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CO₂ Impact Calculator
Traditional material
PVC Vinyl
Sustainable Material
BIOND Films
Using Generic PVC Vinyl:
- ___ kg of CO₂ emissions
- Equivalent to the annual absorption of ___ trees
Your choice of BIOND represents:
- ___ kg of CO₂ emissions
- Equivalent to the annual absorption of ___ trees
Your choice of BIOND represents:
Films Environmental Impact
CO₂ Emissions by Material Type
(Production of 1 kg of Film)
- Comparison between Biond Film and Traditional 100gsm PVC
- Guidelines developed by the Intergovernmental Panel on Climate Change (IPCC)
- Database: Ecoinvent v.3.10
- Alvarenga, R.A., Dewulf, J., De Meester, S., Wathelet, A., Villers, J., Thommeret, R., and Hruska, Z. (2013), Life cycle assessment of bioethanol-based PVC. Biofuels, Bioprod. Bioref., 7: 386-395. https://doi.org/10.1002/bbb.1405
- Estimated tree absorption based on an average of 22 kg of CO₂ sequestered per tree per year. Official source: European Environment Agency (EEA) – report “Forests, health and climate change” (2011), EEA.EUROPA.EU.
- Study (LCA) carried out by PIEP – Polymers Engineering Innovation Centre
Among the films analyzed, PVC Free PET stands out as the highest CO₂ emitter. Why? Its production requires significantly higher processing temperatures compared to PVC and relies heavily on fossil fuels. This makes it not only less energy-efficient but also less aligned with today’s sustainability goals.
In contrast, BIOND’s bio-based films, formulated with plant-derived biodegradable materials, naturally absorb CO₂ during growth, drastically lowering emissions and setting new benchmarks in sustainable visual communication.
BIOND delivers the lowest greenhouse gas emissions thanks to its formulation with biodegradable materials of plant origin, which naturally absorb CO₂ during their growth cycle.
Transform your environmental impact while enhancing your visual communications. Choose BIOND – where performance meets sustainability.