Development Into Biosphere-Friendly PVC Compounds

At SolGreen Sdn Bhd, our journey toward sustainable innovation continues and we are setting our sights on a promising new direction which is the development of PVC compounds enhanced with biosphere-compatible technology.

While we currently produce our own green plasticizers made from renewable plant oils, we are now exploring the potential of incorporating biosphere additives into our PVC formulations. This approach may offer a powerful combination of durability and environmental responsibility.

 

 

🔍 What Are Biosphere Additives?

Biosphere additives are specially engineered compounds that promote accelerated biodegradation of plastics in specific environments, such as landfills and composting facilities. Based on above figure, they work by:

➤ Attracting naturally occurring microbes
➤ Enabling microbes to break down long molecular chains
➤ Transforming plastic waste into water, CO₂ and organic biomass over time

🧪 Importantly, they don’t interfere with the product's strength or lifespan during usage. The breakdown begins only after disposal in the right conditions.

 

🌱 Why Add Biosphere to PVC?

Despite its benefits, PVC also faces environmental criticism, especially because:

➤ It’s not biodegradable under normal conditions
➤ It often uses petroleum-based plasticizers like phthalates
➤ Disposal can generate toxic byproducts (like dioxins) if not handled properly
➤ Most PVC waste ends up in landfills, persisting for decades

 

PVC is a highly versatile and widely used material, but it’s also known for its resistance to natural degradation. By integrating biosphere additives, manufacturers can:

➤ Reduce the environmental impact of post-use PVC
➤ Align with stricter sustainability goals and green regulations
➤ Contribute to circular economy practices without sacrificing quality

As we continue to innovate at SolGreen, exploring biosphere-compatible PVC is not just a step toward greener materials. It is a commitment to shaping a more sustainable future, one compound at a time.