Amount of oil needed for t of plastics (PET) average

Average EU citizens' annual carbon footrpint

Average fossil plastic CO2e emissions per kg of product

Litres needed for production volume per year

Carbon dioxide reduction

CO2e impact from incineration

CO2e impact from production

CO2e impact of fossil production (average)

CO2e impact of Woodly recycling

(CO2e impact with 100% fossil plastics (production) non-recycled)

CO2e impact with fossil plastics (average) prod

CO2e impact with fossil plastics (average) incineration

CO2e impact with PET recycled

CO2e impact with woodly recycled

CO2e impact with woodly prod

CO2e impact with woodly incineration

CO2e price per t of emissions

CO2e savings from recycling

CO2e savings with Woodly prod

CO2e savings with Woodly incineration

Contact sales

Customer's scenario € tax reduction based on slider selection volume

Customer's scenario for replacing fossil plastics with Woodly

Efficiency 50-95%

Ellen MacArthur Foundation report

Esimerrki lähde/source dialogista (tämä on header)

€ needed for production volume

Example CO2e impact of constructing a production plant per m2

Example size of an industrial building

Fossil plastics average CO2e emissions per kg of product

Global production volumes 2020-2050

Global rate for plastic waste incineration

Increase from 2020 to 2050

Litres in barrel

New raw material consumption when recycling on with efficiency %

Number of times recycled

Oil price per barrel

Oil price per litre

PET CO2e emissions per kg of product

PET CO2e impact with efficiency ratio

Production volume

Request investor material

Saving corresponds to average EU citizens' annual carbon footrpint

Savings in € recycled based on efficiency ratio

Savings in € recycled depending on how many times recycled

Savings with Woodly

Tax reduction in € per t of recycled plastic

The amount of global bioplastic production 2021

The amount of global plastic packaging production 2013

The amount of global plastic production (dynamic)

The amount of global plastic production 2020

Crude oil required to make plastic

The estimated amount of global bioplastic production 2026

The estimated amount of global plastic packaging production 2050

The estimated amount of global plastic production 2050

The share of packaging from total bioplastics in 2021 (48%)

Value added (€) of avoided emissions

Woodly CO2e emissions per kg of product (PP, HDPE)

Woodly CO2e impact with efficiency ratio

Woodly fossil CO2e emissions per kg of product

Woodly granulate CO2e emissions per kg of product (current biobased content ~50%)

Woodly raw material consumption (forest, softwood) per t

Woodly raw material consumption total

Woodly.com

Year number

Year slider

Yearly increase of fossil plastic in production volume

Woodly® is plastic – and that is a very good thing.

Calculate the Woodly effect and see how plastic becomes fossil-free and how much carbon emissions we could save.

Explore the annual impacts of conventional plastic production based on growth projections.

Tutustu toimenpiteisiimme kohti hiilineutraalia energiatuotantoa.

Annual impacts of plastic production from fossil oil 

Use the counter to calculate how much CO2 you can save by replacing traditional plastic with Woodly.

There are no results to display for your selections, please change your selections.

The emission reduction potential with Woodly production corresponds to 

 average EU citizen's annual carbon footprint.

We can rethink plastic and make it better

– but we can not remove it from the market

Demand, production and market for plastic is growing

There are thousands of different kinds of plastics.

The European plastic industry employs almost 1,5 million people through over 50.000 companies.

 for a fossil-free and low emission plastic production.

Best solutions for the plastic industry will make the biggest difference

Plastic is not an oil-based material. Plastic is a definition of characteristics, qualities, and performances of a material that can be achieved in sustainable ways.

Producing 1 kg of fossil plastic generates 

Woodly® has a potential to replace 94% of plastic solutions

Woodly can replace 94% of conventional plastics in chosen packaging and products applications – the world´s most versatile and sustainable plastic is already in production with common manufacturing technology.

Sustainable and carbon neutral Woodly material helps brand owners reduce dependency on fossil feedstock and increase brand value.

Let´s change the world with Woodly – a reinvented plastic for sustainable future.

Lift your brand and reduce your carbon footprint – make the switch to wood based plastic today.

Join the mission – let´s make a global change together and make Woodly the leading solution for plastic industry

Learn more about case studies, material details and our mission at our homepage.

Greenhouse gas emissions and natural capital implications of plastics including biobased plastics

Greenhouse gas emissions and natural capital implications of plastics including biobased plastics)

CO2 emissions from incineration of Woodly

World without plastic

Plastic future without fossil origin