We are committed to reducing our carbon footprint
Cleansport NXT™ and FATES™ are derived from naturally occurring raw materials, reducing CO2 output compared to everyday items made from fossil fuels and pesticides.
Sourcing raw, plant-based materials instead of petroleum-based products has reduced carbon emissions by more than 50%
Using cleaner, greener methods of production that integrate renewable sources of energy in the supply chain
Taking raw plant materials and turning them into competitive products that outpace the longevity and performance of current industry standard materials
Using biodegradable products that decompose at end of life and contribute to the growth of additional raw, plant-based materials, thereby closing the carbon loop
Sourcing raw, plant-based materials instead of petroleum-based products has reduced carbon emissions by more than 50%
Taking raw plant materials and turning them into competitive products that outpace the longevity and performance of current industry standard materials
Using biodegradable products that decompose at end of life and contribute to the growth of additional raw, plant-based materials, thereby closing the carbon loop
Using cleaner, greener methods of production that integrate renewable sources of energy in the supply chain
A third party consulting firm
conducted LCAs comparing
Evoco’s eco-foam and an
industry standard PU foam.
The results are clear, Evoco’s
efforts to mitigate climate
change at the source by using
plant-based raw materials work.
Old carbon is derived from fossil fuels trapped in the earth
millions of years ago.
New carbon recycles from plants and trees to the air and back with minimal impact on the natural atmospheric carbon cycle.
Old carbon methods include the extraction of petroleum from fossil fuels by drilling.
Trees and plants are grown and harvested to create biomass for new carbon.
Old carbon products derived
from petroleum are used to create plastics and other non-renewable products.
New carbon biomass is used to create pulp for biomaterials.
Old carbon, non-renewable materials often do not break down and end up in landfills or are incinerated, increasing CO2 emissions.
New carbon biomass breaks down naturally through composting.
Old carbon is derived from fossil fuels trapped in the earth millions of years ago.
New carbon recycles from plants and trees to the air and back without increasing the atmospheric carbon level.
Old carbon methods include the extraction of petroleum from fossil fuels by drilling.
Trees and plants are grown and harvested to create biomass for new carbon.
Old carbon products derived from petroleum are used to create plastics and other non-renewable products.
New carbon biomass is used to create pulp for bioplastics and other biomaterials.
Old carbon, non-renewable materials often do not break down and end up in landfills or are incinerated, increasing CO2 emissions.
New carbon biomass breaks down naturally through composting.
