational newsletters.

The best architecture is tied to community and local contexts. The products manufacturers create for a building bring ideas to life through shapes, colors and materials. As metal structures and product applications have become more commonplace, so too have the variety of ways to express design concepts. This is especially true for metal coatings, used in everything from curtain walls and metal wall panel systems to roofing, louvers and sunshades. Today, manufacturer Sherwin-Williams is reimagining color and expression through coil coatings.

As the manufacturer states when describing their approach to factory-applied coil coatings for architecture, they can “create nearly any color or effect you can dream up.” Coil coating, sometimes called pre-painted metal, is an efficient way to produce a uniform, high-quality, coated finish. The key is that the metal is painted before rather than after fabrication. The types of paint curing used in the coil industry include thermal, infrared, induction and UV cure. Exploring these coatings through color and specific products, the following projects showcase the range of applications created by Sherwin-Williams. Together, they represent a technology that is versatile and high quality, with a range of cost, environmental and performance benefits.


Edmonton Public Library

Designed by Patkau Architects, Edmonton, Canada

The Capilano Library connects its suburban community to nature. The library form is developed from its cross section, which is folded to form three peaks across the site, each with a different scale. Each of the three peaks responds to scale, function, natural light and view. The western peak reflects the scale of the neighborhood with a quiet edge of support spaces along the street. The eastern peak is intimately scaled, with varied seating along a serene window overlooking the nearby ravine. The design is enhanced by the mix of rectangular and polygonal ALPOLIC metal panels that were installed around the library’s exterior.

ALPOLIC metal composite materials deliver excellent flatness and exceptional formability to give the library a sophisticated exterior aesthetic. The metal panels are coated in a Valflon finish supplied by Sherwin-Williams Coil Coatings. The rich, vibrant and high-gloss color is a fluoropolymer FEVE resin-based coating that offers color consistency, protection against weathering, chalking and fading, and excellent overall adhesion. This finish also meets the highest performance standards, including AAMA 2605 specifications. In time, the Edmonton Public Library Capilano Branch has become a central space for the community.


Wolf Creek Library

Designed by Leo A Daly, Atlanta, GA, United States

The Wolf Creek Library design was made as a community destination and as a catalyst for growth. The exterior features an outdoor reading garden and terraced seating. The library houses 5,700 square feet of adult collections, 5,000 square feet of children’s collections, a computer/learning station room, teen area, music room, sub-dividable community meeting room for 125 people and two conference rooms with smart boards and projectors. Originally, copper was considered as cladding material for the building’s iconic wedge-shaped façade. But, ultimately, it was determined that ALPOLIC’s aluminium composite material (ACM) was a superior solution.

The custom MRT Prismatic Magma finish would evoke the original copper intent, but offer a more vibrant visual experience. Sherwin-Williams Valflon coating provides the shimmer and shifting colour the architects desired. The simple but geometric design is at once bold but refined and enhanced by the Valflon coil coating. Durable with excellent adhesion and flexibility properties, the FEVE resin allows each prismatic color to have an intense brightness of shade and a high-gloss quality. In the daytime, the Wolf Creek Library’s appearance shifts from copper to red to orange, depending on the time of day, weather conditions and viewing angle.


St. Nicholas Eastern Orthodox Church

Designed by Marlon Blackwell Architects, Springdale, AR, United States

The Saint Nicholas Eastern Orthodox Church transformed a generic shop building into a place of worship and fellowship. The architects kept the interior simple but utilized box rib metal panels for the exterior. Metal Sales manufactured the T-10A metal walls panels, which are coated in Metallic Silver and Dark Bronze Fluropon colors from Sherwin-Williams Coil Coatings. A thin cross, lit up in red, is also visible on the western side of the church.

Marlon Blackwell created an addition on the western side of the 3,600 square-foot building in order to orient the structure toward the eastern axis, which is typical for Greek Orthodox churches. The skylit tower pours red light down into the transition between the narthex and the sanctuary, giving a moment of pause before entering to worship. A narrow cross is suspended on the western side of the tower, backlit by the morning sun to become a beacon for arriving parishioners. Once inside the sanctuary, a transom that spans the entire width of the space faces east and bathes the space in soft morning light during Sunday morning services.


Formosa1140

Designed by Lorcan O’Herlihy Architects [LOHA], West Hollywood, CA, United States

Located in the heart of Los Angeles, this new eleven unit housing project emphasizes the central importance of shared open space for the residents and the community. Formosa takes what would be the internalized open space of the courtyard and moves it to the exterior of the building to create a park. This plan, O’Herlihy’s firm says, “simultaneously creates density and green space and models a replicable prototype for incremental community-driven city development.” Completed in 2008, the 16,000-square-foot building features a red corrugated metal exterior. Sherwin-Williams was chosen for its flagship Fluropon coating to be the product of choice for Formosa.

Using Sherwin-Williams 70% PVDF Fluropon coating, a custom red color — Coronado Red — was inspired by the iconic nearby Formosa Café, and not only highlighted the texture and pattern of the exterior, but also contrasted with the green shades of the park. The metal façade is made of 12,900 square feet of perforated T16-E panels from Metal Sales Manufacturing Corporation, which conceal and shade outdoor walkways on the three-story building, giving residents a sense of privacy in spite of the structure’s openness to the park and street.


National Museum of African American History and Culture

By The Freelon Group, Adjaye Associates, Davis Brody Bond LLP, Washington, DC, United States

The National Museum of African American History and Culture (NMAAHC) holds a prominent place on the National Mall. As the team outlines, the primary architectural idea for the museum was derived from the classical tripartite column with its base, shaft and capital. In Yoruban art and architecture, the column or wooden post was usually crafted with a capital resembling a crown. This crown or corona form is the central idea which has driven the design of the museum.

Reaching toward the sky, the bronze clad corona expresses faith, hope and resiliency. Once the final color idea was identified, the new challenge of obtaining the perfect hue began. Three custom shades, African Sunset, African Sunrise and African Rose, and one standard shade of Black Sherwin-Williams Fluropon coating were used on these massive aluminum panels, each weighing around 200 pounds and stretching 4 by 5 feet. Each panel that was custom cast by Morel Industries was finished with five different coating layers, each a different color of the Fluropon coating, to achieve the exact bronze shade desired by the design team. Eventually, the final color was created, called “Artisan 3.5.”


Central Arizona College, Maricopa Campus

Designed by SmithGroup, Maricopa, AZ, United States

This new ground up campus was designed to create a unique and authentic identity for the growing Central Arizona College. The three building campus is conceptually rooted in its historic agricultural roots and Native American legacy. Structures are conceived as a series of honest, spare and no maintenance ‘academic sheds.’ Deep overhangs let interior academic spaces flow outdoors seamlessly. Corten steel and rammed earth create the primary exterior language eliminating the need for long term maintenance.

The diverse program includes teaching laboratories, classrooms, culinary arts, a café, bookstore, library, learning center, interactive distance learning classrooms, student services, administration and a multipurpose community room. To ensure the unique appearance, Sherwin-Williams Fluropon coating in Cor-Ten AZP was chosen to adorn the facility. This coating achieves the look of Cor-Ten Steel through a two-step process using a print effect Floropon coating. The coating, containing 70% PVDF resins, provides the strongest protection against weathering, aging and pollution for color retention to preserve the beautiful aesthetic of the facility for years to come.

Architects: Want to have your project featured? Showcase your work through Architizer and sign up for our inspirational newsletters.

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A diagnostic test can detect a stroke within 15 minutes
CategoriesSustainable News

A diagnostic test can detect a stroke within 15 minutes

Spotted: The World Stroke Organization’s Global Fact Sheet 2022 revealed that the absolute number of cases of stroke increased “substantially” between 1990 and 2019. And with that growth, a correspondingly high financial cost is borne by health services. Seeking a way to reduce the mortality rate for large vessel occlusions (LVOs) – the most common kind of stroke – Cambridge, England-based startup Upfront Diagnostics has created a rapidly deployed, mobile, and highly accurate stroke detection kit.  

The company discovered new blood biomarkers that are able to detect strokes, and with that knowledge, built the LVOne. The handheld device uses a single drop of blood from a finger prick to diagnose an acute ischaemic stroke caused by LVO and is designed for use on the go in an ambulance on the way to a hospital A&E. Paramedics administering the test receive results in 15 minutes or less. 

With LVOs responsible for up to 96 per cent of stroke deaths, the ability to identify an occurrence en route to the hospital relieves some of the burden on the receiving care team and allows the patient to access time-sensitive treatment as quickly as possible. Upfront Diagnostics highlights that for every 15 minutes of earlier treatment, there is a cost-saving of over $60,000 (around €53,500) per patient. Multiply that efficiency by the millions of cases of strokes worldwide and the potential reduction in financial burden for health services is enormous.  

Upfront Diagnostics validated the accuracy of its technology by testing 270 patients at the Royal Victoria Infirmary Hospital in Newcastle, UK. After closing a round of seed funding that raised £1.6 million (around €1.9 million), the company plans to scale up the availability of its technology as well as continue research and development (R&D) in order to identify additional types of strokes and refine the system’s overall precision.   

From assistive robots to rehabilitation robotic gloves, Springwise’s archive contains a range of innovative projects focused on improving the health of stroke patients.

Written By: Keely Khoury

Reference

A robot brings EV charging to your parking space 
CategoriesSustainable News

A robot brings EV charging to your parking space 

Spotted: In 2021, sales of electric vehicles (EVs) doubled from the previous year, reaching an all-time high of 6.6 million. Growth looks likely to continue, with the first figures from 2023 showing year-on-year increases. Where the dynamism of the market may stumble is in the lack of public charging infrastructure. The International Energy Agency (IEA) warns in its Global EV Outlook 2022 report that the number of public charging stations that governments and agencies have announced as planned may not be enough to power the growing number of EVs on the road. 

Rather than reconfigure public parking ramps to find room for stationary charging stations, USA-based EV Safe Charge is turning to robotics for a mobile, bookable EV charging solution. Called ZiGGY, the company’s robotic charger debuted at the Dallas Fort Worth airport in May 2023. Designed to make EV charging easy and convenient, the robot reserves a parking space for the driver when a charge is requested through the app. 

Upon arrival at the airport car park, drivers receive directions to the space the robot has reserved for them. When they return, a fully charged vehicle awaits. The robotic charging stations provide a variety of benefits for car park owners, including sizeable advertising space on two sides of the robot and the elimination of the need to dedicate significant amounts of space to permanent charging stations.  

By offering EV charging-as-a-service, airports and other large commercial spaces provide customers with a safer, smoother experience. Car owners don’t have to waste time and battery power searching for an available charging centre, and frequent flyers don’t have to worry about returning to an uncharged car battery.  

Other innovations in Springwise’s archive that are helping upgrade the global EV charging network include a platform that tracks electricity prices for the most cost-effective charge and an artificial-intelligence-powered (AI) app that charges connected vehicles when the price is best.

Written By: Keely Khoury

Reference

Mitsubishi Jisho Design creates food-waste teahouse in Venice
CategoriesSustainable News

Mitsubishi Jisho Design creates food-waste teahouse in Venice

Tokyo-based Mitsubishi Jisho Design has made a teahouse from food-waste-based materials at the Venice Architecture Biennale.

Architects Takaaki Fuji, Hiroya Inage and De Yuan Kang from Mitsubishi Jisho Design designed the teahouse for the Time Space Existence exhibition held by the European Cultural Center during this year’s Venice Architecture Biennale.

Food-waste tea house
Mitsubishi Jisho Design created a tea house for the Venice Architecture Biennale

The teahouse was named Veneti-An – a combination of the words Venetian and An, which means a small hut in Japanese and is often used in names of  teahouses.

It was designed to offers visitors a place to experience a Japanese tea ceremony and reflect on how people connect following the Covid pandemic.

“The point of this exhibition is to explore, to use it as a lab, to make people think,” said De Yuan Kong said.

“It’s all about creating conversations.”

Pavilion made from cardboard and food waste for Time Space Existence exhibition
It was constructed with food-waste joints

The tea house was built from varied of materials made from food waste including coffee grounds and pasta, who are common foods in Venice.

Along with 7,165 paper tubes and 128 cork floor panels, it includes 74 coffee-ground-made panels and 2,324 joint components made from discarded pasta. According to the architects, the pasta-based joint components produced by Fabula are as durable as concrete.

“I feel that the exterior material in architecture is limited,” said Fuji.

“Our intent is to explore new technologies in construction, which could result in stronger regional identities and expression.”

Pasta being moulded into architectural components
Pasta was moulded to form the joint components

The angle of the struts that make up the pavilion was set at 45 degrees. This was determined by the city’s latitude to further connect it to the city.

“By adapting the joint shape to the latitude of the place where it is placed, a distinctive identity is created in the form, as well as a teahouse that optimally lets in or shields it from sunlight in response to the local environment,” said the architects.

Cardboard and food waste chairs
The pavilion will be disassembled into pieces of furniture after the exhibition

Veneti-An is waterproof as its components were treated with a silicon-based liquid by Japanese silica coating producer SilicaGen.

The team will measure and record changes to the materials used during the six month exhibition as part of its research on sustainable materials, responding to the overall biennale’s theme – Laboratory of the Future.

To build the pavilion, the architects packed the components, a total weight of 255.5 kilograms, into seven 87-litre suitcases and took them from Japan to Italy.

Following the biennale, the teahouse will be dismantled and rebuilt into pieces of furniture.

“Neither 100 per cent manufactured nor 100 per cent self-built, it is a piece of furniture that allows for modification and addition of a personal touch,” said the designers.

“The dimensions of the parts were determined on the premise of turning into furniture, or perhaps it would have been better to describe it as furniture transformed into a teahouse for the exhibition’s duration only.”

Time Space Existence exhibition at Venice Architecture Biennale
It forms part of the Time Space Existence exhibition

The tea house is located in Marinaressa Gardens alongside a concrete emergency housing prototype developed by the Norman Foster Foundation and Holcim as part of the Time Space Existence exhibition.

The group show presents work by architects, designers and artists from 52 different countries in venues across the city. Also as part of the show SOM and Princeton University used AR to construct a self-balancing arch.

The photography is by Yuta Sawamura.

Time Space Existence takes place from 20 May to 26 November 2023 at various locations across Venice, Italy. See Dezeen Events Guide for an up-to-date list of architecture and design events taking place around the world.

Reference

Home insulation made from sheep wool
CategoriesSustainable News

Home insulation made from sheep wool

Spotted: Cooling technologies generated over 1 gigatonne of CO2 emissions in 2022. And at the same time, heating is responsible for over 4 gigatonnes of CO2-equivalent emissions every year. Huge change is needed to reach net zero, and more efficient insulation will play a big part in regulating temperatures inside as climate change makes extreme temperatures more commonplace.

One solution is Thermafleece, which utilises the natural benefits of sheep’s wool to allow homeowners to select a more durable, sustainable, and environmentally friendly insulation.  

Thermafleece is 75 per cent coarse dark wool, a part of sheep’s wool that traditionally goes to waste, and 25 per cent recycled polyester. Because sheep eat plants that have absorbed CO2, wool, itself, also locks up that CO2 from the atmosphere, making Thermafleece’s insulation a form of carbon sequestration.  

Additionally, the compact method by which Thermafleece is transported helps cut down on transport impacts by around 50 per cent, according to the company. The product then expands to normal size when unpacked. Thermafleece also has a house lifetime guarantee which means replacement and repair costs are all alleviated, and the company claims the insulation will pay for itself in saved energy costs in about 4 years. 

Thermafleece is exclusively made in Britain and made with British wool. It is commercially available in various forms such as rolls or slabs, depending on the need of the customer, as well as a separate recycled plastic insulation. 

Springwise has spotted other sustainable and alternative methods of home insulation in the archive, like a construction system made from volcanic glass and cellulose-based insulation made from cardboard.

Written By: Archie Cox

Reference

Delivering nutrients to crops when they are most needed
CategoriesSustainable News

Delivering nutrients to crops when they are most needed

Spotted: Soil is a living ecosystem and soil health is vital for clean air and water, healthy crops and forests, productive grazing lands, diverse wildlife, and beautiful landscapes. However, the overuse of artificial fertilisers and pesticides can damage soil health and pollute waterways and land.

Lucent BioSciences has developed a fertiliser, called Soileos, that improves microbial biomass in the soil and enhances organic carbon levels. Soileos is made from cellulose left over from crop processing, such as pea and lentil hulls and rice husks. The startup’s scientists have developed technology to bind micronutrients to the cellulose. Natural biological activity in the soil then triggers the release of these micronutrients when they are most needed by the crop. This stands in contrast to other fertilisers which release micronutrients all in one go.

The company claims that the fertiliser is not only carbon-neutral, but climate-positive. Its manufacture uses less water and has a lower carbon footprint than conventional fertilisers. In addition, it improves microbial biomass in the soil and enhances carbon levels in the ground. This results in higher crop yields and improved soil nutrient density.

The company is currently working with food processing companies to upcycle their low-value cellulose fibres and is collaborating with several large fertiliser companies to develop custom fertiliser solutions. And, just a few days ago, Lucent Bio announced that its technology had received patent approval, a “milestone in the progression of commercializing Soileos”.

Soil health is vital for improving crop yields in a sustainable way. This knowledge has led to increased interest in financial support for regenerative agriculture and innovations in the Springwise archive such as pre and probiotics for improving soil health.

Written By: Lisa Magloff

Reference

Eight furniture pieces and products made out of sustainable materials
CategoriesSustainable News

Eight furniture pieces and products made out of sustainable materials

Dezeen Showroom: 3D-printed room dividers made from food waste and mycelium are among recent sustainably-designed products on Dezeen Showroom.

In order to address growing environmental concerns within the furniture and wider design industries, brands are opting to make their products using renewable, recyclable and reclaimed materials, and processes with circular principles in mind.

We’ve rounded up eight recently released furniture pieces made from recycled materials, including waste plastic from abandoned fishing nets, electronic waste from the tech industry and materials derived from the process of making paper.

From a bar stool made from coffee shells to a recycling bin made out of post-consumer plastic, read on to see our selection of the latest furniture designs made from sustainable materials on Dezeen Showroom.


Superpop tables by Paolo Cappello for Miniforms

Superpop tables by Paolo Cappello for Miniforms

Miniforms’ Superpop tables – created in collaboration with Italian designer Paolo Cappello – have a rounded rectangular form and a speckled finish reminiscent of terrazzo.

The pieces are made from recycled plastic, which creates the mottled pattern. They are lightweight and durable enough for use either indoors or outdoors and can be recycled further at the end of their lifespan.

Find out more about Superpop ›


Veggro collection by Interesting Times Gang and OBOS

Veggro collection by Interesting Times Gang and OBOS

Design studio Interesting Times Gang worked with cooperative homebuilder OBOS on a duo of screens called Loom and Jugoso.

Loom has a pale finish and is made from mycelium, whereas mustart-hued Jugoso is made out of orange rinds. Both are created using 3D-printing techniques and have biomorphic patterns representing the natural materials they are made from.

Find out more about Veggro ›


Eternity high stool by Space Copenhagen for Mater

Eternity high stool by Space Copenhagen for Mater

Danish furniture brand Mater has created its Eternity high stool in collaboration with designers Space Copenhagen, which is made from Matek – the brand’s patented circular waste material.

The material contains both e-waste and coffee shells leading to the stool’s characteristically dark colour. It can be upholstered with Kvadrat’s Re-wool material,  which is made from 45 per cent recycled wool.

Find out more about Eternity ›


Alted H01 tile by Berta Julià Sala for Alted Materials

Alted H01 tiles by Berta Julià Sala for Alted Materials

Spanish brand Alted Materials worked with product designer Berta Julià Sala on a range of tiles made from cellulose waste, a byproduct of the paper industry. The tiles are also coated with a water-based sealant distilled from waste vegetables.

Alted H01 tiles come in three grooved patterns and various earthy colourways. The material allows the tiles to be recycled circularly, preventing material from ending up in landfill as is the case with traditional construction materials.

Find out more about Alted H01 ›


Matt black Ovetto bin in kitchen

Ovetto waste bin by Gianluca Soldi for SoldiDesign

Italian design brand SoldiDesign has released an egg-shaped waste bin named Ovetto that is both made from recycled materials and is designed to contain them in different compartments for easy disposal.

The bins are made from post-consumer recycled ABS and polypropylene in different amounts depending on its colour. The matt black Ovetto bin is made from 100 per cent recycled content.

Find out more about Ovetto ›


Wooden coffee table in living room

Centenniale coffee table by Joanna Laajisto for Nikari

The Centenniale coffee table was made for Finnish brand Nikari by architect and designer Joanna Laajisto out of 100-year-old wood.

The table’s angular top is supported by contrasting chunky, rounded legs. It can be made from solid oak or ash wood, and emphasises the importance of utilising existing renewable materials.

Find out more about Centenniale ›


Black task chair by Humanscale

Liberty Ocean chair by Humanscale

Office furniture brand Humanscale used up to one kilogram of plastic derived from disused fishing nets for its Liberty Ocean task chair.

The chair represents the next evolution of the brand’s classic Liberty chairs. It shares the same ergonomic technology and comfort as the other chairs in Humanscale’s catalog but is made from sustainably-conscious materials.

Find out more about Liberty Ocean ›


Stack of earthy coloured materials on outdoor table with trees in background

Gaia recycled upholstery fabric collection by Skopos

British brand Skopos has created a collection of materials made out of recycled textiles and post-consumer plastic waste.

Gaia mimics the appearance of textured wool boucle and comes in a selection of 21 earthy colourways.

Find out more about Gaia ›

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Dezeen Showroom offers an affordable space for brands to launch new products and showcase their designers and projects to Dezeen’s huge global audience. For more details email [email protected].

Dezeen Showroom is an example of partnership content on Dezeen. Find out more about partnership content here.

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3D weaving tackles fashion waste
CategoriesSustainable News

3D weaving tackles fashion waste

Spotted: The fashion industry has been getting a lot of criticism lately for its unsustainable practices. And for good reason – 87 per cent of the fibres and materials used to make clothing will end up in either incinerators or landfills. Luckily, many companies are now working to solve this problem, including startup Unspun.

Unspun has developed a unique solution to make textile production more sustainable. The company has developed automated, 3D weaving micro-factories, called Vega, that can weave a pair of trousers in 10 minutes. The factories allow brands to make products locally, reducing the need for manufacturing in large quantities – a major cause of waste.

Unspun highlights that the textile industry’s slow adoption of new technologies has hindered progress in addressing fashion’s impact on climate change. The company hopes to change this by decentralising fashion production and reducing greenhouse gas emissions from shipping and waste.

Unspun recently announced it has raised $14 million (around €17.6 million) in a series A funding round led by Lowercarbon, which will be used to support the development of Vega micro-factories. The company is also developing techniques to ‘unspin’ garments back into yarns, so that they can be re-woven into new products. The ultimate goal is to help brands achieve a local, circular supply chain for woven products.

In addition to Unspun, Springwise has spotted a number of other innovations in the archive that are helping create a more sustainable fashion industry. These include the development of regenerative fibres and carbon-negative textiles.

Written By: Lisa Magloff

Reference

CategoriesSustainable News

Reducing inefficiencies in plant protein production

Spotted: With the United States approving commercial sales of lab-grown chicken, the country joins Singapore as the world’s first two nations where cell-cultured food is available. The main drawback to accessing this new food category is its cost, which is so high that the two companies approved to sell the new type of chicken in the States will be supplying high-end West Coast restaurants rather than grocery stores.  

Plant-based meat alternatives also face the challenge of high costs of production, which often makes the products too expensive for consumers to buy regularly. Having realised that most plant-based meats use off-the-shelf manufacturing equipment, former aerospace engineer Christie Lagally put her expertise to work to improve the efficiency of the production process. 

Lagally is the founder of Rebellyous Foods, a foodtech company creating vegan chicken and developing automated plant-protein meat manufacturing systems and processes. The patented technology cleans up the manufacturing processes, reducing inefficiencies and manual processes and replacing them with smart automation systems designed specifically for the task at hand. 

The company’s chicken is available as tenders, patties, and nuggets, and the system – called Mock Two – is designed specifically to produce those sizes and shapes. Because much of it is automated, the new production process can run continuously, making it possible to increase the volume of output without a parallel rise in labour and machine costs.  

Once at industrial scale levels of production, Rebellyous Foods’ manufacturing technology could produce enough plant-based chicken to make products competitive with animal meat versions. Investors recognising the significance that the technology could have on the global market for healthier proteins recently contributed $9.5 million (around €8.6 million) in an equity round of funding. 

New sources of protein are much needed globally, with Springwise’s archive highlighting surprising ingredients such as cabbage and broccoli used for alternative proteins.

Written By: Keely Khoury

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