Learn how we are creating better products for a cleaner planets

Every day, our planet faces the daunting challenge of coping with massive amounts of petroleum plastics and other harmful materials that wreak havoc on our environment, from soil to waterways. While we applaud the increasing number of individuals adopting sustainable practices, there remains an urgent need to address the impact of those who have yet to embrace eco-friendly alternatives that will indeed lead to a cleaner planet.

At our core, we're driven by scientific innovation. We've developed a suite of eco-friendly products meticulously crafted to replace traditional petroleum-based items and combat the pervasive issue of plastic pollution. Our solutions aren't just a step forward; they represent a leap towards a cleaner, healthier planet for everyone. They're designed not only to meet the needs of those transitioning away from harmful materials but also to offer undeniable benefits to all users, ensuring that every choice contributes to the preservation and well-being of our precious ecosystems.

By choosing our eco-friendly products, you're not just making a purchase; you're making a powerful statement for environmental stewardship. Together, we can make a profound impact, safeguarding our lands, rivers, and oceans for generations to come. Join us in the movement towards a sustainable future—one where every action counts in preserving the beauty and diversity of our planet.

About the Technology

The technology to make products from plant material encompasses a diverse range of innovative processes and advancements aimed at harnessing renewable resources for sustainable applications. Here are key aspects of this technology:

1. **Feedstock Selection**: The process begins with selecting suitable plant-based feedstocks, such as sugarcane, corn, soybeans, bamboo, hemp, and algae. These materials are chosen based on factors like availability, renewability, and desired properties for the end product.

2. **Extraction and Processing**: Once harvested, plant materials undergo various extraction and processing techniques to isolate valuable components. For instance, cellulose fibers can be extracted from wood or agricultural residues, while oils and sugars can be obtained from crops like soybeans or sugarcane.

3. **Conversion into Biomaterials**: Biomaterial production involves transforming raw plant materials into usable forms such as fibers, resins, and polymers. This can be achieved through processes like fermentation, enzymatic treatment, chemical synthesis, or mechanical processing, depending on the desired properties of the final product.

4. **Composite and Formulation**: Many plant-based products involve blending biomaterials with other natural or synthetic components to enhance performance characteristics. For example, natural fibers can be combined with bioplastics to create composite materials that offer strength, flexibility, and biodegradability.

5. **Molding and Shaping**: The technology includes various molding and shaping techniques to form plant-based materials into final products. These methods may include injection molding, extrusion, compression molding, and 3D printing, each tailored to the specific requirements of the end application.

6. **Biodegradability and Compostability**: Advances in technology ensure that plant-based products can meet biodegradability and compostability standards. These materials are designed to break down naturally in composting facilities or soil environments, reducing environmental impact at the end of their life cycle.

Overall, the technology to make products from plant material represents a dynamic field of research and development aimed at creating environmentally friendly alternatives to traditional materials. By leveraging nature's resources responsibly, this technology plays a crucial role in addressing environmental challenges and fostering a more sustainable future for generations to come.

Our process for creating new plant based products

We have recently received inquiries from several restaurants and pubs interested in replacing traditional red and black petroleum plastic stir straws with biodegradable alternatives, such as sippy straws. In response to these requests, we enthusiastically undertook the development of a new eco-friendly product tailored to their needs.

Our process begins with meticulous selection of a plant species that aligns with our stringent criteria for sustainability and durability. Sugarcane, a proven candidate previously used in our standard drinking straws, stands out as a prime choice. Once harvested, these plants undergo a transformation into a liquid resin, which is subsequently poured into precisely crafted molds. Through a meticulous machining process, the liquid plant resin is spun to form the desired straws. Following a brief curing period, these straws are ready for use with both hot and cold beverages, designed to biodegrade within approximately 18 months.

This manufacturing approach has been successfully applied across multiple product lines, encompassing carryout containers, cups, lids, and more. Our commitment remains steadfast in delivering sustainable solutions that not only meet but exceed the expectations of our environmentally conscious customers within the food service industry.

New water soluble plastics!

Water soluble plastic is a plant based plastic that instantly dissolves in water. We are currently working on several applications for this ground breaking material. Stay tuned for further developments.

HAVE AN IDEA FOR AN ECO-FRIENDLY PRODUCT?

Contact one of our specialist today to learn how we can turn your eco-friendly product idea into reality!