Global Warming Potential (GWP) Impacts

Global Warming Potential (GWP) Impacts : Time for a Greener Choice

The production of conventional plastics like polyethylene (PE), polypropylene (PP), polyvinyl

chloride (PVC), and polystyrene (PS) is a major contributor to global warming 🌏. These materials

rely heavily on fossil fuels, and their polymerization processes release significant amounts of

greenhouse gases, increasing atmospheric carbon levels and accelerating climate change.

But there’s a better way!

Key Findings on Carbon Emissions

Emissions," highlights the difference:

• Conventional Plastics (PE & PP) :

o Emissions: 52.09–150.36 kg CO2eq per 1,000 products.

o T2 stage alone contributes over 50% of these emissions.

• Bioplastics (PBAT-LA & PLA):

o Emissions: 21.06–56.86 kg CO2eq per 1,000 products.

o Reduction: 13.53%–62.19% lower emissions compared to traditional plastics.

Research shows that transitioning to bio-compostable plastics can reduce carbon emissions by up to

60%, significantly lowering global warming potential. A study conducted by Maribumi Starchtech

Sdn Bhd analyzed the carbon emissions of their bio-compostable products (PLA) compared to

conventional plastics, based on weight.

The table below presents a comparison between Maribumi Starchtech’s PLA products and

conventional plastics, highlighting their environmental benefits.

The research findings reveal that Maribumi Starchtech's bio-compostable products reduce carbon

emissions by 30% to 50% per product compared to traditional plastics. This underscores the

sustainability of Maribumi Starchtech’s products and their role in combating global warming.

Making the shift to bio-compostable plastics is a crucial step in mitigating climate change and

fostering a more sustainable future. Every choice matters—transitioning to bioplastics isn’t just

an option; it’s a responsibility.

Let's make the switch to sustainable materials and help build a greener, healthier planet. Check out

our bioplastics at Maribumi Starchtech.