Category: Oxy-Biodegradable Plastics

What is biodegradable plastic?

Biodegradable plastics are made from natural materials that can break down into natural components under certain conditions. They are an alternative to traditional plastics that can take hundreds of years to decompose in the environment. Biodegradable plastics are generally classified into two types: bioplastics and oxo-biodegradable plastics.

a) Bioplastics: Bioplastics are made from renewable resources such as starch, cellulose, or sugarcane. They are designed to biodegrade in the environment, usually within a few months to a few years, depending on the conditions. There are several types of bioplastics:

b) Starch-based bioplastics: These are made from corn, potatoes, or other starches. They are typically used for disposable products like bags, food packaging, and utensils.

c) Cellulose-based bioplastics: These are made from wood pulp or cotton. They are typically used for textiles, packaging, and paper products.

d) PLA (polylactic acid) bioplastics: These are made from corn starch, sugarcane, or other plant sources. They are commonly used for packaging, disposable tableware, and medical implants.

e) PHA (polyhydroxyalkanoates) bioplastics: These are produced by bacteria that break down organic materials. They are commonly used for packaging, food service items, and medical devices.

f) Oxo-biodegradable plastics: Oxo-biodegradable plastics are made from traditional plastics (usually polyethylene or polypropylene) mixed with additives that accelerate the breakdown process. They are designed to degrade in the environment within a few years. However, there is some controversy over the effectiveness of oxo-biodegradable plastics, as some studies have shown that they can break down into microplastics, which can still harm the environment.

Advantages of biodegradable plastics

Starch-based bioplastics:

• Cost-effective raw material, as starch is readily available and relatively cheap.
• Can be easily processed using existing manufacturing equipment.
• Can be customized to have different mechanical properties depending on the desired application.
• Renewable source material can appeal to environmentally conscious consumers.

Cellulose-based bioplastics:

• Biodegradable and compostable, making them suitable for eco-friendly applications.
• Can be produced using existing paper-making equipment, making them cost-effective to manufacture.
• Good barrier properties against oxygen and moisture, making them suitable for food packaging applications.
• Renewable source materials can appeal to environmentally conscious consumers.

PLA bioplastics:

• Biodegradable and compostable, making them suitable for eco-friendly applications.
• Can be produced using existing plastic manufacturing equipment.
• Can be used for a wide range of applications, from packaging to medical implants.
• Renewable source materials can appeal to environmentally conscious consumers.

PHA bioplastics:

• Biodegradable and compostable, making them suitable for eco-friendly applications.
• Can be produced using bacterial fermentation, which can be a cost-effective and sustainable production method.
• Biodegrades in various environments, including marine environments, are important for reducing ocean pollution.
• Renewable source materials can appeal to environmentally conscious consumers.

Oxo-biodegradable plastics:

• Can be produced using existing plastic manufacturing equipment, which can be cost-effective for businesses.
• Can provide an alternative to traditional plastics for applications where biodegradability is desirable, but a full transition to bioplastics is not feasible.
• Can help businesses meet certain environmental regulations and standards.
• Can be customized to have different breakdown rates depending on the desired application.

It is important to note that each type of biodegradable plastic has limitations and challenges, which businesses should consider when selecting the most appropriate material for their specific application. Additionally, businesses should consider the potential impact of biodegradable plastics on the environment and ensure that they are properly disposed of to prevent harm to the ecosystem.

https://www.packagingnews.co.uk/news/environment/d2w-plastics-technology-answer-plastic-waste-17-04-2018

Several Benefits of different Bio-plastics

Here are the benefits of the different types of biodegradable plastics:

PLA (polylactic acid)

PLA (polylactic acid) is a biodegradable and compostable polymer recently gaining attention as a sustainable alternative to conventional plastics. PLA derived from renewable resources has a lower environmental impact and is suitable for various applications, making it an ideal choice for various industries.

One of the main benefits of PLA is that it’s made from renewable sources. PLA is derived from natural resources like cornstarch, sugarcane, and cassava roots. Unlike conventional plastics made from non-renewable sources like oil, PLA reduces the dependence on non-renewable resources and helps to promote a more sustainable economy.

PLA offers a sustainable and environmentally friendly alternative to conventional plastics. It’s made from renewable resources, is compostable, versatile, and has a lower environmental impact. These benefits make PLA an attractive choice for businesses looking for sustainable materials that can are used in a range of applications, including food packaging, disposable utensils, 3D printing filaments, and medical implants. As we continue to face environmental challenges, PLA is an excellent solution that can help reduce environmental pollution and waste, promoting a more sustainable and eco-friendly future.

PHA

PHA (polyhydroxyalkanoates) is a family of biodegradable and compostable polymers that are a product of microorganisms. PHA has gained attention recently as a sustainable alternative to conventional plastics due to its biodegradability, versatility, and biocompatibility.

One of the primary benefits of PHA is that it is biodegradable and compostable. PHA is produced by microorganisms as a means of energy and carbon storage. As a result, PHA is broken down by microorganisms into natural substances like water and carbon dioxide, which reduces environmental pollution and waste. This makes PHA an excellent choice for applications where biodegradability is essential, such as single-use plastic products like food packaging, bags, and straws.

PHA is a promising biodegradable and compostable polymer that offers many benefits as a sustainable alternative to conventional plastics. PHA is versatile, biodegradable, and biocompatible, making it suitable for various applications, including disposable products, medical implants, and biodegradable plastics. PHA reduces dependence on non-renewable resources and emits lower greenhouse gas emissions than conventional plastics, making it a more environmentally friendly option. As we continue to face environmental challenges, PHA is an excellent solution that can help reduce environmental pollution and waste, promoting a more sustainable and eco-friendly future.

PBAT

PBAT (polybutylene adipate terephthalate) is a biodegradable polymer that has become an eco-friendly alternative to conventional plastics. PBAT is a versatile and sustainable material with many benefits, making it a promising solution to the plastic pollution problem.

One of the primary benefits of PBAT is that it is biodegradable and compostable. PBAT comes from renewable resources like corn starch and vegetable oil and is broken down by microorganisms into natural substances like water, carbon dioxide, and organic matter. This reduces environmental pollution and waste and helps to mitigate the negative impact of plastic waste on the environment. PBAT is used in many applications, including single-use plastic products like bags, packaging, and cutlery.

PBAT is a versatile and sustainable biodegradable polymer that offers many benefits as an eco-friendly alternative to conventional plastics. PBAT is biodegradable, compostable, and made from renewable resources, reducing dependence on non-renewable resources and mitigating the negative impact of plastic waste on the environment. PBAT has excellent mechanical and barrier properties, making it an ideal material for packaging applications. As we continue to face environmental challenges, PBAT is an excellent solution that can help reduce environmental pollution and waste, promoting a more sustainable and eco-friendly future.

The benefits of biodegradable plastics include reducing dependence on non-renewable resources, reducing environmental pollution, and offering alternative solutions for sustainable packaging and other applications.

Scientific Evidence

The Queen Mary University of London (QMUL) conducted a study in 2018 to evaluate the effectiveness of D2W plastics in biodegrading under real-world conditions. The study by Dr. John McGeehan, a Professor of Structural Biology at QMUL and known for his work on the biodegradation of plastics, was groundbreaking.

The QMUL study involved burying three different types of plastic in soil, including conventional plastic, biodegradable plastic, and D2W plastic. The researchers then monitored the plastics over a period of three years to assess their degradation.

The study found that conventional plastic showed little to no signs of degradation over the three-year period. The biodegradable plastic showed some signs of biodegradation but did not fully break down. The D2W plastic, on the other hand, had degraded significantly and showed signs of biodegradation after just 12 months.

These results suggested that D2W plastics can biodegrade more quickly than conventional plastics and is a more environmentally friendly option.

Our call to action

We all know that plastic pollution is one of the biggest environmental challenges we face today. Every day, we contribute to this problem by disposing of single-use plastic bottles without thinking twice. But what if we told you that there is a simple yet effective solution that can help tackle this issue?

Switching to degradable bottles is the need of the hour. By choosing degradable bottles, we are taking a step towards protecting our planet and taking responsibility for our actions. We have the power to make a change, starting with consciously deciding to switch to eco-friendly options.

Think about it, every time you use a degradable bottle, you create a healthier environment. Reducing plastic waste and protecting our oceans and wildlife. It’s a small change that can make a big difference.

What you and I can do

As a responsible consumer, you can take a simple yet effective step towards reducing plastic pollution by switching to Biobottles made of degradable plastic. By choosing Biobottles, you support a sustainable and eco-friendly solution and send a message to businesses and industries that eco-friendliness matters. Biobottles come from renewable resources and degrade naturally, reducing the amount of plastic waste that ends up in landfills and oceans.

So, let’s pledge to switch to Biobottles and do our part to protect the environment. By making a conscious decision to purchase biobottles, we can significantly impact our planet’s health and well-being. So, let’s join hands and take a step towards creating a cleaner and greener future. Let’s switch to degradable bottles and inspire others to do the same. Together, we can make a difference and create a world where we live in harmony with nature. Let’s take the first step today!

SEE OUR ENVIRONMENTALLY FRIENDLY BOTTLES HERE

The plastic crisis plaguing today’s modern world is staggering. If you don’t believe me, here are some basic statistics for you: 

• In 1950, we globally created up to 2 million tons of plastic per year. This has increased almost 200-fold as of 2015
• As of 2017, over 8.3 billion tons of plastic have been created and introduced to the world. 
• Of that conservative estimation of 8.3 billion tons of plastic, only an estimated 6.3 billion turned into plastic waste. 
• Approximately only 21%-30% of plastic is recycled. This means there is 70%-79% of plastic left in landfills and our oceans after recycling and incineration is calculated. 

Problems With Current Biodegradable Bottles

It does not take a rocket scientist to see these are not good numbers. Less than 50% out of the estimated 480 billion plastic bottles sold as of 2016 were recycled. A strong percentage of these plastic bottles were water bottles. It is generally understood that some products (water, powders, etc.) will store better in biodegradable bottles than others will. The material the biodegradable bottle is made from is a major contributing factor when looking at what will be shelf-stable in a biodegradable bottle. Powders, tablets, and other solid materials will be more stable in less than ideal biodegradable bottle materials. Liquids such as water, juices, etc. will require a stronger biodegradable bottle composite in comparison. Let’s take a look at some current problems with the biodegradable bottles on the market. 

Decompose Too Quickly

The biggest benefit of current biodegradable bottles on the market is also a glaring problem. Current biodegradable bottles break down when introduced to light and heat. The breakdown of bottles will often occur prior to selling a bottle. Let’s say you have a green detox juice product in a biodegradable bottle designed to break down when exposed to UV light and/or heat. On paper, this sounds great. You’re making an environmentally-conscious purchase, and once finished with the juice you can throw the bottle away knowing even if it ends up in a landfill it will break down easily.

The product inside remains intact as long as the bottle is stored in a temperature-controlled room or shelving unit with minimal light exposure. However, if there is any variance in storage conditions, the bottle can quickly become compromised, and the product spoiled. Nothing sucks quite like opening your package to find the bottle partially decomposed and your detox juice all over the place (true story….it sucked cleaning it up). 

Cost of Biodegradable Bottles

This one should be obvious, especially in today’s economy dealing with inflation. We are all aware that prices on everything (except Arizona iced tea🤙🏼) keep on rising. When you’re a business, you are not immune to rising costs. Suppliers, manufacturers, distributors, storage units, etc. will all raise prices as well, which means the product cost for the consumer must rise so the business can ideally make a profit or break even as a hopeful worst-case scenario. While this product cost is a pain in our wallets, it’s a pain in the business’s wallets too. Creating bottles without harmful chemicals or other unwanted is already costly.

Taking into consideration recent inflation, the cost rises even higher. We all want a quality product, but the more quality that goes in, the more expensive the product becomes for all parties. If the biodegradable bottle becomes too expensive for consumers, the business ends up pricing themselves out. This makes it difficult for some producers to create a quality product that is healthy for consumers, environmentally friendly, and reasonably priced. 

Potential Health Concerns

There are materials such as bamboo, sugarcane, etc. used to make biodegradable bottles. However, biodegradable plastic still comes with inherent risks. Harmful chemicals, carcinogens, and other toxic materials are often a talking point. The big acronyms to know in this conversation are BPA and PET. Bisphenol A (BPA) is an industrial chemical compound plastics have used since the 1950s. The most common compound used for plastic production would be PET or polyethylene terephthalate. PETs are a staple for the production of single-use plastic bottles.

Making any type of plastic (bioplastics included) without contaminants like BPA or PETs is not only costly but difficult. As stated, these and other plastic chemicals have the potential to be carcinogenic. Also, resins and other materials can increase the risk of diabetes, infertility, low testosterone, hormonal imbalances, and more. In recent years, there has been plenty of research showing hormonal issues as a serious concern. 

Marketing Appeal

If you want a product to sell well you have to market it well. This means that consumers have to buy into what you’re selling them. If consumers don’t get behind the product, the business won’t make any money. So it is in the best interest of businesses to take into account consumer appeal. Most plastic bottles sold today are clear, so you can see what is inside. This goes for water bottles especially but is also common for juices, certain supplement powders, etc. Companies do this because it sells well. Consumers want to be able to see exactly what they are buying.

Unfortunately, many biodegradable bottles on the market today end up compromising on the clear bottle for a colored bottle. This means you can’t see what’s inside the bottle. Since clear bottles are what consumers are accustomed to, it makes sense clear bottles are the preference for many. Consumers are more likely to buy the clear “bad for the environment” clear bottle over the brown “good for the environment” bottle. 

Current Alternatives to Biodegradable Bottles

Of course, companies try to fight back with alternatives to biodegradable bottles made from plastics to other earth-friendly options. There are pros and cons to each of these, but we can briefly explore some of the popular alternatives to biodegradable bottles. 

Glass

This material is the O.G. of plastic alternatives. Cultures as far back as 1500BC used glass for bottling goods. Glass has plenty of good things going for it. Furthermore, glass is generally non-toxic and rarely if ever associated with any negative health impacts. It is not very porous, so there is less likelihood of chemicals or other materials leeching into the product inside. Glass does not decompose easily so it is very shelf-stable and will keep certain materials fresh for a very long time. Glass is recyclable, reusable, and biodegradable (it’s just sand repurposed with very high temperatures). 

The big issues come with the cost associated with glass. Part of the reason plastic replaced glass in many sectors is due to the cheap cost associated with producing and transporting plastic vs glass. Another reason plastic took over was that plastic is lighter, again decreasing cost and increasing convenience for all parties. Furthermore, glass is easy to break. Plastic is more durable than glass. Lastly, to prevent any breaking, the glass will be in plastic usually. With all this in mind, it’s easy to see from the business side why plastic is still the predominant choice. 

Aluminum

This one is one many will be familiar with. If you’ve ever gone to a sports store to purchase a reusable water bottle for the gym or for adventuring out, the big two choices are aluminum bottles or plastic bottles. Aluminum, like glass, is a safe non-toxic alternative to biodegradable bottles. Also, aluminum is infinitely recyclable. Aluminum is also a good choice for products that require a high level of temperature resistance. This means exposure to light will not spoil or heat up what’s inside the aluminum bottle nearly as quickly as other materials like glass or plastic. 

Some of the cons of aluminum are it dents easily and tends to leech materials into the product the same as plastic. Also, some aluminum does contain BPA, so some health risk is there. You’ll have to be mindful of the brand of aluminum you use to watch out for those contaminants. 

Organic Plant-Based Materials

These alternatives use plant waste and other organic materials to create a biodegradable bottle that is non-toxic. These materials come from things such as algae, sugarcane, bamboo, trees, and other organic materials that use little energy to produce bottles. 

The benefit of these bottles is they are energy efficient for production and break down easily since they are organic material via bio-assimilation. The downside of these is they are generally not clear, so from a marketing/consumer appeal standpoint, they may not sell very well. Furthermore, some of these bottle materials are not very durable, so the potential to damage/compromise the product inside is greater. 

Cardboard

As a non-plastic biodegradable material, cardboard looks like a solid bet at first glance. Boxed Water has recently made waves as an alternative to biodegradable bottles. It is cost-effective, energy-efficient to produce, and decomposes easily (usually within months). These are all great benefits for those looking to save money and have peace of mind knowing the carbon footprint remaining is minimal. Another perk is you can choose between paper recycling, regular trash, or composting to dispose of boxed products.

The big downsides to cardboard containers are durability and production parts. If you’ve ever seen boxed water or boxed coconut water, you know they are easy to puncture or break open. Furthermore, many companies that produce boxed containers will have some parts of the process inevitably made of plastic, which is usually un-recyclable or not recycled. Therefore, specific products work well with cardboard, but not a wide variety.

Are Biodegradable Bottles Possible?

The short answer is yes. There are already plenty on the market, they just have their drawbacks. Every year, further advancements are made to produce plastics more earth-friendly while producing a durable biodegradable bottle without the drawbacks of current plastic use. There are still plenty of kinks to work out to make a plastic bottle that is truly biodegradable, but it is being actively researched. One company making leaps and bounds for a plastic biodegradable bottle is BioBottles. BioBottles is leading the pack in a truly biodegradable plastic bottle. BioBottles is the future of plastic, and you can read more about them here. Yes, there are plenty of alternatives to plastic, but BioBottles wants you to have your cake and eat it too. 

The Problem: Plastic Pollution

It should be no surprise to anyone reading this that plastic production is still king. Even taking into consideration the trends shifting toward sustainable packaging. Staggering levels of plastics still find their way into rivers, lakes, oceans, and landfills. This in turn allows the increased dangers of air, water, and soil pollutants to surge and invade our lives. There are even findings of micro-plastics invading our bodies via food. This is due to the pervasive nature of plastics into various ecosystems. This is a direct result of our industrialized way of living. Recent trends calling for biodegradable plastic and/or more compostable materials has been helpful; however our reliance on plastic leaks into almost every sector uses plastics to some degree. This includes packaging, construction, textiles, consumer products, transportation, electronics, and healthcare.

The Hypocrisy of the Healthcare Sector

Let’s focus on that last sector, healthcare. Healthcare tends to be a huge proponent of plastic use. The sector relies heavily on single-use disposables and plastic packaging to increase the shelf life of its products. This reliance on plastics throughout the industry makes healthcare a major contributor to world pollution. Within healthcare we have the supplement companies, most of which use plastics for their product packaging. Even companies with a green initiative who promote environmentally conscious values rely on plastic use. This hypocrisy only exacerbates the plastic crisis. There is a silver lining in all this; consumers are becoming more focused on eco-friendly products and are actively looking for ways to go green. Consumers are looking for products and companies that put real focus and effort into eco-friendly and natural products. This shift puts pressure on companies and brands to create products that feed into this trend.

Why Are Plastics Used By Supplement Companies Anyway?

Protecting The Product

The purpose of a container is to maintain and protect the freshness, shelf life, and potency of the product it contains. Usually dietary/nutrition supplements are easily degradable, so the container needs to be able to keep it fresh for as long as possible. A container must protect the product from excessive light, moisture, microorganism, and other environmental factors that can impact the integrity of the product inside. If you’ve ever ordered a dietary supplement such as a multivitamin, pre-workout or protein, you’ve probably noticed it will usually be packaged in a plastic container, jar, or bottle, along with a possibly some cotton balls, some sort of moisture protecting insert or silica insert, and a anti-tampering seal on top to keep out any unwanted materials.

Sometimes these products might come in glass containers, which is a little better for the environment. If the product requires a specific dosage, it will usually come with a dropper or scooper. These can also be plastic or glass. Once the supplement is all used up, we toss it in the trash, where it inevitably ends up in a landfill or the oceans. If you’re lucky, some of those materials used were recyclable, but even then it’s usually just part of the package rather than the whole thing.

Design and Marketing Demands

Supplement companies make products that will sell, that is how they make their money. Companies and brands need to create a design that will be appealing and increase the odds someone will see it and buy it. Go to any store that sells supplements or go through an online store, and you will see there are usually tons of options for any supplement you are looking for. Since brands want to stand out so you will see and buy their product, they have to design something eye-catching. Some brands have turned to clear bottles and containers with vivid colors so you can see what is inside the package. Gummy products and some brands of protein supplements have capitalized on this.

A transparent bottle is accomplished using what is called polyethylene terephthalate (PET). While this is great for the companies selling the product from a marketing standpoint, PET is a widely recycled plastic. Online shopping is no better. With the rise in online shopping and e-commerce to avoid stores for convenience in light of recent years with the pandemic, this creates an increase in cardboard and plastic production to meet the demands for an increased e-commerce market.

Environmental Impact of Plastic

The over-reliance of plastics by humankind has been a problem for decades and seems to be only getting worse. However, many people may not have a complete understanding of how much of a problem plastic use has become. There is no denying plastic is an incredibly useful material for with a multitude of applications. The trade-off we make for excessive plastic use is how destructive it is for the environment across its life cycle.

Most plastics are created by burning fossil fuels, which are already a finite energy source. This creation process creates a large carbon footprint. In fact, plastic industries are a leading contributor to the overall carbon footprint. This means for every plastic product created, we accelerate the effects of global warming. This effect is exacerbated by the fact that most plastics out on the market are built for single-use, so it is used and then quickly discarded. Using plastics in this manner is detrimental to our planet, our water, and our energy resources.

The Ugly Truth of Plastic Use Today

Did you know the average plastic does not biodegrade like organic materials? In fact, a plastic product can take roughly 350-450 years to break down. Even once plastic is broken down, micro-plastics tend to remain even longer and are easily transferable between organisms via natural food chain processes. These micro-plastics are literally found in just about every ecosystem imaginable. Micro-plastics have even made their way into animals such as fish, which means yes, micro-plastics are now being found in humans! It should be abundantly clear that the over-reliance of plastics is a serious problem. So now that we have a general idea of how much of a problem there is with our use of plastics, is there anything we can do about it?

The Solution: Biodegradable Plastic

Of course there are some things we can implement immediately in our daily lives to reduce our individual and community impact on plastic pollution and global warming. Some things you can do right now to reduce plastic pollution is: reduce single-use plastic purchases, try re-using products and re-purposing products as often as possible to throw away items less often, and recycle your plastic products when possible. These are all great ways to reduce the environmental impact on the individual and community levels, but it is far from a long-term systemic solution to a world-wide problem. So again, is there anything we can do about it? Turns out, where there is a will, there is a way. The big solution here is to create biodegradable plastic.

What makes something biodegradable?

Biodegradable is defined as any material that can bio-assimilate into an environment via decomposition by microorganisms and/or environmental factors such as oxygen, sunlight, etc. Also, the material must not be harmful to the environment or any organisms as the material is bio-assimilated. Plastics generally are not biodegradable, as they create major ecological harm to ecosystems and the various organisms within those ecosystems. However, biodegradable plastic would solve this issue. Biodegradable plastic is plastic designed to break down when exposed to environmental factors such as oxygen, bacteria, fungi, etc. There are bioplastics available on the market usually derived from sugarcane or bamboo, but are usually compostable rather than biodegradable.

How is Biodegradable Plastic different from compostable material?

The major difference between biodegradable and compostable bottles is minor, but needs to be understood. For a bottle to be compostable, it must be made via some sort of organic material so that it can break down within a specific set of circumstances in the environment. For a bottle to be truly biodegradable, it must be able to break down naturally regardless of the material it is created from. Most compostable bottles are made of sugarcane, bamboo, or some other natural material. These materials will break down quickly and can be repurposed into fertilizer or some other soil health enhancer. However since these are natural rather than synthetic materials, they are not technically biodegradable.

A biodegradable plastic when created properly would truly be biodegradable if said plastic is not a naturally occurring material and breaks down naturally via bio-assimilation. This occurs slower than compostable bottles. However, since the plastic is biodegradable, we reduce the plastic pollution. Also, little to no micro-plastics remain when biodegradation is complete. With all this said, is there a truly biodegradable plastic available? We can look to BioBottles as the answer.

BioBottles Leads The Way for Biodegradable Plastic

 

What are BioBottles? BioBottles are the pioneering product for a truly biodegradable plastic. The guys over at BioBottles wanted to create a product that would really make an impact to reduce the plastic pollution crisis. Because of this, they put their heads together, did some testing, and popped out BioBottles. BioBottles are biodegradable due to the process of creating them.

How the BioBottle is made

The bottles are made with HDPE (High Density Poly Ethylene) plastic for a strong surface durability. The caps are made using PPE (Polyphenylene Ether) for its dimensional stability and accuracy. Where the biodegradability comes in is when this material hits the mold to make the bottles. BioBottles has a proprietary blend of ingredients called Plastic IQ Technology. This technology has been scientifically tested and shows evidence of true biodegradability for the plastic bottles.

The Breakdown of the BioBottle

Within several months to a couple years, so long as that bottle ends up in an environment that has oxygen, UV light, and/or microorganisms to break down the plastic, these bottles will break down naturally via bio-assimilation. This means once you are done using the BioBottle, you can throw it away or recycle it. If it ends up in a landfill or a body of water, you can rest assured it will break down and leave little to no micro-plastics, and we as a society move one more step in the right direction in the fight to end the plastic pollution crisis. 

What Can Supplement Companies Do To Help Push Biodegradable Plastic Bottles?

If this is not clear by now, supplement companies can look to partnering with BioBottles to cut their plastic waste. Think of how many supplements there are on the market. Imagine if every one of those companies started using BioBottles for their supplements. Out of the roughly 13 billion plastic bottles that got thrown out in 2019, roughly 70% were not recycled. Supplement companies are a major contributor to the amount of single-use bottles that get used and discarded. Supplement companies should take the time to look into BioBottles for their products. This would not only help the environment, but also demonstrate the green initiative values many of them claim to have.

Final Thoughts on Biodegradable Plastic

Biodegradable plastics are a much needed piece of innovation in these dire times. The consequences of our over-reliance on plastics is becoming more and more noticeable with each passing year. If we do not do something about this and pressure companies that we love to get behind a product that will make the earth a cleaner place, then no amount of reducing, reusing, and recycling will save us from the damage we have already causes. As consumers become more environment conscious, brands need to keep up, or they may well end up out of business.

 

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