Materials “have so much more to give” says Bonnie Hvillum
CategoriesSustainable News

Materials “have so much more to give” says Bonnie Hvillum

Materials can become a much bigger part of our everyday lives and the way we see the world if people are willing to give up mass production, Natural Material Studio founder Bonnie Hvillum tells Dezeen in this interview.

Hvillum and her Copenhagen-based design and research studio have been pushing at the boundaries of what’s possible with different materials since 2018.

From charcoal-based garments to crockery made of surplus seafood shells, Natural Material Studio creates bespoke products using its own-developed biomaterials.

“Mass-produced materials are so homogenous”

“I prefer working from a ‘leftover’ kind of aspect,” explained Hvillum, whose ethos revolves around a circular approach.

“I want materials to play an active role in our way of understanding the world,” she told Dezeen. “I feel like we have become too familiar and comfortable.

“It’s become too convenient with mass production – mass-produced materials are so homogenous and so refined. Machinery textiles are just the same when they come out, there’s no variation,” the designer added.

“We’ve had an industrial process where materials have become quite neutral, in a way. I just feel like they have so much more to give and they can be part of shaping how we think, talk about and perceive the world.”

Charcoal-based garments by Natural Material Studio and Moskal Design
Natural Material Studio collaborated with fashion house Moskal Design to create charcoal-based clothing

Natural Material Studio uses a combination of simple mechanical machinery – such as a process similar to “whipping cream” when creating its biodegradable B-foam – and more manual techniques.

For example, Procel is a home-compostable, protein-based bioplastic of natural softener and pigments developed by the studio that is made into sheets using hand casting.

“It’s the handcrafted aspects that make the materials so special,” said Hvillum, referencing the random and unique patterns that emerge on the surface of the materials produced by the studio.

Shellware ceramics by Natural Material Studio
Shellware is a set of ceramics made from leftover scallop shells

Hvillum’s belief is that this approach to making things can highlight the inherent value in their materiality. Sustainable design, she said, should only be “a base point”.

“I’m more curious to talk about what these materials actually do,” she added.

“How they affect us, what they make us think and do and how they can be part of transforming the world instead of just [approaching design] with this linear thinking of replacing materials with existing ones – although of course that is also needed.”

“I needed that connection with the physical world”

Educated primarily as an interaction designer, Hvillum previously founded a consultancy called Social Design Lab.

The now-defunct company assisted professional organisations, including political parties, with “how they could think more holistically, or ‘circular’, as we call it today, in all aspects of resources including human and material resources,” according to the designer.

“I wasn’t critical of things. It was very much facilitating processes and advising and strategies and stuff. I needed that connection with the physical world,” reflected Hvillum, explaining her decision to launch Natural Material Studio.

Despite the shift, Hvillum stressed that human interaction is still at the core of her practice.

“I’m very curious about and absorbed in what we could almost call the cognitive aspects of these unconscious processes that we have in our brain. Like, why do we experience some materials in this way and others in that way?”

During the most recent edition of Milan design week, the studio showcased Brick Textiles – stretchy panels made from a combination of Procel and highly porous repurposed bricks that were classified as waste after demolition projects.

The project, which is defined by uncharacteristically “soft” bricks, proposes fresh ways of thinking about an existing resource, according to Hvillum.

Brick Textiles by Natural Material Studio
The studio also created stretchy textiles made from bricks

Hvillum is optimistic that a change in the way consumers and designers think about materials is possible.

“It’s so inspiring speaking to young people because they really see the world differently,” she said.

“These changes that we’re seeing around social equality – fluidness in terms of genders, for example – all these things are also very inspiring when we talk about design and architecture and art, because it makes us start to understand that these fields can be fluid and equal, too.”

“I feel these movements that we’re seeing on the more cultural and societal and social levels could actually inform us in ways within design and architecture – but only if we are listening.”

The photography is courtesy of Natural Material Studio.

Dezeen In Depth

If you enjoy reading Dezeen’s interviews, opinions and features, subscribe to Dezeen In Depth. Sent on the last Friday of each month, this newsletter provides a single place to read about the design and architecture stories behind the headlines.



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AI makes job ads more inclusive
CategoriesSustainable News

AI makes job ads more inclusive

Spotted: Research has demonstrated that companies with better gender and ethnic diversity find it easier to attract top talent and are more likely to have above-average profits. 

But one major challenge when recruiting diverse candidates is that people often unknowingly write company descriptions and job postings focusing on a stereotypical type of person they expect would fill that role. To help change this, Develop Diverse has created a web-based artificial intelligence-(AI)-powered software tool that helps eliminate unconscious bias. 

The Develop Diverse platform analyses writing for stereotypical language, highlights non-inclusive or potentially problematic words, and suggests alternatives that are less stereotypical and more inclusive. Each highlighted word also includes a socio-psycholinguistic explanation that helps users unlearn the unconscious bias reflected in the language. 

In addition to replacing non-inclusive words, the platform can also deliver analytics and user reports that help organisations track changes in texts, such as job adverts, and improvements in the use of inclusive language over time.   

Develop Diverse was founded in 2017 and today claims to have more than 750 users in over 35 countries. In one example, Danske Bank increased their number of qualified female applicants by 81 per cent by using Develop Diverse.

In the archive, Springwise has spotted other tools and platforms working to improve inclusivity in the workplace, including analysis software to discover an organisation’s inclusivity ‘footprint’ and AI tech that measures a company’s diversity.

Written By: Lisa Magloff

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Egg Chair would not be designed today say Luke Pearson and Tom Lloyd
CategoriesSustainable News

Egg Chair would not be designed today say Luke Pearson and Tom Lloyd

Concave chairs like Arne Jacobsen’s Egg and Eero Saarinen’s Womb don’t meet today’s definition of good design, according to the founders of design studio Pearson Lloyd.

Luke Pearson and Tom Lloyd said furniture with glued upholstery no longer makes sense because it is too difficult to recycle.

They argue that mid-century designs like the Egg and Womb, which require a large amount of glue to achieve their concave shapes, are no longer appropriate for production.

“People still hold up the Egg chair as an icon of design, even though it’s made of textile glued onto foam and moulded onto metal, making it almost impossible to repair or recycle,” Lloyd told Dezeen.

“Any textile which is a concave surface is not fit for purpose any more,” he said.

Shift to “planet-first approach”

In a joint statement sent exclusively to Dezeen, titled “Why the Egg chair would not be designed today”, the Pearson Lloyd founders said that today’s furniture must embrace the circular economy.

They said the definition of “good design” must now consider environmental impact.

“We are no longer able to judge the quality of a design by aesthetics alone,” they said.

“The value proposition of design is shifting rapidly towards a planet-first approach, and it is leading us to question how we behave and what we make. If a design doesn’t minimise carbon and maximise circularity, is it good?”

Womb Chair by Eero Saarinen
Pearson and Lloyd said the Womb chair doesn’t meet today’s definition of sustainability either. Photo by Brooklyn Museum via Wikimedia Commons

Finnish architect Eero Saarinen developed the Womb chair in 1946. It went into production for furniture brand Knoll two years later.

Danish architect Arne Jacobsen designed the Egg chair, as well as the smaller Swan chair, in 1958 for the interior of the SAS Royal Hotel in Copenhagen. They were marketed by Danish brand Fritz Hansen soon after and have been in continuous production ever since.

“Almost impossible” to recycle

All three designs are produced by glueing leather or textile onto polyurethane foam, then moulding it over a structural frame of metal or fibreglass.

This results in products that are easy to manufacture and highly lightweight, but it also makes them harder to recycle and consequently increases their ecological footprint.

This technology was revolutionary in the mid-20th century, but Pearson and Lloyd believe it has since become defunct, due to “the poor environmental credentials of this material stack”.

“Today we are questioning whether 20th-century technologies are appropriate, to eliminate products that have a short and single carbon lifecycle,” they said.

The pair reject the counterargument that, as design classics, these products often outlive their expected lifespans.

“What about the generations of derivative products whose useful life is so much shorter?” they said. “They have been incinerated or added to landfill.”

Pearson Lloyd now avoids glued textiles

Pearson Lloyd has previously used glued textiles in its own designs. But it now avoids them as much as possible, said the founders.

They instead promote the use of linear or convex shapes, which allow textiles to be held in place with drawstrings rather than glue.

Recent launches such as the CoLab classroom furniture, produced by British brand Senator, demonstrate this approach.

Pearson and Lloyd believe that new technologies such as 3D knitting also offer viable alternatives.

“We are excited by new material innovations such as 3D knitting that are allowing us to explore new design paradigms, new aesthetics and new demountable structures, to reflect the times we live in and our new priorities,” added the duo.

Read the full statement below:


Why the Egg chair would not be designed today

Egg, Swan, Womb: these organic words are resonant of nature. They are also names of some of the most recognisable chairs of the 20th century that reimagined seating in bold forms. This new aesthetic language of complex compound forms was enabled by technological developments in polyurethane foam moulding, glues, and fibreglass. These icons of design have been held up as benchmarks to which designers the world over should aspire.

Today, our definition of good design is changing. We are no longer able to judge the quality of a design by aesthetics alone. The value proposition of design is shifting rapidly towards a planet-first approach, and it is leading us to question how we behave and what we make. If a design doesn’t minimise carbon and maximise circularity is it good?

So a question we have been asking ourselves recently as we have been avoiding glueing textiles: would iconic products like the Swan, Egg and Womb chairs be designed today?

Circular design demands that products can be repaired to extend their life and recycled at end-of-life, so that carbon can be recovered by returning constituent materials to their discrete technical cycles. The vision is that we could use the products and materials in circulation today to cater to our needs in the future, preventing the extraction of raw materials.

Icons such as the Egg, Swan and Womb chair apply textiles to concave padded surfaces for comfort. This requires the textile to be glued onto foam to hold it in place. The foam is then moulded over a structural frame or surface, connecting three materials together in a way that is almost impossible to separate for repair or recycling. The poor environmental credentials of this material stack have led to the Egg aesthetic disappearing from contemporary design.

Now, ironically, in the case of these iconic chairs, their cultural durability means that they are cherished way beyond their normal and expected lifespans and, like classic cars, through careful restoration, they may indeed last forever. But what about the generations of derivative products whose useful life is so much shorter? They have been incinerated or added to landfill.

Today we are questioning whether 20th-century technologies are appropriate, to eliminate products that have a short and single carbon lifecycle. We are excited by new material innovations such as 3D knitting that are allowing us to explore new design paradigms, new aesthetics and new demountable structures, to reflect the times we live in and our new priorities.

Main image is courtesy of Shutterstock.

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Sustainable circular packaging for deliveries
CategoriesSustainable News

Sustainable circular packaging for deliveries

Spotted: Germany created 225.8 kilogrammes of packaging waste per inhabitant in 2020 – the highest level of all countries examined in Europe, even though its recycling rate stands at almost 70 per cent. One of the biggest drivers of this issue is e-commerce waste, which boomed during the COVID-19 pandemic and doesn’t look set to stop. 

To battle this scourge, Germany-based Rhinopaq has created a sustainable and reusable packaging system to replace existing single-use bags and boxes. 

The startup’s packaging consists of sturdy envelopes and boxes made from recycled polypropylene – reducing the need to produce more plastic in fossil-fuel-reliant processes or fell trees for more ‘sustainable’ paper alternatives. Notably, Rhinopaq emphasises that each of its boxes or packs tells a story, meaning that their customers can track carbon savings and the packaging’s previous usage. 

Rhinopaq is commercially available across Germany, offering its reusable boxes on a pay-per-use model as well as a plugin that allows its e-commerce clients to easily provide reusable and disposable packing to their customers on their own websites.  

Customers simply put the packaging back in a postbox when they are done – with no stamp required.

In the archive, Springwise has spotted other innovations working to lessen the climate footprint of e-commerce, including nano-fulfilment centres and the use of artificial intelligence (AI) to minimise clothing returns.

Written By: Amanda Simms

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Orbital Materials combines ChatGPT with physics to invent new materials
CategoriesSustainable News

Orbital Materials combines ChatGPT with physics to invent new materials

The first materials designed by AI could be less than 18 months away, according to Orbital Materials CEO Jonathan Godwin, who aims to harness the technology to create materials to help with carbon capture.

Formerly an engineer at Google’s AI research laboratory DeepMind, Godwin founded Orbital Materials in 2022 with a vision to bring to market “transformational materials” that could “improve our ability to have sustainable and healthy lifestyles”.

The company’s first target is materials relating to carbon capture, sustainable aviation fuel and the removal of harmful chemicals from the environment.

Material science AI a blend of ChatGPT and physics

But in the long-term Godwin also plans to work on materials for architecture and design, such as lightweight alloys for cars and smart concrete.

“If we can improve our ability to design new materials, like the chips in a computer or the screens that we look at, the metals and the alloys that we use, the active materials in carbon capture systems, then we have an ability to improve human life without having to pollute the world,” he told Dezeen.

“That’s something that drives us as an organisation.”

The model Orbital Materials uses is not dissimilar to familiar AI applications such as ChatGPT and Stable Diffusion, says Godwin.

Whereas in an image generator such as Stable Diffusion, you would input natural language as a prompt and then generate an image from it, Orbital Materials inputs an instruction along the lines of “a material that has a good absorption capacity for carbon dioxide” and the algorithm generates a 3D structure that meets the criteria.

Orbital Materials CEO Jonathan Godwin
British engineer Jonathan Godwin founded Orbital Materials in 2022. Photo courtesy of Orbital Materials

Much like how image generators arrive at an image by iterating from random noise, Orbital Material’s AI starts with a random cloud of atoms that it iteratively refines until landing on a molecular structure that answers the prompt.

The difference is that when Orbital Materials trains its AI model, the system is fed extra information about physics, “adapting it” for material science, in Godwin’s words.

The datasets that the model, nicknamed Linus, has been trained on come from real experiments and quantum simulations, which work like typical simulations but on an atomic level.

Godwin says that the “hallucinations” of incorrect information that ChatGPT has been producing are not a problem for Linus, but that the analogous challenge is it is generating purely hypothetical materials that can’t be made.

“We work really hard on making sure that whatever we generate, we have a route to making,” said Godwin. “And we do that by focusing on our dataset, focusing on a number of different kinds of tools that we have to try and ensure that that is the case.”

“Big impact” on design and architecture

Godwin says he expects AI in material science to have a “big impact” on the design and architecture industries.

First, he believes it could help industries decarbonise by introducing carbon-neutral or carbon-negative materials. He gives the example of the recent development of a cement battery alternative for energy storage as a “hugely powerful” and “breakthrough” innovation of the kind that AI could generate.

Second, he believes the technology will eventually allow for the development of new materials to specification that can be manufactured at a small scale.

“Maybe you’re designing a new device, and you need a certain type of metal with a certain type of strength or certain types of characteristics,” he explained. “At the moment, it’s very difficult to design something to specification. You have a list of materials that you can use.”

“What we’re going to be able to do is create a far wider variety and actually try to bring materials to market very, very quickly.”

An area that he sees being transformed by AI-enabled developments in material science is 3D printing.

“The scale and availability and the different functional properties of things you can 3D print are going to massively improve through the use of AI-designed additive manufacturing materials,” Godwin said.

Orbit Materials to focus on creating carbon-capture solutions

However, Orbital Materials’ current focus is in sectors where Godwin believes a product can be brought to market most quickly — hence, the 18-month estimate for how long it will take the year-old start-up to launch its first product.

“You need to have early wins in order to build a company,” he says, adding that architectural and design materials can require years of testing, particularly for something structural like concrete.

Similar to how synthetic-biology labs partner with pharmaceutical companies to bring new drug discoveries to the market, Godwin envisions Orbital Materials developing a material to the proof of concept or pilot demonstration phase and then seeking an established manufacturer as a partner.

One of the areas where the start-up is focusing much of its attention now is in materials that can draw out carbon dioxide from the air and so help establish operational carbon capture and storage solutions.

“That to me is really important because we’ve got all of these exciting technologies around converting CO2 to gasoline, converting CO2 to concrete, CO2 to X, Y and Z,” he said.

“But in order for that to actually be truly carbon neutral you need a way to capture the CO2 from the environment, and at the moment we’re not doing that in sufficient scales to make those other technologies feasible or economic.”

Benefitting from AI is “a massive organisational and political challenge”

While a believer in the potential benefits of AI, Godwin is concerned that our societies are not prepared for its potential transformational impact.

Given the rate of progress in the technology, he says we need to be thinking about “what’s going to happen in the next five years” and not just the current harms in order that the potential benefits of AI — reduced working hours, a higher quality of life within planetary limits — are evenly distributed.

“When I think of technologies in the past that have hugely improved human life, the industrial revolution, it took a very long time for the benefits of that to filter down to the people affected and that’s what worries me,” Godwin said.

“To get our society to make the most of this technology in a way that brings everyone along is a massive organisational and political challenge.”

Main image by This is Engineering on Unsplash.


AItopia
Illustration by Selina Yau

AItopia

This article is part of Dezeen’s AItopia series, which explores the impact of artificial intelligence (AI) on design, architecture and humanity, both now and in the future.



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A biodegradable coating for paper packaging 
CategoriesSustainable News

A biodegradable coating for paper packaging 

Spotted: Paper is often hailed as the perfect sustainable alternative to plastic packaging, with many consumers instinctively putting paper materials in their recycling bins without thinking. However, many paper-based products are laced with unrecyclable components, such as plastic coatings. 

Now, Israeli startup Melodea has a solution – bio-based coatings that protect against water vapour, oil, and oxygen. Made from wood pulp and waste side streams from the paper industry, these 100 per cent plant-based coating solutions are completely recyclable, compostable, and biodegradable. They are suitable for use on paper, paperboard, PET plastic, and bioplastic products, and are also completely non-toxic and FDA-compliant. 

Instead of absorbing water and disintegrating, or soaking up grease and becoming unrecyclable, the coatings act as barriers to keep the paper clean and dry. Melodea’s ‘VBcoat’ product resists both water and grease, as does its ‘VBseal’ coating, with the latter also providing heat-sealability to close up the packaging.

Video source Melodea

These can be used on their own or combined with the company’s ‘MelOx’ product to provide an additional oxygen barrier. Until now, most food packaging has relied on unsustainable materials like plastic because it stops the transmission of air, keeping produce inside fresher for longer. MelOx gives eco-friendly paper packaging the same essential oxygen-resistance.  

Because Melodea’s solutions can be applied using standard coating technologies, they can be scaled easily and quickly, with the coatings able to protect products from chocolate and cheese to detergent and cosmetics.

In the archive, Springwise has spotted other innovations using paper to make packaging more sustainable, including a paper alternative to bubble wrap and paper bags made from urban biowaste.

Written By: Matilda Cox

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Making hi-tech nano-crystals out of organic fishing waste
CategoriesSustainable News

Making hi-tech nano-crystals out of organic fishing waste

Spotted: Material waste from the fishing industry, namely crustacean waste, amounts to around 6-8 million tonnes a year. One company is looking to use this waste to solve the problem of material alternatives to plastics. 

The present problem with plastic packaging films is that it’s difficult to achieve high strength, low permeability, and recyclability all in one material. The current market caters to low permeability and high strength but neglects recyclability, with these materials taking decades to be broken down and releasing harmful microplastics in the process. This is where Neptune Nanotechnologies comes in. 

The company is using its proprietary technology to transform the waste material of crabs, shrimps, and lobsters into highly valuable chitin nanocrystals. Neptune Nanotechnologies highlights that these nanocrystals are stronger than steel, lighter than plastic, and fully bio-based and biodegradable. The fully organic crystals replace current additives to base materials, like plastic and composites, that can be an obstacle to a product’s biodegradability.

The crystals solve the problems of performance by making the final nano-structured materials stronger, but equally, the weight reductions allow better efficiency and CO2 prevention downstream in transport. Neptune Nanotechnologies’ crystals have similar characteristics to other nanotech alternatives, including graphene and carbon nanotubes, but have the added bonus of also being biodegradable. 

This high performance means the crystals are suitable for a range of applications, like aerospace and automotive composites, high-barrier films and packaging, 3D-printed materials, and biomedical devices. Neptune Nanotechnologies is currently testing its technologies in these industries and is hoping to become completely commercialised soon. 

There are a number of innovators looking to rid the world of harmful, often plastic-based, materials. In the archive, Springwise has also spotted one startup that turns organic waste into planet-friendly plastic and another that creates footwear from food waste.

Written By: Archie Cox

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Making clean hydrogen and carbon black without combustion
CategoriesSustainable News

Making clean hydrogen and carbon black without combustion

Spotted: Hydrogen has long been touted as a clean fuel for the future. And the International Energy Agency forecasts that global hydrogen demand could reach 115 megatonnes by 2030, although this falls short of the 130 megatonnes needed by the same deadline to meet existing climate targets. 

Hydrogen is promising as a fuel because it does not emit CO2 at point-of-use and has a broad range of existing and potential applications – from the power sector to transport and more. However, the way in which the element is produced determines whether or not it is a truly clean fuel.  

Today, almost all the hydrogen we use is created from fossil fuels, which means that its production generates significant amounts of CO2. ‘Green hydrogen’ is an often-discussed alternative to fossil-derived hydrogen. It is produced by running an electric current through water to break the bond between the hydrogen and oxygen atoms. If this current is produced from a renewable source, then the entire process is emissions-free. Although very promising, green hydrogen has its own limitations, such as the current high cost of electrolysers needed for its production. 

Now, however, US startup Monolith, has developed a new clean way of producing hydrogen. Using a process called methane pyrolysis, the company heats up traditional or renewable natural gas or biogas with renewable electricity. This process heats the gas but does not combust it, which means no CO2 is released. Instead, the bonds between the hydrogen and carbon atoms in the gas are broken, and the two elements are collected separately.

Video source Monolith

Although Monolith’s process still results in a small amount of greenhouse gas emissions for each kilogramme of hydrogen produced, these are much lower than those produced by traditional fossil-derived hydrogen processes (at 0.45 kilogrammes of CO2 equivalent per kilogramme of hydrogen, compared to 11.3 for steam methane reforming). Moreover, the company claims that the process could be made carbon negative if renewable natural gas is used as feedstock.  

The key benefit of Monolith’s technology is that it is more affordable than green hydrogen production and uses seven times less energy than is required to produce hydrogen with electrolysers. The leftover carbon from methane pyrolysis can also be used to produce carbon black, a material that is used in tyres and rubber products and as an ink, black paint, or dye. This carbon black is normally produced in very carbon-intensive ways, so its recovery from Monolith’s process offers a more sustainable alternative. 

As hydrogen becomes more important for the energy transition, Springwise has spotted several innovators in the archive working on its clean production, including a company producing next-generation electrolysers, researchers making hydrogen from thin air,  and oil-eating bacteria that produce hydrogen from spent oil and gas wells.  

Written By: Matthew Hempstead

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A new approach to circular packaging
CategoriesSustainable News

A new approach to circular packaging

Spotted: In the UK, slightly more than 80 per cent of consumers say they prefer eco-friendly packaging, and this growing trend of favouring sustainably packed items can be seen across the globe. Using recyclable materials is one way brands are becoming more sustainable, but often this isn’t enough. For example, a lot of recyclable materials aren’t disposed of correctly, so cannot be recycled properly. 

Reusable packaging is an alternative solution that is gaining momentum. But the technology needed to sort and clean packaging for future reuse is not yet firmly established. Seeing a gap in the market, London-based startup Again has created an automated cleaning service that makes it possible for brands to reuse their packaging materials.  

Called CleanCells, the micro-factories use robotics to bring reuse technology to businesses. The facilities service multiple organisations in each location, helping to keep costs low enough for small and medium enterprises to afford the service. And Again purposefully matches the price of its services to that of single-use plastics and other packaging in order to encourage the take-up of its circular system.   

The CleanCells are situated near or within logistics hubs to reduce transport costs and each can clean up to 500,000 units of packaging per month. From visual inspection to in-line microbiological and allergenic monitoring, the company’s quality assurance ensures that food-grade packaging remains safe to use. Meanwhile, an accompanying software platform allows companies to manage and monitor their packaging supply chain.

Springwise has spotted other innovators in the archive working to turn single-use packaging into a circular model, including one for takeaway lunches and another cutting single-use food waste across US universities.

Written By: Keely Khoury

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A Virtual Tour of the Design Set to Redefine Rural Healthcare in Nepal
CategoriesSustainable News

A Virtual Tour of the Design Set to Redefine Rural Healthcare in Nepal

Commissioned by Nepal’s Ministry of Health & Population, this new 18,000 square foot public medical facility is located in the Jumla District, an area characterized by its inaccessibility and poverty.

Sited along the Karnali River and named after the natural hot springs, the hospital signifies a renewed emphasis on health in a region where advanced healthcare services have been historically limited due to the rugged terrain. Crafted from rammed earth using local soil and labor, the new hospital will embody sustainability, affordability, and respect for local ecology.

Comprising three interconnected volumes that encircle a healing garden with native plantings, the hospital offers panoramic views of the Karnali River valley. This low-carbon and passive solar building hosts emergency, out-patient, and administrative departments on the west side, ensuring easy access. On the eastern side, the in-patient department, surgery, and maternity ward nestle, providing the needed privacy.


Read More About the Project

Project: Tatopani Hospital
Firm: Building Bureau
Finalist, 11th Annual A+Awards, Unbuilt Sustainable Non-Residential Project

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