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Recycling Cigarette Butts into Asphalt

Recycling Cigarette Butts into Asphalt

Cigarette butts are the most littered item worldwide. Over 4.5 trillion cigarette butts pollute our environment every year. They do not easily biodegrade and are full of chemicals that are toxic to the wildlife that may ingest them. They are small individually, but they add up to a big problem. A waste management company in Bratislava, Slovakia, has found a new way of recycling cigarette butts, and that is by transforming cigarette butts into asphalt.

The environmental effect of cigarettes

More than 6 trillion cigarettes are smoked yearly around the world. You are probably familiar with how cigarettes cause air pollution due to the burning of tobacco, which releases harmful chemicals into the air. But did you know the butts from cigarettes are the most common form of personal litter in the world?

In the world total, cigarette butts make up more than one-third of litter. While cigarette butts may look like cotton, they are made of plastic fibers which are tightly packed together. And because they are made from man-made materials, they won’t organically break down into the environment.

Moreover, because cigarette butts are made of toxic chemicals when they are disposed of improperly, these chemicals (such as nicotine, lead, cadmium, and arsenic) will leach into the environment. The toxic chemicals can find their way into rivers, lakes, and oceans, harming aquatic life and contaminating water sources. There is also a risk of wildlife mistaking cigarette butts for food, accidentally injesting them.

Transforming cigarette butts into asphalt

A municipal waste management company in Bratislava, Slovakia, is pioneering a new way of recycling cigarette butts. At the end of 2023, the company trialed special containers designed to collect standard cigarette filters and those found in modern heated tobacco devices like vapes. And placed them around the city.

In collaboration with companies SPAK-EKO and EcoButt, the Bratislava City Council will be recycling cigarette butts to use the discarded materials to create asphalt for roads. Once the filters have been collected from the specialized bins, they will undergo a cleaning process to remove toxins and any residual tobacco. The cleaned filters are composed of cellulose acetate from the filters, which are then transformed into fine fibers. The fibers are mixed with traditional asphalt materials, which help with the asphalt’s durability and longevity.

The final product can be used just like conventional asphalt for creating new roads or repairing existing ones.

This isn’t the first time Slovakia is recycling cigarette butts into asphalt to be used on their roads. Their first cigarette filter road is located in  Ziar and Hronom and was the first in the world.

With this program, cities in Slovakia can encourage people not only to stop throwing their cigarette butts on the ground, where they will do harm to the environment. But this project can also show people how they can participate in sustainable urban development.

Recycling cigarette butts into asphalt can also help reduce the environmental impact of the construction industry. The production of asphalt involves heating and mixing aggregates with bitumen, a petroleum-based binder. This process releases greenhouse gases and other air pollutants, contributing to air quality issues and climate change.

Rainwater runoff from asphalt surfaces can carry pollutants, such as oil, heavy metals, and chemicals from vehicle exhaust, into waterways, potentially contaminating aquatic ecosystems. Recycling cigarette butts in the asphalt may help absorb and reduce many of these environmental harms and could change how we construct our roads.

Cigarettes might not be disappearing in the very near future, but we can find ways to make them less damaging to our planet and help cities be a little cleaner. Providing users with these specialized cigarette butt bins is one way to keep cigarette butts off the ground and out of our waters. And repurposing these butts is one way we can support a circular model and reuse and repurpose our resources.

Slovakia has a very innovative plan, and we hope it catches on around the world.

 

 


 

 

Source   Happy Eco News

Invasive Species Refined: Bioplastics from Water Hyacinth

Invasive Species Refined: Bioplastics from Water Hyacinth

In a pioneering breakthrough, researchers have unveiled an innovative technique to make bioplastics from water hyacinth (Pontederia crassipes) to solve pollution and plastic waste. Leveraging the notorious water hyacinth, an invasive aquatic weed causing havoc in waterways, the scientists have demonstrated a circular approach to tackle environmental challenges.

Revolutionizing Bioremediation and Value-Added Products

Water hyacinth is endemic to South America and was introduced to North America and the rest of the world as an ornamental plant. However, once in the environment, they are infamous for choking waterways, causing damage to ecosystems, and causing over $100 million in annual control costs in the U.S. alone. However, the research team at the University of California, Riverside, led by Dr. Zhiwei Hu, discovered a way to harness the potential of this invasive plant for environmental redemption. Their technique involves using water hyacinth to absorb and break down pollutants from wastewater, addressing excessive nutrient pollution, and then converting the biomass into valuable bioplastics and fertilizer.

“We aimed to tackle two environmental problems — excessive nutrient pollution and plastic waste — with one circular solution,” explained Dr. Hu. “And we discovered the resulting bioplastics from water hyacinth perform on par with standard petrochemical plastics in terms of flexibility, durability, and strength.”

This groundbreaking approach provides a sustainable solution to the environmental issues associated with water hyacinths and offers a valuable resource for manufacturing bioplastics from water hyacinths. The researchers are investigating ways to enhance the experimental bioplastics to enable full industrial substitution for materials like polyurethane in consumer goods.

Turning a Troublesome Weed into a Resource

Fueled by excessive nitrogen and phosphorous levels in surface waters, water hyacinth outbreaks have been wreaking havoc on freshwater habitats. Creating bioplastics from water hyacinths and other valuable products could jumpstart more resilient regional bio-manufacturing ecosystems.

“The collaboration between wastewater treatment plants and our water hyacinth bioremediation technique combined with material generation is under exploration,” noted Dr. Hu. “Scaling this will help relieve stress on conventional plastic supply chains while supporting greener, carbon-conscious manufacturing.”

Towards a Greener Future: Scaling and Collaboration

The potential for scaling bioplastics from water hyacinths holds promise for addressing the challenges posed by water hyacinths and contributing to sustainable manufacturing practices. Water hyacinth is an invasive aquatic plant that can cause substantial ecological and economic damage by outcompeting native species, reducing biodiversity, and impeding water flow.

However, researchers have discovered that the fibrous tissues and polymers within water hyacinth can be extracted and used as feedstock for biodegradable plastics. By repurposing these invasive plants into valuable bioplastics, an immense potential exists for transforming an environmental burden into economic opportunity.

The research showcases the environmental benefits and highlights the economic potential of repurposing invasive plants. Scaling up bioplastic production from water hyacinth could provide a renewable, compostable alternative to conventional petroleum-based plastics.

Water hyacinth is an ideal candidate for sustainable bioplastic feedstock as an abundant and fast-growing invasive species requiring no additional land, water, or nutrient resources. If successful, this approach could present an economically viable alternative to conventional plastic production, supporting ecological resilience through invasive plant control and closed-loop manufacturing powered by renewable plant biomass.

Additionally, the bioplastics from water hyacinths offer promising mechanical properties comparable to polyethylene and polypropylene. The research indicates that water hyacinth bioplastics could replace conventional plastics in various applications. By incentivizing large-scale harvesting of invasive plants, bioplastic production can mitigate ecological damage while meeting material demands.

Unlikely Collaborations: A Key to Sustainable Solutions

The collaboration between scientists and troublesome flora exemplifies the potential for finding solutions where they are least expected. By tapping into the disruptive tendencies of invasive plants, the research opens up new possibilities for environmental redemption and industrial symbiosis.

As the world grapples with pollution and plastic waste, bioplastics from water hyacinths offer hope. It showcases the transformative power of unlikely collaborations and the ability to turn environmental challenges into opportunities for innovation and positive change. The researchers believe that such groundbreaking initiatives could pave the way for a greener, more sustainable future in both environmental conservation and manufacturing.

 

 

 


 

 

 

Source   Happy Eco News 

 

The Ban on Plastic Water Bottles at LAX

The Ban on Plastic Water Bottles at LAX

Did you know that over 481 billion plastic bottles are used worldwide every year? Americans purchase, on average, 50 billion water bottles per year. This averages about 13 bottles per month for every person. The US, China and Indonesia are the largest consumers of plastic water bottles. Purchasing plastic water bottles in these countries buying, plastic water bottles are seen as a luxury whereby the water is regarded as “healthier” or has a better taste. Countries in the Global South together represent roughly 60 percent of the market. These countries are almost dependent on plastic water bottles due to the lack of reliable access to safe tap water.

The issues surrounding the overconsumption of plastic water bottles include the fact that the groundwater extracted to help fill the billions of plastic bottles a year poses a potential threat to drinking water resources. Moreover, the industry’s growth helps distract attention and resources from funding the public water infrastructure needed in many countries. Using plastic water bottles harms the planet because most plastic gets thrown into landfills. In fact, only 9 percent of the plastic from these bottles is recycled, which is only getting lower due to China no longer accepting US plastics.

Despite the adverse effects plastic, especially plastic water bottles, have on the planet, there is no sign of these sales slowing down. Experts are saying that plastic water bottle sales are expected to rise by 2030.

To reduce the use of plastic water bottles, at least in the US, the Los Angeles Airport (also commonly known as LAX) is banning the sale of these single-use plastic water bottles. Over 9 million plastic water bottles were sold at LAX alone in 2019, which averages more than 24 000 bottles a day. The LAX plastic water bottle ban went into effect on June 30, 2023.

The LAX plastic water bottle ban includes concessionaires, restaurants, lounges, vending machines and events happening at the airport. Only single-use water bottles made from recyclable aluminium, cartons or glass may be sold at the airport. The airport encourages visitors to bring their own reusable water bottles and use the water bottle refill stations located in the various terminals. The LAX plastic water bottle ban does not include other beverages sold in plastic bottles or bottled water from flight services on aircraft. This is something that might change in the coming years.

This new policy is part of the Los Angeles World Airports (including LAX and Van Nuys Airports) Sustainability Action Plan, which targets a zero-waste future. The plan is to make these airports zero waste by 2045. The LAX plastic water bottle ban is only the second airport in the world to ban the sale of single-use plastic water bottles and follows San Francisco International Airport, which placed its ban in 2019. In 2021, San Francisco extended the ban to include other types of beverages.

The LAX plastic water bottle ban is only part of a bigger push for sustainability. Los Angeles World Airport has a long history of committing to environmental sustainability. In the early 1990s, it introduced waste diversion and recycling programs at its airports and in 2007, it adopted one of the first sustainability plans for any airport in the nation. Reducing waste and eliminating single-use plastics are important goals for the Los Angeles World Airports and the City of Los Angeles. The LA City Green New Deal calls for all city departments to phase out single-use plastic by 2028 and achieved 100 percent waste diversion by 2050.

It’s impressive that no other airports have taken these initiatives yet. But we know that California is a leader in the sustainability movement. Hopefully, the LAX plastic water bottle ban will encourage other airports around the US and even across the globe to take part in this initiative and reduce dependence on plastic.

 

 


 

 

Source  Happy Eco News

The Plastic-Eating Enzymes Used in Recycling Clothing

The Plastic-Eating Enzymes Used in Recycling Clothing

Plastic eating enzymes have interested scientists looking for solutions to increasing plastic waste. Enzymes are important to living things because, as proteins, they allow biochemical reactions to happen faster than they would otherwise. They aid in everything from breathing to digestion. Enzymes are even used in food processing, paper industries, and detergents.

Because enzymes are so diverse in their uses, scientists have engineered a new enzyme to help us with our plastic program. These super plastic eating enzymes can break down plastic in a few days. Scientists believe this is a natural adaptation by the bacteria and might be a response to the increase of plastic in the environment.

The most common type of plastic that plastic eating enzymes can recycle is polyethylene terephthalate (PET). PET is a type of plastic used in many common products, such as bottles, food packaging, and textiles.

  • Other types of plastic that can be recycled by enzymes include:
  • High-density polyethylene (HDPE): found in plastic bottles and children’s toys.
  • Low-density polyethylene (LDPE): found in plastic bags, shrink wrap and food packaging.
  • Polypropylene (PP): found in disposable medical devices, textiles and auto parts.
  • Polystyrene/styrofoam (PS): found in takeout food containers, consumer electronics packaging and packing peanuts.

As the enzyme breaks down plastic, the bacteria produce MHETase, by which the enzymes break the pieces down further. After this process, other bacteria can break down the products into CO2 and water. Unlike other recycling methods, they can break down plastic into its original components, which can be reused to create new products. Enzymes require less energy than traditional methods, such as mechanical recycling. But maybe best of all is that they can be used to recycle plastic that is difficult or impossible to recycle using traditional methods such as those mixed with fabric or other dissimilar materials.

These plastic eating enzymes are now making an appearance in the fashion industry. The fashion industry uses tons of plastic-derived fibres in many clothing products. What’s worse is that very few of these materials are recycled today. Fashion brands have been known to turn to mechanical recycling and approaches using solvents to repurpose textiles for reuse. The challenge with these approaches is that they involve virgin plastics and require a lot of energy. Using plastic eating enzymes will break down plastic more efficiently. They will turn the materials into monomers that act like virgin-quality materials.

Athletic apparel company Lulelemon has teamed up with Australian startup Samara Eco to help them break down old textiles so they can be turned into new ones. Samara Eco has optimized plastic eating enzymes found in nature to efficiently recycle PET and polyester plastics at scale so they can be made into new, virgin-grade plastic.

The plastic waste is sourced and prepared for recycling by cold washing. The enzymes revert the plastic waste from its complex state into its original form. The plastics are then separated from any other additives like colourants. The recycled monomers can then be used in the re-manufacturing of brand-new plastics.

Using this technology, Lululemon hopes to spin used nylon and polyester blends from pre-owner, damaged or discarded apparel into a form that can be used in new collections. The partnership is Lululemon’s first-ever minority investment in a recycling company and Samsara’s first partnership with a clothing manufacturer. The recycling company hopes to make breakthroughs into the mainstream fashion industry as well as work with partners in other spaces to meet its goal of recycling 1.5 million tonnes of textiles by 2030.

This partnership is also part of Lululemon’s Be Planet goals and a step toward a circular ecosystem by 2030. Samsara Eco’s infinite recycling helps to close the clothing loop by using apparel waste to create new recycled materials over and over.

The two companies will create new recycled nylon and polyester made from apparel waste. They will be able to show that recycling textiles and repurposing materials is possible and can be done sustainably. This partnership might be the move we need to change the fashion industry for the future of our planet.

 

 


 

 

Source Happy Eco News

Developing Alternatives to Plastic Payment Cards

Developing Alternatives to Plastic Payment Cards

Over six billion plastic payment cards are produced and shipped worldwide every year. These cards are quickly replacing cash payments because they are a more convenient and secure way of paying. These cards typically comprise several layers of PVC plastic, one of the most common forms of plastic. Each card will contain approximately 5 grams of plastic, weighing 15 000 tonnes. These cards are replaced on average every 3-4 years, and most are discarded into landfill.

Since 2018,Master card has been working to develop more sustainable card options for their cards and other card issuers. Some of these options include:

  • Recycled PVC plastic uses post-industrial waste to make the card. PVC recycling reduces the need for more oil extraction, which supports the creation of new PVC.
  • Polylactic Acid is a bio-sourced plastic produced from either corn or sugar starch. The cards can be industrially composted if they are collected and processed in the correct conditions.
  • Polyethylene Terraphlate contains no chlorine or styrene and is more widely recycled. PETG can be a step towards introducing full circularity.
  • Ocean-sourced cards are made from post-consumer plastic waste found in the ocean or from coastal areas.

Additionally, Mastercard has introduced its Sustainable Card Badge, part of its certification program to encourage the use of more sustainable materials in card manufacturing. The Badge is a card mark made available to qualified card manufacturers and issuers who reduce first-use PVC in plastic payment cards. Issuers will have access to an approved list of vendors and alternative sustainable materials found in the Mastercard Sustainable Materials Directory. This is the world’s first directory of sustainable card materials and information on where to source them. More than 60 financial institutions in more than a dozen countries worldwide have issued Mastercard cards made from approved recycled, recyclable and bio-sourced materials.

Mastercard is also exploring the end-of-life for payment card options, as most materials used in these cards cannot be composted or recycled efficiently. The contaminants, such as the chips and magnetic tape, still need to be addressed as they cannot be composted, separated, or removed in the recycling processes. The emergence of new chemical recycling techniques alongside the traditional mechanical processes makes this an emerging option for cards which will likely see further improvement over the coming years. Mastercard is invested in research regarding the chemical recycling of plastics to find ways they can contribute to a more circular economy.

Mastercard’s efforts will significantly reduce the need for plastic, especially as these cards continue to be manufactured each year. Although these cards are small, the impact can be huge, and it is important to reduce plastic use wherever we can.

 

 


 

 

Source Happy Eco News

Mushroom Surfboards; A Sustainable Alternative In Surfing

Mushroom Surfboards; A Sustainable Alternative In Surfing

The future is mushroom surfboards; companies like Wyve Surf, Notox Surf, and the Ecoboard Project all manufacture boards using recycled materials or eco-friendly materials to show that not only are environmentally friendly boards possible to be made, and they are, in many cases, better than conventional boards made with petrochemicals. This understanding that surfers deserve and want better than industry standard drives Steve Davies, a surfer and design student creating mushroom surfboards out of Mycelia.

Hailing from Porthcawl, Wales, Davies has known for a long time that the surf industry, for all its eco-friendly aesthetic, is lacking in manufacturing their boards. These petrochemical boards oftentimes break and are washed out to sea, releasing plastic into the oceans that inevitably make their way into flora and fauna and, ultimately, back into us.

Surfing for many demands respect and an understanding of the ocean and nature. Thus, the demand for an eco-friendly board is prominent in his market research. This is why he creates his mushroom surfboards entirely made of sustainable materials. His board is made by creating a natural mold of a surfboard, in which the mycelium can grow to create his all-natural board. The board is then coated with a natural waterproofing material; in his interview with the BBC, he is experimenting with beeswax and linseed oil.

He started collecting substrate for the mycelia, which he had access to due to living on a farm with lots of straw and horse bedding. He explained in his project journal, “This sparked an idea to start a business/surfboard manufacturer from an agricultural point of view — growing surfboards on a farm near the beach whilst using waste materials from that very same farm, reducing the transport of materials, and therefore reducing carbon released into the environment.” According to Davies, he can grow a mushroom surfboard in the right conditions in 21 days. He plans to upscale his project to commercial levels, providing an eco-friendly board that gives back to the oceans that surfers rely on instead of degrading them. This development can also be incredibly profitable, as the surfing industry is expected to expand to $3.2 billion by 2027, up from $2.2 billion in 2020.

Alternative materials are crucial to the green transition we are currently experiencing. The reliance on plastic materials has led us to create nearly everything we have out of petrochemicals. While this has been cheap and effective for us in the short-term, we will continue to see further degradation of our natural environment, which we truly rely on, if we don’t work further to make alternative materials the main way we create in our world. Apparel manufacturers are also looking to Mycelia to replace leather in their products.

Surfing, in particular, relies entirely on the oceans, and surfers are the ones who experience firsthand the amount of plastic pollution and its detrimental effects. It only makes sense to create sustainable boards for surfers, by surfers. And as the world continues to transition to a green future, sustainable surfers will potentially be poised to profit immensely from it.

 

 


 

 

Source

UAE to Ban Single-Use Plastic January 1, 2024

UAE to Ban Single-Use Plastic January 1, 2024

In one of the world’s most crucial oil pricing regions, single-use plastic will be all but eliminated on January 1, 2024.

In 2017, we came to the island of Bali approximately halfway through a 10-month trip around the world with my family. We had been looking forward to the beaches and surfing for months, but when we arrived, we found them polluted with single-use plastic of all types. Due to a proliferation of corporate peddling of plastic convenience items but no meaningful way to manage trash or recycling in the communities, the local population discarded their waste in local ravines. The waste, flushed out to sea by winter monsoons, was deposited upon the (formerly) pristine beaches.

It is wonderful, therefore, to read that the United Arab Emirates (UAE) recently announced a ban on single-use plastic items, from cutlery to cigarette butts. The ban is part of an effort to reduce the plastic waste in the world’s oceans, a number generally estimated at around 8 million new tons each year. The announcement brings hope to environmentalists worldwide, showing us that even countries with an economic interest in oil-based plastic production are stepping up to make positive changes.

By banning single-use plastic products, the UAE is taking a big step forward regarding sustainability. Not only will this help reduce the amount of plastic waste in the ocean, but it will also encourage people to make more sustainable choices when they shop or eat out.

According to a 2019 report from the World Bank, the UAE ranked 11th in per capita consumption of single-use plastic. The report states that 11 billion single-use plastic items in the UAE are consumed annually, an average of 4.8kg per person or about 4 million tonnes per year for the entire country. This number contrasts with the global average of 3.25 kilograms per person. For reference, the highest-ranking countries for plastic waste are Japan, with 8 million tonnes and the USA, with 7.2 million tonnes, but a much higher population, resulting in lower per capita rates.

The United Arab Emirates (UAE) will ban most single-use plastics starting January 1, 2024. The ban includes everything from food packaging to plastic bottles, cotton sticks, crackers and chip bags, wet wipes, balloons and even balloon sticks that contain plastic. They also include cigarette butts and compostable plastic shopping bags, which while a good idea when used properly, often end up in the environment and can take decades to biodegrade outside a civic composting facility.

The UAE has introduced incentives for businesses to switch to reusable packing. They include subsidies for investments in reusable packaging, tax incentives for companies that reduce their plastic consumption, and grants for research projects on reducing plastic waste. The government has also introduced a new “Plastic Smart” program encouraging citizens to reduce their use of single-use plastics. It also enables businesses to reward customers who bring reusable items.

With these incentives in place, many businesses in the UAE have already begun to take steps to reduce their plastic consumption. For example, many hotels and resorts have started replacing plastic straws with paper or metal alternatives, while others are providing refillable bottles to customers instead of single-use plastic ones.

The immediate environmental benefits of the UAE’s ban on single-use plastics are apparent. By eliminating single-use plastics, the UAE will significantly reduce the amount of plastic waste in the ocean every year. This plastic ban, in turn, will prevent the destruction of marine life and reduce the risk of pollution from microplastics in the food chain and the greenhouse gasses emitted as plastic degrades over time.

The UAE is one of many countries to reduce plastic pollution in recent years. Countries like Canada, China, France, and the UK have also implemented similar bans. With continued effort, single-use plastics can be reduced or eliminated in the coming years.

 

 


 

 

Source Happy Eco News

Ocean plastics: The ecological disaster of our time

Ocean plastics: The ecological disaster of our time

Did you know that of the 8 billion tons of plastic ever made, every single piece still exists?
(AAAS & Center for Biological Diversity)

Really take this in for a second….

Think about every toothbrush, every plastic razor, plastic bag or “disposable” water bottle, every straw, plastic cup…every shampoo bottle you’ve ever used.  Every. Single. One.  Now consider that with an estimated lifetime of at least 450 years, plastic will outlive you as well as your great-great-great-great-grandchildren.  At worst case – it will NEVER go away.  As both the human population and plastic production continue to increase, we are all living now in our own plastic waste.

If anything can attest to the issue of plastics – it is Earth’s oceans.  It is estimated that the ocean contains 5.25 trillion pieces of plastic while 99.9% of floating marine debris is plastic.  Much of this plastic is found in ocean gyres, massive surface currents that circulate in each of Earth’s major oceans.  Plastic gets funneled into theses currents where it collects, forming what scientists refer to as trash islands.  Currently, each ocean gyre contains its own island of trash.

 

 

While these plastic patches of marine debris are called garbage islands, this name can be misleading.  The term may conjure mental images of large floating structures, yet much plastic exists as nurdles, microplastics less than 5mm inches in size.  Nurdles form through photochemical reactions with sunlight, a process commonly referred to as dry rot and can be further broken down by wind and wave action.  Other plastics begin small, such as the microbeads found in many cosmetic items or plastic fibers found in our clothing and textiles.  These tiny plastics create what is commonly referred to as “plastic soup,” however larger plastics are found in the gyres as well including plastic containers, bottles, lids, rope, packaging, and discarded fishing equipment.

Perhaps the best known of these gyres is the Great Pacific Garbage Patch, currently measuring in at twice the size of Texas.  Like all plastic islands, the Pacific Garbage Patch is growing.  Recent findings suggest that Pacific plastic pollution is 16 times higher than previously reported and based on data collected by boats or air, is estimated to weigh a total of 80,000 tonnes.  As plastics revolve around the Pacific trash vortex, they entangle marine organisms or are consumed by them.

Plastic islands are only one observable aspect of ocean pollution, yet no square mile of ocean is free of plastic.  It is estimated that of all the ocean plastic, only 30% is found at the surface while the rest sinks to the ocean depths.

 

 

For animals that live in the ocean, these plastics are often detrimental.  Because plastics don’t break down, they remain intact in the bellies of the animals that consume them — leading to malnutrition and eventually starvation.  Plastic is the cause of death to one million seabirds worldwide while another 100,000 marine animals die due to starvation or entanglement in ocean plastics.

Regardless of your proximity to the sea, ocean plastics affect us all.  The ocean plays a vital role in the transport of heat and nutrients, controlling Earth’s climate and supporting our planet’s largest and most diverse ecosystems.  Ocean plankton produces 70% of Earth’s oxygen while nearly 3 billion people worldwide – almost half of the global population, rely on seafood for their primary source of protein. Furthermore, 10% of people globally rely on healthy fisheries for their livelihoods while the oceans contribute an estimated U$D1.5 trillion annually to the world’s economy.  The oceans are also a vital carbon sink, removing carbon dioxide from the atmosphere to reduce the impacts of global climate change.  Despite the oceans’ importance, plastic is projected to outweigh the fish in the ocean by 2050.

Ocean plastic should be of particular concern to those of us who enjoy seafood.  Microplastics or plastic fibers are often consumed by fish or shellfish before working their way up the food chain.  Scientists who study plastic pollution in shellfish claim “when you eat clams and oysters, you’re eating plastics as well” while several fish species are also expected to contain plastics.  Plastic releases numerous toxins such as bisphenol-A and phthalates, compounds are known to cause cancers and birth defects, impair immunity, and disrupt our bodies’ endocrine system.  Not only are plastics themselves harmful, but they also act like a sponge to ocean pollutants.  Toxic metalsdetergentspesticides, and other marine pollutants have also been found adsorbed on ocean plastics.

 

 

Ocean plastics are expected to increase up to 3 times their current amount by 2050 and while these projections sound stark, there are several things we can all do in order to reduce the issue.  Most ocean plastic, an estimated 80%, originates on land.  As land-dwellers, we all must do our best to decrease the amount of plastic entering our oceans.  This can be accomplished through recycling or better yet, just simply buying less plastic.

Reducing your plastic use can sound a tad overwhelming, but I am here to assure you that it is not only is it possible but relatively easy once in the habit!  Plastic is everywhere, consciously acknowledging this fact is half the battle. Once you become aware of your plastic use, it is much easier to decrease it.  Think about the plastic products you use on a normal basis and how you could use less.

When cutting plastic consumption, start by reducing your use of single-use plastics.  Single-use plastics are exactly what they sound like – plastics that are used only once then discarded.  Water bottles, straws, plastic bags, coffee cups, and plastic silverware are typical culprits, though nearly half of all plastic produced each year is considered “disposable”.  Thankfully, you can easily purchase sustainable products to replace these single-use plastics.  Considering the fact that the average plastic is typically only 12 minutes or that one million water bottles sold every minute, replacing these items with reusables can make a massive difference.  You can even buy reusable straws or silverware to prevent any unwanted single-use plastics.  Joining groups like the Plastic Pollution Coalition, the Green Education Foundation, or Plastic Free July can help to further educate and inspire on your path towards less plastic.

 

 

The fishing industry also plays a massive role in ocean plastics, and scientists were surprised to discover that, by weight, 46% of the plastics found in the Pacific Garbage Patch exist as or originate from discarded fishing gear.  Fishing gear is especially dangerous because it is specifically designed to capture and kill marine organisms.  To prevent the loss of fishing gear, a detrimental practice known as ghost fishing, support sustainable fisheries.  Seafood Watch, an organization of The Monterey Bay Aquarium has compiled a list of sustainable seafood species and partners, which can be found here.  Divers can also play a role by joining ghost fishing removal groups, like the Ghost Fishing Foundation.

So, what can you do to help? If you would like to contribute financially, our oceans would greatly appreciate it. We would recommend supporting Boyan Slat’s Ocean Cleanup. Boyan is the Elon Musk of marine sustainability. Since 18 years of age, he has gone to battle with the largest collection of ocean plastics on planet Earth: the Great Pacific Garbage patch. If you do not believe in the effectiveness of the NGO charity model (which is a belief that has valid points) – there are plenty of for-profit organizations that are saving the planet as a by-product of their business operations. The Brothers of iDiveblue like the concept behind 4Ocean– but if you have your doubts, we have written a review of the 4Ocean Initiative.

However, money is not the be-all and end-all. Many people want to help save our oceans but feel despondent because they just don’t have the money to donate. You can make a difference without money! How are you using Tupperware and shopping bags? What straws do you use? Do we even need straws? And what about your voice?

Perhaps one of the best things we can do is lead by example and educate others about the plastic problem.  Many are unaware of the detrimental impacts of single-use plastics and have genuinely never considered it.  Educate your friends and loved ones and don’t allow yourself to become discouraged!  Every small step makes a difference.  If we can all find one change to make it will have a serious impact on ocean plastics.

Plastic today is a serious but solvable issue.  Plastic has been detected in hundreds of food items, sea salt, beer, and in both bottled and tap water.  Toxins from these plastics have been found in our blood, and even breast milk.  Not only do these plastics harm us, but they also continue to have a detrimental effect on marine organisms and one of our greatest resources — the sea.  Furthermore, plastics are typically made from oil, a nonrenewable resource whose extraction is detrimental to the environment.  Currently, 8% of all oil is used for plastics and this number is expected to reach 20% by 2050. Plastics degrade our environment, consume valuable fossil fuels, and impact our health, but through personal action to reduce plastic use and educate others about the harmful consequences of plastics, we can all work towards a healthier and sustainable future.

 

 

REACH OUT

We always speak about ‘They’. They need to do something about the plastic problem. They need to stop overfishing. What They are doing to our oceans is simply unacceptable. But who are They?

The government? The government is an administrative body elected by the people. The government exists only to serve out the needs of those people. They is in fact our society, a collection of individuals. You are one of those individuals, and so am I. There is no They, there is only We, and We are all part of the problem. However, We can choose to be part of the solution instead. Sure, sometimes it feels like one individual has such a small chance of creating meaningful change – so why bother. But remember, if everyone had that mindset, there is 100% chance that nothing will change.

We only have one Earth. We can make a difference.

You have a Part to Play – join us in our fight against the Ecological Disaster of our Age.

 


 

By Laura Foley

Source: IDIVEBLUE