What Are Bioplastics? Revolutionizing Sustainability with Verde® Bioresins
Plastic pollution has become a major global challenge, increasing the need for sustainable alternatives. Bioplastics offer a promising solution, and at Verde® Bioresins, we’re dedicated to advancing this shift. Our proprietary PolyEarthylene® is a versatile, sustainable bioplastic designed to seamlessly replace traditional plastics and other bioplastics across industries.
What Are Bioplastics?
Bioplastics are plastics sourced from renewable biological sources such as starches, sugarcane, corn, rather than fossil fuels. Unlike traditional plastics, which are made from fossil fuels, bioplastics offer a sustainable and eco-friendly alternative while maintaining the same functionality. Verde® Bioresins offer a range of bioplastics that are designed to function similar to traditional polyolefins. These products offer solutions for customers looking to achieve their sustainability goals.
Key Types of Bioplastics Verde® Bioresins Offer
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- Biobased, Non-biodegradable: These are made from renewable sources but do not biodegrade. Verde® has options that range from 25%-85% biobased content that have the same properties as traditional plastics.
- Biobased, Biodegradable: These are made from renewable sources and are designed to break down through microbial activity. Verde® has options that range from 25%-85% biobased content with biodegradation timelines of 1-5 years.
Why Are Bioplastics Important?
1. Reducing Dependence on Fossil Fuels
Bioplastics are made from renewable new-carbon resources unlike traditional plastics which are produced from fossil fuels that are millions of years old. These biobased materials can be carbon-14 tested using ASTM D6866 test standards.
2. Lower Carbon Footprint
Traditional plastics rely on non-renewable fossil fuels like petroleum and natural gas, contributing to environmental degradation and greenhouse gas emissions. Bioplastics, made from renewable sources like plants and agricultural waste, offer a more sustainable alternative by reducing dependence on these finite resources. Their production often requires less energy and can even have a lower carbon footprint, helping to create a more eco-friendly material economy. PolyEarthylene® products typically have a near net zero or negative carbon footprint.
3. Solving the Plastic Waste Crisis
The biodegradable bioplastics can be designed to break down at accelerated rates compared to traditional plastics in landfill and compost facilities through microbial activity. This reduces the long-term waste accumulation in the environment.
Some bioplastics have the ability to be recycled alongside traditional plastics creating a closed-loop system to minimize waste.
The Verde® Bioresins Advantage
Verde® Bioresins is advancing sustainable innovation with its PolyEarthylene® biopolymer resins. This bio-based, recyclable, and landfill biodegradable bioplastic offers an ideal alternative to petroleum-based plastics.
What Sets PolyEarthylene® Apart?
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- Eco-Friendly Design: PolyEarthylene® is engineered to reduce plastic waste by breaking down naturally in landfills through microbial biodegradation.
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- Recyclability: Most grades of PolyEarthylene® are designed to be recyclable in current recycling methods.
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- Ease of Use: PolyEarthylene® is compatible with traditional plastic manufacturing equipment, it requires no major operational changes.
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- Shelf-Stability: PolyEarthylene® is thermally stable and requires no special storage or drying before use.
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- Versatility: Perfect for applications in packaging, food services, consumer goods, agriculture and automotive industries.
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- Sustainability Without Sacrifice: Delivers performance comparable to traditional plastics while being environmentally responsible.
By partnering with Verde® Bioresins, companies can progress their sustainability objectives while actively contributing to a future reducing pollution and the dependency on petroleum based plastics.
Certifications You Can Trust
Verde® Bioresins’ third-party certifications provide credibility and assurance:
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- FDA Title 21 Food Contact Compliance
- ISO 9001:2015 Certified Company
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- ASTM D6866 Certification (Biobased Content)
- ASTM D5511 Tested (Landfill Biodegradability)
- USDA BioPreferred Program
- PFAS and BPA-free Grades Available
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- California Prop 65 Compliant
Applications of Bioplastics
PolyEarthylene®, a renewable alternative to traditional petroleum-based polyolefins, offers thermal stability and reusability, making it ideal for both single-use and durable goods applications. Verde® Bioresins’ bioplastics provide exceptional versatility, catering to a diverse range of industries and applications:
1. Flexible Packaging
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- Retail, produce, bakery and freezer bags
- Trash, construction, and agricultural bags
- Automotive films
- Shrink and Stretch films
2. Food Service
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- Takeout Containers
- Trays and Clamshells
- Cups, bowls and cutlery
3. Consumer Goods
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- Caps, closures, bottles and jars
- Housewares
- Toys
- Durables
4. Skin Care & Beauty
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- Cosmetic Packaging
- Applicators and Tools
- Caps and closures
- Secondary Packaging
5. Automotive Industry
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- Liners
- Car accessories
- Protective films on car interior
6. Agricultural
- Agricultural film
- Irrigation tubing and sprinklers
- Planters, plant tags and clips
Frequently Asked Questions (FAQs)
Q1: What are bioplastics?
Bioplastics are plastics derived from renewable resources like plants that also can be designed to biodegrade, reducing their environmental impact compared to traditional fossil-based plastics.
Q2: Are all bioplastics biodegradable?
No, not all bioplastics are biodegradable but that is not an inherent quality of ALL bioplastics.
PolyEarthylene® is designed to be biobased and biodegradable, breaking down in landfill conditions, minimizing long-term environmental impact and contributing to waste reduction.
Q3: How are bioplastics better than traditional plastics?
Bioplastics reduce dependence on fossil fuels, generate fewer greenhouse gas emissions, and can be biodegradable or recyclable, making them more sustainable.
Q4: Can bioplastics replace all traditional plastics?
Bioplastics have a great potential to replace many traditional plastics. At Verde® Bioresins, we address polyethylene and polypropylene which together account for nearly half of the global plastics market.
Q5: What industries benefit most from bioplastics?
Industries like packaging, automotive, agriculture, and consumer goods benefit significantly from the use of bioplastics due to their versatility and eco-friendly properties.
Q6: What makes Verde® Bioresins unique in the bioplastics industry?
Verde® Bioresins’ PolyEarthylene® is a bioplastic that combines recyclability, biodegradability, and compatibility with existing manufacturing processes, setting it apart from competitors.
Q7: Are Verde® Bioresins’ products recyclable?
Yes, some PolyEarthylene® products can be recyclable and can also biodegrade in landfills, offering a dual solution to plastic waste management.
Q8: Do bioplastics cost more than traditional plastics?
Historically bioplastics have cost significantly more than traditional plastics. Through technology advancements and manufacturing scaling, this gap is significantly reducing. Verde® offers a cost-effective solution to bioplastics. Please reach out to a Verde® sales representative for more information about PolyEarthylene® pricing.
Conclusion
Bioplastics represent a vital step forward in addressing the global plastic pollution crisis. With companies like Verde® Bioresins leading the charge, the transition to sustainable materials is more accessible than ever. PolyEarthylene® bioplastic proves that sustainability and performance can coexist, offering a practical, eco-friendly solution to traditional plastics.
If you’re ready to make the switch to sustainable plastics, explore Verde® Bioresins’ innovative products and contact one of our experts today!
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