We have known plastic for over 100 years, and its use is now so ubiquitous that it's hard to find an aspect of modern life that is completely free from plastic, and it can feel like only magic could vanquish all the plastic waste in our environment.

But humans lived without plastic before it was invented in 1907 and survived. Thus, we can repeat those eras and surely will survive. Nature always has solutions and alternatives for humans and ecosystems, and now it's time to harness the natural resources to end the dependence on plastic in a way that has no harmful impact, through plant-based materials to replace fossil-based plastics.

A future without plastic: is it possible?

While a world entirely plastic-free is unrealistic, we can strive for a future without single-use plastic waste and pollution. This effort requires a globally coordinated approach. Currently, the complexity and variety of plastics make recycling challenging. Many plastics are not produced in forms that are easily recyclable. Therefore, to align with the new EU rules on packaging, reducing and refining the production of new packaging content is crucial.

The transition will be gradual and challenging, but with collective effort and commitment, a more sustainable and plastic-free world is within reach. By involving innovative bio-based materials, enacting supportive policies, and fostering a culture of sustainability, society can reduce its reliance on plastic and mitigate its environmental impacts.

What are plant-based and biobased materials?

Biobased specifies the source of materials and bioplastic refers to materials that are wholly or partly derived from renewable sources, such as corn starch, vegetable fats or wood fibres, or from directly processing natural biopolymers.

Biobased products can reduce the economy's reliance on non-renewable fossil raw materials, helping to prevent the use of these finite resources; currently plastic manufacturing accounts for 12% of global oil consumption. Additionally, biobased materials offer new opportunities in product development by providing unique characteristics and enabling the use of biomass for innovative purposes.

The nature of Solinatra

Solinatra is a biobased bioplastic made with biopolymers that is biodegradable and compostable. Solinatra is 100% natural and made without petrochemicals or fossil fuel-derived ingredients. Solinatra harnesses agricultural byproducts to create materials suitable for injection moulding, extrusion and thermoforming in existing production lines and manufacturing facilities.

The process begins with the transformation of the base ingredients into bioresin. These bioresins are then processed to create materials that mimic the properties of conventional plastic. The result is a versatile and truly sustainable alternative that can be used in a wide range of applications, from food packaging to hotel amenities.

Disposing of Plant-Based Products

As the demand for sustainable alternatives to traditional plastics grows, plant-based packaging is becoming increasingly popular. The market is projected to experience significant growth, with an estimated value of USD 329.58 million by 2032, with North America leading the way.

However, not all plant-based bioplastics are biodegradable, so understanding how to properly dispose of these materials is crucial for maximising their environmental benefits. Products made of Solinatra are both biodegradable and compostable. It’s important to prevent compostable and biodegradable products from entering regular recycling streams or being landfilled, although in both cases, Solinatra will not have a have a harmful impact.

Biodegradable Plant-Based Products

Biodegradable plant-based plastics are designed to be broken down completely by bacteria or other living organisms. Always check the packaging for disposal instructions. Different types of biodegradable products require specific conditions to break down effectively.

Compostable Plant-Based Products

Compostable plant-based products are designed to decompose in either a home composting environment or in industrial composting facilities. These products must meet specific standards, for example, coffee capsules made of Solinatra are certified "OK compost Industrial" by TÜV Austria and are also suitable for home composting.

The vision of a plastic-free future is within our reach, with a simple switch to plant-based packaging materials like Solinatra. Be the first to adopt innovate new materials in your market and elevate your company's competitiveness!

Get in touch to schedule a material trial or order a sample and be a part of the solution to stop plastic pollution.

Start Your Plastic-Free Future!