Lars Beller Fjetland designs “100 per cent recyclable” aluminium bench
CategoriesSustainable News

Lars Beller Fjetland designs “100 per cent recyclable” aluminium bench

Norwegian designer Lars Beller Fjetland explains how his fully recyclable Bello! bench created for Hydro aims to showcase the possibilities of extruded aluminium in this exclusive video produced by Dezeen.

Designed in collaboration with Shapes by Hydro – a knowledge hub created by aluminium producer Hydro – the bench is made from nearly 90 per cent recycled and 100 per cent recyclable aluminium, according to the designer.

“I wanted to make something that was extremely robust, and for me, aluminium was the answer,” Beller Fjetland told Dezeen. “It has all these amazing properties that make it a super durable material, especially when you introduce it in an anodised finish.”

Bello! bench by Lars Beller Fjetland in the new forest green colour situated in a forest
Beller Fjetland and Hydro have introduced a new forest green colour for the bench

Beller Fjetland and Hydro recently presented the latest colourway of the bench in forest green during the Material Matters Fair during London Design Festival, where Beller Fjetland spoke to Dezeen about the collaboration.

He cited forest landscapes as a source of inspiration when creating the vibrant green seat.

“I was just walking in the forest and contemplating aluminium as a material, and I was thinking about having a light impact or a low footprint in nature,” Beller Fjetland said.

“Green just felt really fitting. It can also be a cliche, in a way, to think about green, but I think for us it really works.”

Close of the ridged finish of the Bello! bench by Lars Beller Fjetland
The bench can be modified to integrate tables, lamps or chargers for use in public places

The bench is characterised by its ridged surface, which Beller Fjetland explained was informed by the shape of penne rigate pasta.

“One of the things we discussed was how can we make the concept of extrusions accessible for as many people as possible,” Beller Fjetland explained in the video.

“That’s where I started to think about the analogy with the pasta, because the manufacturing technique is surprisingly similar.”

The bench is manufactured using a similar extrusion process to how dried pasta shapes are formed. For the Bello! bench, molten metal is poured through a moulded opening to create a ridged surface.

“You’re pushing the material through a die, which creates a form and, visually, it looks like a penne rigate or a rigatoni pasta,” Beller Fjetland explained.

Close up of the ridged finish of the Bello! bench by Lars Beller Fjetland in the new forest green colour
The bench’s texture is informed by the shape of penne rigate pasta

The bench, which was designed for both inside and outdoor use, features a hard-wearing finish making it suitable for high-traffic settings such as public transportation hubs.

“What is interesting with aluminium is that it is a material that has an inherent value in itself, which kind of makes circularity way easier,” Beller Fjetland said. “There’s an incentive there to actually recycle the material, because it has a monetary value.”

“The beautiful thing is that the energy needed to recycle aluminium to make new material is very low. It makes me believe that recycled material doesn’t have to be a compromise,” he continued.

Partnership content

This video was produced by Dezeen for Shapes by Hydro as part of a partnership. Find out more about Dezeen partnership content here.

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Electrifying cement production for kiln-free concrete
CategoriesSustainable News

Electrifying cement production for kiln-free concrete

Spotted: Cement is a vital component in construction, with an estimated 4 billion tonnes produced each year. Yet at the same time, cement production is also a huge contributor to global warming, generating 1.67 billion tonnes of CO2 in 2021. Clearly, getting the world to net zero is going to require reducing emissions from cement. One of the companies working to achieve this is Sublime Systems.

In conventional cement making, limestone is heated to 1400 degrees Celsius until it decomposes, releasing CO2 as a by-product. The fossil fuels used to power the kilns and the CO2 released through limestone decomposition are responsible for almost all of cement’s carbon emissions.

Sublime’s technology uses an electrochemical process, instead, to break down non-carbonate rocks and other raw materials (such as industrial wastes) that don’t release CO2 when decomposed. This can run at room temperature and be powered by renewable electricity, making Sublime’s process net zero while also reducing manufacturing costs and complexity. The resulting Sublime Cement can be used in place of ordinary Portland cement for any use.

The company recently announced the closing of a $40 million (around €38 million) series A funding round, led by climate-tech-focused fund Lowercarbon Capital, and with participation from Siam Cement Group, the largest cement producer in Southeast Asia.

Reducing emissions from cement manufacture is crucial to reaching net zero. Luckily, there is no shortage of innovators working on ways to help with this. Recent advances spotted in the Springwise archive include using artificial intelligence (AI) to optimise concrete recipes and using fly ash to reduce cement emissions.

Written By: Lisa Magloff

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Detecting cancer cells with an AI-powered web platform
CategoriesSustainable News

Detecting cancer cells with an AI-powered web platform

Spotted: Urbanisation may prove highly beneficial for increasing employment and educational opportunities, but scientists are increasingly noting the negative impact of urban environments on our health, including rising instances of cancers. And according to researchers, the burden of cancer is set to rise faster in developing countries in the coming years, including in Nigeria. 

At the same time, the country’s health system is woefully understaffed, with a ratio of less than 100 clinical oncologists for every 100,000 cancer patients. A team of data scientists and healthcare students saw an opportunity for artificial intelligence (AI) to help reduce that gap. Working together, they built TensorScan, a web-based tool for real-time detection of malignant cells in histology micrographs.  

With the power of AI at hand to help review cancer scans, oncologists can order more tests for more patients, thereby contributing to a reduction in waiting and diagnosis times. As patients begin to move through the healthcare system more quickly, the potential for earlier identification of malignant cells grows, further increasing the rate of positive care outcomes.  

TensorScan also provides additional services for scientists and patients. The developers built a native token called $CARE with blockchain technology to ensure the security of research data and the privacy of patients. Doctors upload scan results and receive payment in $CARE tokens. Researchers use the tokens to buy data, and patients are able to connect with others in support groups and receive payments for their time. The payments to patients can be particularly helpful in countries with less developed or accessible national health systems. 

The team envisions up to 70 breast cancer screening centres spread throughout Nigeria. After participating in the FuelAfrica 2.0 hackathon held in early 2023 and earning second runner-up, the team plans to continue developing the strength of the algorithm and rolling out the technology as quickly as possible.  

AI’s ability to handle volumes of data and tasks far greater than a human’s capacity makes the technology of particular interest to many nations struggling to provide equitable, high-quality healthcare to their populations. Springwise’s archive contains additional examples of AI improving healthcare by prioritising patient cases according to the probability of illness and examining scans for areas of secondary concern.

Written By: Keely Khoury

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Two-wheeled robots for on-site security
CategoriesSustainable News

Two-wheeled robots for on-site security

Spotted: The global security industry is growing rapidly – worth around $113 billion (around €108 billion) in 2022, the global physical security market is projected to reach almost $210 billion (around €200 billion) by 2032. However, at the same time, there is a growing shortage of security workers.

One way to plug the labour gap is with robots, and Ascento is one company that is hoping to do just that. Ascento has developed autonomous, wheel-legged Ascento Guard robots that are designed to navigate any terrain. Because it’s all-weather capable, it can help secure outdoor warehouses and campuses, as well as outdoor venues.

Ascento Guards can detect unwanted people on premises, verify perimeter integrity, check that doors and windows are closed, record property lights, identify floods and fires, and control parking lots. Using artificial intelligence (AI), the robot analyses videos and creates reports, integrating with existing video management systems. Helpfully, the Guard can be installed and deployed in just a few hours and can be hired by the hour, just like human guards.

At the same time as announcing the release of the Guard, Ascento also reported the completion of a $4.3 million (around €4 million) pre-seed funding round, led by Wingman Ventures and Playfair. According to the company, new customers are signing up every month and its fleet mileage has grown by more than 70 per cent month-on-month since the start of 2023.

Robotic guards join a wide number of innovations in robotics spotted in the Springwise archive, including robots that can pack produce and provide mobile, on-demand electric vehicle (EV) charging.

Written By: Lisa Magloff

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Samsung’s flagship New York store offers immersive smart home experience
CategoriesSustainable News

Samsung’s flagship New York store offers immersive smart home experience

Samsung’s flagship experience store in New York City, which has been captured in this exclusive video produced by Dezeen, has been designed to enable visitors to envision living in a smart home.

Located in Manhattan’s Meatpacking District, the Samsung 837 store is described by the brand as an “interactive playground” and allows visitors to interact with Samsung’s latest connected home devices.

Located on the second floor, the SmartThings Home section allows visitors to test its connected products in a simulated smart home environment.

The section features a connected kitchen where products, such as Samsung’s Bespoke Refrigerator, are on display, allowing users to test its touchscreen capabilities.

The SmartThings Home section in Samsung's flagship New York store
The SmartThings Home on the second floor allows visitors to test Samsung’s latest smart products

The store also features a gaming lounge in which visitors can use consoles to play games in real-time.

Additionally, the SmartThings Home section includes a children’s bedroom, which features a projector where visitors can experience watching movies in bed.

Samsung children's bedroom
The children’s concept bedroom features a projector to watch films

Samsung customers can download its SmartThings app to connect and monitor all of their smart home devices in one place. Users can monitor their energy consumption in a bid to reduce their energy bills using the SmartThings Energy activation within the app.

Also exhibited in the space is Samsung’s Bespoke service, which allows visitors to customise Samsung products to suit their individual style, including custom colour combinations and finishes.

Samsung bespoke refrigerators
Samsung’s bespoke refrigerators can be customised to fit a user’s individual style

Samsung uses the flagship experience store to host a variety of talks and events throughout the year. Recently, Dezeen partnered with Samsung to host a live panel discussion in the flagship store, exploring the topics of technology and sustainability.

The talk was moderated by Dezeen’s US editor Ben Dreith and featured a panel including Barent Roth, Matthew Spencer and Claudia Santos, who discussed how connected homes can enable more sustainable lifestyles.

Partnership content

This article was written by Dezeen for Samsung as part of a partnership. Find out more about Dezeen partnership content here.



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Electrifying motorcycles in Southeast Asia
CategoriesSustainable News

Electrifying motorcycles in Southeast Asia

Spotted: Electric motorcycles, while currently a small percentage of vehicles on the road, are becoming more common, and the global market is expected to grow steadily between 2022 and 2030. Currently valued at more than $30 billion (around €28.7 billion), electric motorcycles are becoming more desirable as technology develops and governments provide incentives for their use. Personal transport by motorbike is particularly common in the 10 countries that make up the Association of Southeast Asian Nations (ASEAN). Indonesia, Vietnam, the Philippines, and Thailand are exhibiting the highest rates of growth of sales of motorcycles. 

Determined to be a part of that expansion while also pushing the industry to become more sustainable is Singapore-based Sleek EV. The electric motorcycle company offers three models designed for all aspects of urban driving. The Sleek One is the most affordable model and is designed for relatively smooth daily commutes. The Sleek Type V is stronger, heavier, and made for more robust rides. The Sleek Type V – GT is the sportiest model with the biggest power capacity. All the models use Bosch motors and Samsung batteries, with the dashboards providing dashboard easy-to-read information in daylight and at night. 

The bikes range in power from 1500 to 4000 watts and are drivable in one of three modes: eco, standard, or sport. In all three motorbikes, the battery reaches a full charge in three and a half hours or can be charged more slowly overnight. Users can either charge their battery while it’s in the bike or remove it for charging via a home electrical socket.  

The company recently closed a pre-series A funding round led by venture capital fund Orzon Ventures. The money raised is earmarked for the expansion of its partnerships with motorbike dealers throughout Thailand. 

Springwise’s archive includes other examples of electric motorbike startups and redesign projects that are making it easier for communities to make the switch from petrol-powered to renewable energy transport options.

Written By: Keely Khoury

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Turning pineapple waste into natural textiles
CategoriesSustainable News

Turning pineapple waste into natural textiles

It wasn’t that long ago that pineapples were seen as a luxury – but now they can be found on supermarket shelves all year round, fuelling a 400 per cent increase in global pineapple production since 1960. The downside of this phenomenal growth is 25 million tonnes of pineapple waste a year from the plant’s discarded leaves. Most of them are either burned or left to rot, generating high volumes of methane emissions, perhaps the most dangerous of the greenhouse gases.

Fast fashion has gone through a similar period of rapid growth in the last fifty years, with a similar impact on the environment. The sector is responsible for an estimated 10 per cent of greenhouse gas emissions and uses around 93 billion cubic metres of water per year – or four per cent of all freshwater extraction globally. This is set to double by 2030.

Ananas Anam has come up with a solution to both of these problems. Through repurposing the agricultural waste that comes from pineapple production it has created a series of natural textiles, Piñatex and Piñayarn, using the fibres from the discarded leaves. The leaves are collected in bundles before the long fibres are extracted using semi-automatic machines. The fibres are washed, dried naturally by the sun (or in a drying oven during rainy season) and then combined with a corn-based polylactic acid to create a non-woven mesh that forms the basis of the textiles.

As the name suggests, Piñayarn is a compostable and biodegradable yarn, while Piñatex offers a viable alternative to leather, doing away with the tanning process needed for animal skins that usually uses around 250 polluting chemicals. By not burning the leaves, there is also a CO2 emissions saving – the equivalent of 6 kilogrammes of CO2 for each 1 kilogramme of yarn produced.

Not only does this solution offer a circular approach to textile production, but it’s also good for the farmers who produce the pineapples – Ananas Anam supports rural farming communities in Bangladesh like Eco-Fresh Agro, fostering strong partnerships through their transparent supply chain, and demonstrating that by reusing resources, we can do so much more than just follow fashion.

Video and article credit: RE:TV

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Reef Design Lab crafts Erosion Mitigation Units from recycled oyster shells
CategoriesSustainable News

Reef Design Lab crafts Erosion Mitigation Units from recycled oyster shells

Melbourne studio Reef Design Lab has created a series of organically shaped modules from concrete blended with oyster shells to help reduce coastal erosion in Port Phillip Bay, Australia.

The Erosion Mitigation Units (EMU), which have been longlisted in the Dezeen Awards sustainable design category, were used to build a breakwater to reduce coastal erosion and designed to create a habitat for marine life.

Erosion Mitigation Units are semi-submerged modules
Erosion Mitigation Units are semi-submerged modules

Designed for the City of Greater Geelong municipality by Port Phillip Bay, the two-metre-wide EMU modules form a permeable barrier 60 meters offshore, where the water depth ranges from 30 to 130 centimetres.

Reef Design Lab opted for an organic shape to minimise the material use and maintain structural integrity while creating refuges and colonies for ocean life.

A snorkeler is visiting the EMU breakwater
The breakwater is a snorkelling destination

The design team used digital moulding analysis alongside traditional casting techniques to produce the precast reusable moulds in its Melbourne studio.

This saved a significant amount of cement compared to using 3D concrete printing, according to the studio.

Reef Design Lab also added locally sourced oyster shells, which it says makes for an ideal surface for shellfish, as aggregates in the concrete mix to manufacture the EMU modules.

The geometry of the modules was optimised to create the habitat conditions needed for marine species to live on them.

An overhang provides resting space for stingrays and pufferfish, while tunnels and caves on the module shelter fish, octopus and crustaceans from predators and provide shaded surfaces for sponges and cold water coral to grow on.

The module shelters fish from predators
The module shelters fish from predators

The module’s surface was designed with one-centimetre-wide ridges and made rough on purpose to reveal the shell aggregate and attract reef-building species such as tube worms, mussels and oysters.

Designed to be covered in small pools, the modules retain water and shelter intertidal species at low tide.

Reef Design Lab installed 46 modules of EMU in six hours
Reef Design Lab installed 46 modules of EMU

In October 2022, Reef Design Lab installed 46 EMU modules in Port Phillip Bay. The breakwater is being monitored by the Melbourne Universities Centre for Coasts and Climate for the next five years.

Six months after the installation, species including shellfish, sponges and cold water corals were colonising the modules, the studio said.

Another breakwater project that aims to fulfil engineering and ecological requirements is the Buoyant Ecologies Float Lab in San Fransisco Bay by a team at the California College of the Arts.

Off the coast of Cannes in France, British sculptor Jason deCaires Taylor created the Underwater Museum of Cannes, a collection of six large underwater sculptures, to call for more care for ocean life.

The photography is courtesy of Reef Design Lab.

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A subscribe and recycle model for kids’ bicycles and toys 
CategoriesSustainable News

A subscribe and recycle model for kids’ bicycles and toys 

Spotted: Cycling is widely recognised as one of the most sustainable modes of transportation available and a great form of exercise for various age groups, but researchers point out that at the end-of-life stage, bicycles have “a significant (and uncalculated) carbon footprint.” And as fast as children grow, so does the volume of waste they produce as they outgrow everything from shoes and clothes to bicycles and toys. 

Determined to reduce their waste, a group of friends with children ranging from four to fifteen started a circular, direct-to-consumer subscription company called Gro Club. Offering bicycles and other children’s products such as car seats, strollers, and bunk beds, the company provides equipment maintenance, home delivery and recycling. Subscriptions are available for either 12 or 18 months, and the cost is approximately 70 per cent less than buying elsewhere. Customers can opt to extend their subscription for a nominal fee, upgrade to a larger-sized product, or buy the item outright.  

Based in Bengaluru, the Gro Club says that its average cost is Rs 6,000 (around €68) per year or Rs 500 (around €5.70) per month. Bicycles are custom-made in-house, and the company reuses each bicycle frame at least five times for maximum carbon emissions savings. Every bicycle that’s returned to the company is taken apart and then reconstructed with a fresh paint job, meaning that every bike looks new when it’s delivered. 

Gro Club also offers bicycles for adults at a slightly higher subscription price of around Rs 549 (around €6.20) per month. All subscriptions include a lifetime warranty on parts and home service maintenance support.

Having completed a pre-seed round of funding and with more than 5,000 subscribers in Bengaluru, the company is planning to use its next round of funding to expand both the number of products available on subscription and its servable locations. Subscriptions will shortly be available in Mumbai, Hyderabad, and Pune.  

The subscription model is being applied to many products and services, with Springwise’s archive including options for reusable nappies and office furniture.

Written By: Keely Khoury

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Enlightened leaders: Beverley Gower-Jones OBE
CategoriesSustainable News

Enlightened leaders: Beverley Gower-Jones OBE

Beverley Gower-Jones is Managing Partner of the Clean Growth Fund, CEO of business incubation consultancy Carbon Limiting Technologies and an independent member of the UK cross-government Net Zero Innovation Board. We talk to her about accelerating the rate of net-zero innovation.

Interview

“We have a broken investment ladder. Entrepreneurs and CEOs spend all their time trying to raise funding instead of focusing on their business plans.”  

I’m sitting down with Beverley Gower-Jones at the London Climate Technology Show, and we are surrounded by the hum of founders and attendees busy networking at the various stands in the exhibition space, looking to make connections and secure business. The Clean Growth Fund stand – where Beverley is Managing Partner – has been busy all day. Unsurprising as its focus is to empower early-stage entrepreneurs with ‘expert capital to tackle the climate crisis’.  

“What we need,” she says, “is a joined-up ‘escalator’ that connects early-stage funding and money all the way to Series E and beyond. All that time that’s wasted fundraising adds three to four years to maturation, which is time we don’t have.”  

Beverley is uniquely placed to comment on the urgency of the need to get to net zero. She received an OBE this year for services to Net Zero Innovation. A geologist by training, she started her career at Shell in the mid-80s, rising to become a founder and Vice President at Shell Technology Ventures where she was instrumental in defining Shell’s technology-venturing strategic approach. 

“I remember having a heated debate with colleagues at Shell about whether we would be known as living in the ‘age of communication’ or the ‘age of pollution’. I was so strongly on the age of pollution side, and voicing it helped me to decide that I wanted to do something about it. I’m really grateful to Shell because the things I learned in the 20-odd years I was there was all about the energy industry and that knowledge really influences the way I think about the energy transition, and it is a transition. 

“It also taught me about commercialisation.” She stresses: “An idea has to be commercial and economic for a business to be able to invest in it and for it to be successful.”  

Both the IPCC AR6 Synthesis Report, published earlier this year and the recent United Nations stocktaking report highlight the fact that we already have innovative solutions with potential, but there is a lack of financing to scale them. Earlier in the day, during her talk Beverley stated that “Return on capital and return on carbon are the same thing – we only reduce greenhouse gas emissions if these technologies scale beyond our wildest dreams.”

The struggle to scale

So where are the blockers? “One of them is in the institutional investors in the pension funds not investing in specialist fund managers like the Clean Growth Fund. They tend to do what worked the year before, so a lot of that money goes internationally to listed funds where they know there is more certainty because there is a proven track record. It’s about talking and explaining the business case for investing in specialist fund managers that are looking to do sustainability investments. 

“Other barriers are the timelines of some of these investments – they’re quite long. Nuclear fusion, wave or tidal…They need consistent funding over a long period of time. It’s not a government solution – government has a role to play but the private sector has a serious role to play as well in making that change.  

“It’s about having multiple funds, and multiple types of funding at different stages. Some companies need a hybrid fund where they need equity into the core company, but they need debt to build the factory or process line or whatever it is. If you try and build a huge plant with equity it doesn’t work, it dilutes your founders and you can’t make the returns that you need to make. But building the first of anything is a risk.”  

Beverley also has universities in her sights. “We our universities need to do more – they’ve always had teaching and research at the core of their charters, and now they need to have commercialisation at the core of their charters too, with a process in place to spin that research out.”

She’s impatient for the impact of clean technology innovation to be felt. “Being a geologist by background and a scuba diver, I can really see the deterioration of the planet and it really bothers me. I was never patient, it’s always ‘faster please!’”  

But she is optimistic. “I am optimistic, I think we have to be. We do some amazing things when everyone gets together. There’s nothing more powerful than a set of individuals who decide to march together. If you look at the Mori polls, climate is one of the top three things that people are concerned about. Consistently. So it’s risen up the agenda. 

“The fantastic innovation that I see from entrepreneurs gives me huge cause for hope. There are so many solutions and opportunities.”

And here at Springwise, we get to see these new, amazing solutions every day – take a look at them here and stay tuned to hear from more inspiring individuals like Beverley.

Words: Angela Everitt

Learn more about the Clean Growth Fund: cleangrowthfund.com

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