At Stora Enso, we believe that recycling is not enough. The world needs materials that are both renewable and recyclable - a circular bioeconomy - to combat global warming and to minimise waste.

Global consumption is rapidly growing but at the same time, consumer awareness of eco-friendly materials and limited natural resources is rising and regulation on circularity and sustainability is increasing.  Companies and societies are increasingly choosing to replace fossil-based and other non-renewable materials with renewable and recyclable alternatives.

In a circular economy, waste is minimised as materials are reused and recycled to maximise environmental and financial value. We believe that a circular economy is only possible when raw materials are also circular – materials that can be renewed over and over again. This requires a transition towards a circular bioeconomy where fossil-based materials are replaced with renewable ones such as wood.

Did you know?

Forest

Three reasons why raw materials matter

1. Wood is renewable. This means that when forests are managed sustainably, trees can grow back forever. Sustainable forestry safeguards forest health, biodiversity, and productivity - we need healthy forests to do business.

2. Healthy forests combat global warming. Trees absorb carbon dioxide from the atmosphere and carbon is stored in their fibers - the carbon will stay in the fibers when they are made into products and even through recycling.

3. Non-renewable raw materials cannot be replenished within our lifetime - if ever. Many of these raw materials are also fossil-based and do not re-absorb the greenhouse gases that are emitted in their production or consumption.

Circular design

Circular design means designing for the  product life cycle instead of just the product.  It takes into account the materials used (including recycled materials when feasible), manufacturing, product function, distribution, and potential to repair, reuse, remanufacture, or recycle instead of the material ending up as a waste. An important step is to increasingly shift from fossil-based to renewable materials.

Stora Enso’s products are widely recyclable and we are working hard to improve the other aspects of circular design in our operations. One of the biggest things going for us is our raw material: we are lucky to be working with trees that can grow back .

   
PureFiber™ is Stora Enso's new formed fiber eco-product
Recycling cardboard outside apartment building

Five things you may not know about recycling

Recycling is extremely important: no one wants products end up as waste in landfills, our oceans, or nature. Many of us do our best to recycle our waste and know a fair share about how it all works.

We collected five things you may not have come across yet. Did you know, for example, that for anything to to be truly recyclable, it must actually get recycled? Or that recycling almost always requires an input of virgin materials too? 

Read the article here.

Combatting global warming with the circular bioeconomy

When products and materials are repaired, reused, and recycled, the need for new materials reduces, which decreases greenhouse gas emissions from raw material extraction such as oil drilling. When the new materials come from renewable sources, like wood does, no new fossil fuels are released into the atmosphere. This is because growing trees reabsorb the carbon dioxide that is released when wood or fibers decay or are burned for bioenergy. This is called the carbon cycle.

Read more about Stora Enso's ambitious climate targets and how we combat global warming here. We've also calculated our total climate benefit, read more here.

winter forest, sell your wood

What we do

Can you spot the difference?

Renewable

Renewable materials are made from natural resources that can be replenished, generation after generation, in a sustainable way. Wood-based products are renewable because trees grow back when forests are sustainably managed, and more trees are grown and replanted than are harvested.

Recyclable

A recyclable material is a material that can be recycled if delivered to a recycling station. Many materials can be recycled and made into something else but not all are biodegradable or renewable. In addition, recyclability depends on not only the material but also on local conditions such as access to collection and sorting.

Biodegradable

Biodegradable materials break down and can be decomposed by natural processes, usually by bacteria, fungi, or other simple organisms. Technically, almost any material is biodegradable but some may take decades or even centuries to degrade. The EU standard for biodegradability is that at least 90% of the original material is converted into CO2, water, and minerals by biological processes within six months.

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