PLA Biopolymers Shaping the Sustainable Plastics Industry
Discover how Bamberger Amco Polymers' partnership with NatureWorks, and their Ingeo™ PLA biopolymers, is shaping a sustainable plastics industry.
Embracing Sustainability: The Rise of Biopolymers at Bamberger Amco
Bamberger Amco Polymers is committed to sustainability, a principle that is now propelling us toward the adoption and advocacy of biopolymers. Our partnership with NatureWorks, the leading manufacturer of polylactic acid (PLA) biopolymers made from renewable resources a significant step in this direction as we integrate these eco-friendly materials into our production lines. "We must take a transformative approach that encourages us to rethink how we design, produce, consume and dispose of the goods we develop and market," emphasizes Adam Wozniak, Senior Manager of Sustainability at Bamberger Amco.
In this blog, we’ll delve into the emergence of biopolymers as a key element of sustainable industry practices and discuss how our alliance with NatureWorks enhances our capabilities to meet evolving environmental demands. Join us as we explore the transformative impact of biopolymers and the ways they are set to reshape the landscape of materials science.
The Rise of Biopolymers: Beyond Conventional Plastics
Biopolymers, also known as bio-based polymers, are sustainable materials derived from renewable resources such as agriculture and forestry. This distinguishes them significantly from conventional thermoplastic resins. Biopolymers can be biodegradable and compostable and are fully or partially made from biological resources rather than fossil raw materials.
Bamberger Amco has recently collaborated with NatureWorks to enhance the portfolio of sustainable materials that are available to our customers. This new partnership grants access to the industry leader in PLA biopolymer capabilities, boasting superior size, capacity, and technology.
Highlighting Ingeo™ PLA
One of the most advanced and promising biopolymers in our portfolio is NatureWorks’ Ingeo™ PLA. Crafted from bio-based polylactic acid, Ingeo™ PLA is sourced independently of finite crude and natural gas fossil fuel feedstocks. The current manufacturing process for PLA does not require a specific source of sugar for fermentation, so NatureWorks prioritizes using annually renewable, locally abundant feedstocks. As evidenced by Life Cycle Assessments (LCA), it has a reduced carbon footprint compared to conventional packaging materials like PP, PE, and PET. In addition to its sustainable sourcing, Ingeo™ PLA offers the benefit of biodegradation and industrial composability. Under proper commercial composting conditions, PLA products can decompose into soil nutrients within months. Moreover, the production of PLA consumes approximately 68% fewer fossil fuel resources than traditional plastics, resulting in a significantly reduced carbon footprint.
Ingeo™ PLA contains many characteristics that make it superior for various applications. It offers outstanding clarity and colorability, and its crystallinity can be customized, making it suitable for use in many commercial packaging applications – both hot and cold. Additionally, Ingeo PLA biopolymers can be processed using established manufacturing techniques such as injection molding, blow molding, and extrusion into films and sheets. They are also amenable to thermoforming. These versatile biopolymers align with conventional production processes and contribute to environmental sustainability by offering a reduced carbon footprint and decreasing our dependence on limited fossil fuel resources.
PLA biopolymers they are increasingly favored as they meet the demands of evolving legislation that emphasizes composability or recycling – making PLA a standout choice for sustainable solutions.
Aligning with Sustainability Trends
Biopolymers’ inherent biodegradability and composability are in lockstep with an accelerating global push towards sustainable practices and materials. Legislation like Extended Producer Responsibility, which was passed in states like California, Colorado, and Minnesota offer a compostable compliance pathway and are a prime example of regulatory forces shaping the market.
A shift in consumer attitudes echoes this legislative momentum. According to surveys, a clear majority of consumers – 75% – now prefer sustainable products, with an impressive 78% actively seeking to reduce their use of single-use plastics. Furthermore, the financial world is realigning its priorities, with decarbonization becoming a focal point in project financing decisions. Brand owners are driving these changes, too, demanding their suppliers not only provide materials that are less taxing on the environment but also contribute to the reduction of scope 1, 2, and 3 greenhouse gas emissions.
These sweeping trends fuel the adoption of biopolymers and validate their pivotal role in the future of materials, affirming Bamberger Amco Polymers' strategic foresight in aligning with these sustainability trends through our biopolymer offerings.
Customized, Client-Centric Solutions
At Bamberger Amco Polymers, we pride ourselves on our proactive approach to environmental stewardship, partnering with our customers to craft solutions that align with their unique sustainability objectives. Recognizing that each customer has a distinct environmental footprint, we employ a consultative approach to develop strategies that integrate seamlessly with their existing production processes.
By leveraging advanced materials like NatureWorks Ingeo™ PLA alongside a spectrum of post-consumer and post-industrial recycling, we tailor solutions that not only reduce carbon footprints but also foster innovative, sustainable design practices. For instance, when challenges arise in adapting production lines to accommodate biopolymers, we deploy our comprehensive technical services, offering in-depth education, processing support, and nuanced design guidance.
Through collaboration, we navigate complexities and chart pathways to optimal results, thus ensuring quality, efficiency, and alignment with environmental goals.
The Future of Biopolymers
As we look toward the horizon in material sciences, biopolymers are emerging as key to advancing a more sustainable plastics industry. Bamberger Amco is proactively preparing for a substantial market expansion for biopolymers by the year 2030, recognizing their vital role in the reduction of greenhouse gas emissions. We envision a future where biopolymers transition from an alternative to an indispensable part of material offerings. Our team is diligently enhancing our partnerships with leading figures in the industry to strengthen our sales and technical service capabilities. Such proactive steps ensure that biopolymers form a cornerstone of our clients' success stories, from the genesis of a product idea to its ultimate market debut.
The journey of biopolymers from sustainable concept to industry staple is unfolding, with Bamberger Amco Polymers at the forefront of this green revolution. As we chart a course through evolving markets and regulatory landscapes, our dedication to environmental stewardship and our robust portfolio of biopolymers stands as testaments to our vision.
By marrying the potential of Ingeo PLA with our deep-rooted commitment to innovation and customer collaboration, we are setting new standards for what it means to be a leader in the sustainable materials space and take pride in being a part of actively crafting a future where they are central to a sustainable and thriving industry.
