Global innovation spotlight: South Korea
CategoriesSustainable News

Global innovation spotlight: South Korea

Global innovation spotlight: South Korea

Global Innovation Spotlight

South Korea Innovation Facts

Global Innovation Index ranking: 5th

Climate targets: reduce emissions by 40 per cent below 2018 levels by 2030, carbon neutral by 2050.

Sustainability issues:

Air quality – Air pollution is a significant issue in South Korea. In one survey by the Ministry of Environment, 97 per cent people of people said that air pollution was causing them physical or psychological pain. Some of this pollution is home grown, but experts estimate that around 60 per cent of South Korea’s air pollution is blown into the country from China.

Coal power – South Korea’s continued reliance on coal power contributes to the country’s homegrown air pollution and greenhouse gas emissions. Coal accounts for nearly 30 per cent of South Korea’s total primary energy supply, and nearly 45 per cent of the country’s electricity supply is generated from coal

Water management – South Korea suffers from both high population density and water scarcity – which is exacerbated by pollution from livestock and storm water run-off. Moreover, the country faces a higher risk of flooding than other developed countries. As a result, the country faces significant water-related risks, which makes water management a critical issue.

Sector specialisms:

Transportation

Health

Social and leisure

Source: Startupblink

Three Exciting Innovations From South Korea

AI device translates images and webpages into Braille
Photo source Dot

AN AI-POWERED DEVICE TRANSLATES IMAGES AND WEBPAGES INTO BRAILLE

With only around three per cent of the world’s accessible texts available in Braille, people living with sight impairments have an extremely limited library from which to choose. Set to transform this situation is South Korean assistive device company Dot. With its new artificial intelligence (AI) powered software, the company is making more content—including images—available to Braille readers. Read more.

Partnership creates sustainable plastic recycling eco-system
Photo source Innerbottle

A PARTNERSHIP CREATES A SUSTAINABLE PLASTIC RECYCLING ECO-SYSTEM

LG Chem, the chemical unit of South Korea’s LG Group, has joined forces with a local reusable plastic bottle manufacturer and a leading logistics company to establish a more efficient and sustainable recycling system for plastic cosmetic containers. The move comes as part of the company’s wider efforts to tackle the global issue of plastic waste. Startup InnerBottle produces reusable plastic bottles with a replaceable elastic silicon inner layer, while CJ Logistics collects used bottles from customers. LG Chem itself sources materials for the production of the reusable bottles. Read more.

Sustainable flour alternative from barley
Photo source Olga Kudriavtseva on Unsplash

UPCYCLING BARLEY BYPRODUCTS INTO HIGH-PROTEIN FLOUR

Seoul-based food upcycling startup RE:Harvest has created a new flour alternative made from upcycled barley from the production of beer and sikhye – a traditional sweet Korean beverage. The powder is not only more sustainable than traditional flour – it also has a higher protein content. As society moves towards plant-based diets, protein-rich nutritious flours could be an important part of the solution to feeding the world sustainably. Read more.

Words: Matthew Hempstead

To keep up with the latest innovations in sustainable investment and beyond, sign up to our free newsletters or email info@springwise.com to get in touch.

Reference

Startup converts existing buildings to net-zero with innovative process
CategoriesSustainable News

Startup converts existing buildings to net-zero with innovative process

Spotted: One of the big challenges to reaching net zero is converting existing buildings to reduce their carbon footprint. It is simply not feasible to tear down existing structures and replace them with purpose-built net zero buildings, and in many cases, it is also not economically viable to add elements such as insulation or heating pumps to older buildings. In response, German startup Ecoworks is tackling this problem from the outside . The company develops a second skin with built-in insulation designed to help buildings radically cut energy use.

Ecoworks begins with a 3D scan of the building, which is used to create a digital twin. Using this twin, the company develops plans for panels which will fit over the existing walls. Robots then assemble the panels, which are complete with windows, ventilation, channels for pipes, and solar panels on the roof. On-site, skilled workers can install the panels rapidly, completing the project in a few weeks.

This approach works best with buildings that have a simple exterior structure, such as apartment complexes. However, Ecoworks has plans to expand the concept to less uniform buildings, such as schools and single-family homes. In one project—which involved a 1930s apartment complex—the building went from using 450 kilowatt-hours of energy per square metre, to having negative emissions and feeding excess energy back into the grid.

The push to decarbonise existing buildings is just getting started, but already we are seeing some fascinating innovations in this space. Springwise has already covered a number of these, including an SaaS platform geared to helping real estate investors lower their environmental impact, as well as zero carbon buildings made from ceramics. 

Written By: Lisa Magloff

Website: ecoworks.tech

Reference

Drones for middle-mile delivery – Springwise
CategoriesSustainable News

Drones for middle-mile delivery – Springwise

Spotted: When we think about drone delivery, we tend to think about last-mile delivery – from the store or fulfilment centre to the customer. However, FedEx is now looking at using drones for the middle mile – from port to warehouse or distribution centre. The giant logistics company is partnering with hybrid vertical takeoff and landing (VTOL) aircraft manufacturer Elroy Air to develop autonomous drones capable of delivering cargo weighing from 136 to 227 kilogrammes over distances of up to 300 miles.

The middle mile delivery will be handled by Elroy’s Chaparral hybrid-electric vertical take-off and landing aircraft. Chaparral is equipped with all-electric propulsors, a turboshaft jet engine, and a generator, which is used to boost power during take-off and landing. The Chaparral uses lightweight cargo pods that are pre-loaded. These are then autonomously picked up by the aircraft, reducing the human workload. The drone aircraft also does not require airports or charging stations, allowing it to deliver to a wide range of locations.

Elroy Air is currently working on ways to integrate its aircraft into FedEx’s existing system. This will include tackling logistical issues such as how to decide what freight goes on the Chaparral, how many aircraft will be needed at each location, and how to organise flight times and loads for maximum efficiency.

The VTOL market is heating up, and while Elroy’s Chaparral is out ahead on development of middle-distance drones, other companies are also using drones to streamline logistics. Kawasaki recently completed proof-of-concept testing on its autonomous drone helicopter with its own last-mile delivery bot. And startup Natilus is developing an autonomous cargo plane that will be able to carry up to 3,855 kilogrammes over a distance of 1,667 kilometres. 

Written By: Lisa Magloff

Email: elroyair.com

Website: https://elroyair.com/

Contact: elroyair.com/#contact

Reference

Natural rubber made from dandelions
CategoriesSustainable News

Natural rubber made from dandelions

Spotted: More than 99 per cent of the world’s natural rubber is made from latex derived from rubber trees – almost all of which grow in southeast Asia. The tyre industry uses around 70 per cent of this rubber – and demand is growing all the time, raising several issues related to sustainability, governance, social, and economic practices. One major purchaser of natural rubber is The Goodyear Tire and Rubber Company. Goodyear has previously committed to sourcing the rubber sustainably, and now the company is partnering with the US Department of Defense (DoD), BioMADE, the Air Force Research Lab (AFRL), and Farmed Materials to develop a domestic source of natural rubber.

The programme will focus on developing Taraxacum kok-saghyz—a species of dandelion also known as TK—as an alternative to natural rubber trees. Farmed Materials, which develops agriculturally derived and sustainable high-performance polymers, has shown good results from pilot programmes using TK. Now, with funding from the DoD, Farmed Materials will speed up development of TK-based rubber – beginning with the planting and harvesting of TK seeds in Ohio.

While it takes rubber trees around seven years of growth before the latex can be harvested, the TK dandelions can be harvested every six months. They can also be grown in a more temperate climate than rubber trees. The natural rubber produced from the programme will be used to produce military aircraft tyres. These will then undergo rigorous testing by the AFRL to ensure they are fit for use.

“This partnership highlights how BioMADE brings together companies of different sizes to solve critical problems,” said Melanie Tomczak, Chief Technology Officer at BioMADE. “We’re excited about this project, which holds a lot of promise for domestic rubber production and shows how bioindustrial manufacturing can help secure the domestic supply chain.”

Goodyear are not the only company working on a more sustainable alternative to traditional tyres. Last year, we covered a tyre made by Continental using a TK-based rubber, along with silicate from the ash of rice husks, and vegetable oils and resins. Previously, we took a look at a concept tyre that uses a liquid tread to repair itself and a recyclable rubber. 

Written By: Lisa Magloff

Website: corporate.goodyear.com

Contact: corporate.goodyear.com/us/en/about/contact-goodyear-corporate

Reference

Giant algae-filled ponds sequester carbon
CategoriesSustainable News

Giant algae-filled ponds sequester carbon

Spotted: The past few years have seen a string of net-zero targets unveiled by some of the world’s largest companies. As many of these organisations will need to rely on carbon offsetting to reach their goals, this has created an enormous demand for high-quality, scalable solutions that remove carbon dioxide from the atmosphere. These solutions come in all shapes and sizes – both nature-based and man-made. Now, UK company Brilliant Planet has developed one that has the potential to remove CO2 at a gigatonne scale.

The company captures carbon through enormous open-air ponds situated on coastal desert land. These ponds are teaming with photosynthesising algae that remove excess carbon dioxide from the air.

Brilliant Planet’s approach has a number of key benefits. First, it does not use fresh water, meaning there is no additional burden on water resources. Moreover, the ponds are situated in empty desert, employing under-utilised natural resources. The process also helps to de-acidify local coastal seawater.

Most importantly, the approach taken by Brilliant Planet is both cost-effective and verifiable – resolving a dilemma often faced by companies seeking to offset their emissions. “Nature-based solutions to climate change are normally the most scalable and cost-effective but it is often difficult to verify the amount of carbon removed by these methods,” explains Brilliant Planet CEO Adam Taylor. “On the other hand, man-made solutions such as direct air capture can be easily verified but are prohibitively expensive,” he adds.

Taylor argues that the company has found a way to deliver on all these requirements by delivering, cost-effectiveness and scalability in a way that is verifiable.

The company’s approach has certainly impressed investors who this month awarded the startup $12 million (around €11 million) in Series A funding. One participating investor, Toyota Ventures, pointed to the depth of the company’s fundamental research – which has included four years of trials at its three-hectare research facility in Morocco.

Other carbon capture innovations recently spotted by Springwise include liquid trees for urban environments, a new plan for storing carbon under the sea, and a startup that uses microbes to boost carbon sequestration.

Written By: Matthew Hempstead

Email: info@brilliantplanet.com

Website: brilliantplanet.com

Reference

Round Up: Contextualizing the Rising Trend in Ring-Shaped Housing
CategoriesSustainable News

Round Up: Contextualizing the Rising Trend in Ring-Shaped Housing

Have your say in which architects will take home Architizer’s prestigious A+Awards: Public Voting opens this spring. Interested in next year’s program? Subscribe to our newsletter for updates.  

Recently, The Almanac by Sweco Architects Denmark made headlines for its conceptual community-centric approach to housing. Evoking themes associated with its namesake, the proposal features ring-shaped housing blocks with a large courtyard at its core. The lower floor of the building features cafes and other recreational spaces, tying it with the communal exterior spaces. The core also acts as the cultural center for each structure. The upper floor has a continuous balcony that connects to individual homes, all placed adjacent to each other along the ring form.

The Almanac by Sweco Architects Denmark

Like chawls found in Western India, the connected balcony on the exterior encourages neighbors to interaction. Additionally, the corridor on the inner side also forces people to walk by each other’s homes. Simply walking past the windows of other neighbors increases the chances of impromptu conversations and sharing of meals. Unlike apartments in big cities, it is almost impossible to not know who your neighbors are in this typology. Given the curved form, residents have the opportunity to interact with neighbors across the rings as well as those in the central garden.

The circular form has long been popular in architecture. Vernacular dwellings across the world were rounded, perhaps as an imitation of shapes and geometries found in the natural environment. But this form had several advantages as well. In comparison to a square or rectangular perimeter, a circular exterior has a lesser surface area, helping thermal conditions in cold climates. This shape also allowed for more connection points between the roof and the walls, making them stronger. These homes are also more resistant to strong winds, snow and earthquakes.

Image by ming yang via Pixabay

Over time the form of such buildings has evolved. Using a donut shape for multi-unit housing dates back to the 12th Century. The Tulou is a ring-shaped home made by the Hakka community in the Fujian province of China is one of the most well-known examples. There were some rectangular ones but the ring shape remained more popular. Given its robust walls and limited entrances, its structure was both built to protect its inhabitants and foster community living.

The building had small windows on the outside but was opened up inside. Each Tulou could have two to four floors. Made from thick load-bearing earthen walls, each building could easily house about 800 people along with other community spaces such as halls, wells and storerooms. Each Tulou was created for one Hakka clan and their extended family to live together. The uniform sizes of each home unit inside underscored the overarching design theme: unity.

Image by limo23 via Pixabay

In addition to protection and interaction, these structures were also very sustainable (primarily due to its durability). Today, these rammed earth structures are still standing. It should be noted that they have a minimal carbon footprint; in additional to sustainable material sourcing, the material structure itself also helps to regulate the temperature within. Furthermore, the unique donut shape allows ample light to enter the homes as well as in the common spaces, reducing the need for man-made light sources. There is also good circulation of the air through the entrances and the courtyard.

Apart from vernacular housing, the circular form with multiple units also found different uses through the 18th century. One such example is the Narrenturm in Vienna. The structure, built in 1784, was designed to accommodate psychiatric patients. This shape was thought to be helpful when trying to look at the occupants of the whole building from the center.

This idea was also the foundation for the conceptual Panopticon prisons, imagined by Jeremy Bentham. The building was to house prisoners in cells across the external ring and have a central watchtower for guards to observe prisoners from, much like an internal panorama. Fortunately, the use of the form has now reverted back to private homes, apartment complexes, museums and even commercial buildings.

62M by 5468796 Architecture, Winnipeg, Canada

Today, we’re seeing a renewed interest in this unique building footprint, and the idea of building a round housing structure is now popping up in cities across the world. Take, for example, 62M, a housing dormitory in Winnipeg, which resembles a flying saucer. The disk-shaped structure stands on tall columns to provide better views from the 40 studios within and help with climatic conditions.

The entrance of the building as well as the circulation elements are located at the center. Additionally, the continuous corridor was devised to reduce the alienation caused by connectors with dead ends and present opportunities for the residents to meet their neighbors. The circular form also reduces the external surface area, thereby making heating spaces more efficient in cold winters.

Tietgen Dormitory by Lundgaard & Tranberg Architects, København, Denmark

Similar themes are seen in the Tietgen Dormitory in Denmark. The structure comprises 360 residential units along the perimeter as well as some community spaces along the internal surface. Unlike previous structures in the article, homes in this dorm are staggered to create a sense of individuality. Several apartments are grouped together with a common community space that protrudes to help it stand out. While there is no common corridor inside, the circular form allows for increased visual connectivity.

The ring a ring a roses by GVultaggio

Lastly, a competition entry proposes a housing structure that increases interaction with the landscape as well as other residents. The different homes in the ring are placed at different heights and enclose the central space, creating a secured courtyard. The spaces on the lower level are classified as day-time functions whereas the upper level is for night-time or private functions.

All of these new structures draw on historic precedents but also bring new 21st century insights into the fold. While ringed housing complexes may never be a dominant residential floorplan in our cities, the host of design benefits suggest that this upward trend will bring more user-friendly, community-building housing stock to urban areas in the coming years.

Have your say in which architects will take home Architizer’s prestigious A+Awards: Public Voting opens this spring. Interested in next year’s program? Subscribe to our newsletter for updates.  

Reference

An energy-harvesting wearable made from recycled waste
CategoriesSustainable News

An energy-harvesting wearable made from recycled waste

Spotted: The global market for smart wearables is forecast to reach $42.3 billion (around €38.9 billion) by 2028. These devices will undoubtedly improve our lives through greater connectivity and convenience. But more electronic devices mean more demand for raw materials such as iron, copper, and gold – something which is increasingly emerging as a problem.

To tackle this, researchers from the University of Surrey, are explored how recycled waste materials can be used to make wearables by developing and testing a prototype wrist device made from discarded paper wipes and plastic cups.

The prototype is powered by energy harvested from the wearer’s movements. The device contains materials—called Triboelectric Nanogenerators (TENGs)—that become electrically charged when they rub against one another, in a process known as electrostatic induction. This charge is used to power the device – which currently transmits morse code. In the future the prototype could be developed into a smart watch.

“It won’t be long until we have to ask ourselves which of the items we own are not connected to the internet,” explains Dr Bhaskar Dudem, project lead and Research Fellow at the University of Surrey’s Advanced Technology Institute (ATI). “However, the current internet-of-things (IoT) revolution highlights the simple fact that our planet doesn’t have the raw resources to continue to make these devices which are in such high demand.”

Wearable innovations recently spotted by Springwise include
a biosensor
that can measure emotional data, a wearable
sensor for tracking stress, and a wearable
that uses the human body to power electrical equipment.

Written By: Matthew Hempstead

Email: mediarelations@surrey.ac.uk

Website: surrey.ac.uk

Reference

Innovation and SDG 3: good health and wellbeing
CategoriesSustainable News

Innovation and SDG 3: good health and wellbeing

Between 2000 and 2019, global life expectancy increased by more than six years. And over the long term, average life expectancy has increased from less than 30 in 1770 to over 70 in 2019. Simply put, people are living long than ever – a testament to the exponential gains in medical knowledge that have accompanied our modern age.

But while the overall story of global healthcare is a positive one, the COVID-19 pandemic has reminded us not to be complacent. Aside from the immediate impact of the crisis, huge disparities remain between different healthcare systems, and the pandemic has highlighted varying levels of resilience and preparedness. Moreover, the toll of endemic infectious disease remains high in some regions. In 2020, 1.5 million people died from tuberculosis, 680,000 from AIDS-related illnesses, and 627,000 from malaria. And, while people are living longer, increases in the number of years a person can expect to live in good health have not kept pace with overall life expectancy.

Global health and wellbeing challenges therefore remain, and innovation will play an important role in tackling them – from artificial intelligence that streamlines diagnosis to clothing that helps to prevent malaria.

Health and AI

One major frontier of medical innovation is artificial intelligence (AI). The AI in healthcare market is forecast to reach $64.1 billion (around €59 billion) by 2027. AI is scaling up and automating tasks that could previously be completed only by human health professionals – freeing up the time of doctors and nurses, while helping to reduce human error. For example, a network of 11 medical facilities in Chicago, is trialling an AI system that flags and follows-up on signs in medical images of illnesses beyond those that were the subject of the original referral.

With AI applications growing in number, there is strong demand for large amounts of patient data to test and train algorithms. One startup is on a mission to provide the data needed for validation studies that test the effectiveness of AI healthcare applications – without compromising patient privacy.

United Nations SDG 3: good health and wellbeing

Mental Health

Recent decades have seen growing understanding of the importance of mental health. According to the World Health Organizatio(WHO), around 20 per cent of the world’s children and adolescents have a mental health condition. The seriousness of mental health is enshrined in target 3.4 within SDG 3 – which calls for the promotion of mental health and well-being. Innovation is helping to improve access to mental health services. For example, one app uses AI to provide clinically proven mental health therapy. The platform offers affordable psychological support regardless of location and time. 

Given the prevalence of mental health conditions among children, innovators are focusing on solutions tailored to the needs of families. For example, another mental health app helps families have difficult conversations using a framework based on empirical, evidence-based research and insights.

United Nations SDG 3: good health and wellbeing

Health coverage and access to medicines

According to the United Nations, less than half of the global population is covered by essential health services. And 2 billion people still lack access to medicines. Target 3.8 within SDG 3 sets the task of achieving universal health coverage, encompassing financial risk protection and access to services, medicines, and vaccines. Here innovation can help. For example, one Nigerian startup is aiming to make healthcare accessible and affordable in low- and middle-income countries. The company does this by bundling together several healthcare services—including insurance plans, telemedicine, and prescription delivery—under a single flat fee. Another, related issue is the prevalence of fake pharmaceuticals. An online marketplace combats this problem with a platform that connects patients with trusted, vetted suppliers.

Contagious disease

Much progress has been made in tackling contagious diseases such as HIV/AIDS, tuberculosis, and malaria. For example, over 6.2 million malaria deaths were averted between 2000 and 2015. Nonetheless, , according to the WHO, there were 241 million malaria cases in 2021. One startup is making bamboo sleepwear with insect repellent incorporated into the fabric. This helps to prevent mosquito bites that transmit malaria-causing parasites.

Tuberculosis (TB) is another disease that remains deadly. In 2020, an estimated 9.9 million people fell ill with TB. To enable TB diagnosis in remote regions, a Mexican biotechnology startup has developed an affordable diagnostic system that requires no electricity, costs less than €1 per test, and returns results in 15 minutes.

United Nations SDG 3: good health and wellbeing

Reproductive health

According to the WHO, every day in 2017, approximately 810 women died from preventable causes related to pregnancy and childbirth. Of these deaths, 94 per cent were in low- and lower-middle-income countries. A key cause of maternal death is a lack of medical expertise, with over 55 per cent of countries having fewer than 40 nursing and midwifery professionals per 10,000 people. However, innovation can still play a role in improving reproductive health. For example, a new blood test—which can be taken around the sixth month of pregnancy—could signal the likelihood of a premature birth.

Words: Matthew Hempstead

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Reference

Airbus A380 completes flight powered entirely by sustainable aviation fuel
CategoriesSustainable News

Airbus A380 completes flight powered entirely by sustainable aviation fuel

Spotted: Aviation accounts for around 2.5 per cent of global carbon dioxide, but its actual contribution to climate change is much higher. This is because air travel not only emits CO2, but also a number of other pollutants—such as nitrogen oxides and particulates—along with water vapour, which triggers cloud formation. These emissions are also released higher up in the atmosphere than with other forms of transportation, resulting in a greater warming effect. For this reason, replacing aviation fuel with more sustainable options has become something of a holy grail in the sustainability sector.

Now, Airbus has made new progress, with an A380 flight powered entirely with sustainable aviation fuel (SAF). The flight used an A380 test aircraft MSN 1 and lasted around three hours – taking off from Blagnac Airport in Toulouse. The 27 tonnes of SAF fuel used in the flight was provided by TotalEnergies, and was produced locally, in Normandy.

Like other brands of SAF, the TotalEnergies fuel is made from hydroprocessed esters and fatty acids (HEFA). These are free of aromatics and sulphur, and were made primarily using used cooking oil and other waste fats, such as animal waste fat as feedstock. These fats are then refined to produce a fuel that has a very similar chemistry to traditional jet fuel. However, in addition to being produced from waste, rather than fossil fuels, SAF also contains fewer impurities (such as sulphur), which means fewer emissions.

According to Airbus, this is the third Airbus aircraft type to fly on 100 per cent SAF in the past year. Earlier flights included an Airbus A350 in March 2021, and an A319neo single-aisle aircraft in October 2021. However, the A380 is the largest of the three to fly entirely on SAF. The company claims that, “Increasing the use of SAF remains a key pathway to achieving the industry’s ambition of net-zero carbon emissions by 2050.”

At the moment, each passenger on a round-trip flight between New York and London requires more emissions than used by an average person in Paraguay during an entire year. So it’s no wonder that SAF is increasingly in the spotlight. Springwise has seen this with innovations such as an SAF made using captured CO2. And in 2021, United Airlines completed the world’s first commercial flight powered entirely by SAF. 

Written By: Lisa Magloff

Website: airbus.com

Contact: airbus.com/en/airbus-contact-us

Reference

Removing microplastics from water with okra
CategoriesSustainable News

Removing microplastics from water with okra

Spotted: If you have ever eaten a gumbo, you may be aware that one of the main ingredients—okra—is an excellent thickener. Researchers have recently discovered that the same extracts that make cooked okra gloopy can be used to remove microplastics from wastewater. Microplastics are, as the name suggests, pieces of plastic 5 millimetres or smaller. Studies suggest that these are now so prevalent they have been found on every continent and inside the human body – even inside the placenta of unborn babies.

Microplastics are typically removed from wastewater in a two-step process – by first skimming off any floating pieces, and then removing the rest using flocculants, ‘sticky’ chemicals that attract the microplastics and form large clumps that then sink to the bottom of the water. However, some common flocculants are themselves potentially harmful. For example, polyacrylamide, can break down into toxic chemicals. Instead, the researchers turned to non-toxic alternatives.

The team tested polysaccharide extracts from several foods, including fenugreek, cactus, aloe vera, okra, tamarind, and psyllium. They found that polysaccharides from okra combined with those from fenugreek worked best at clumping microplastics in ocean water, while combining polysaccharides from okra and tamarind worked best with freshwater. Overall, these plant-based polysaccharides worked either as well as or better than better than traditional flocculant polyacrylamide.

According to lead researcher Dr. Rajani Srinivasan, of Tarleton State University, in Texas, the plant-based flocculants can be used in existing water treatment processes. “The whole treatment method with the nontoxic materials uses the same infrastructure,” says Srinivasan. “We don’t have to build something new to incorporate these materials for water treatment purposes.”

Plastic, it turns out, is everywhere – in water, food – even our bodies. As awareness grows about the ubiquity of microplastics, researchers and environmentalists are working to find new ways to remove these pollutants. Some recent innovations include using mussels as natural filtration devices and replacing plastic seed coatings with a natural, biodegradable film. 

Written By: Lisa Magloff

Website: tarleton.edu

Contact: tarleton.edu/contact

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