In conversation with… PEFC and BWI talk people, forestry and certification

The increasing value proposition that the PEFC brand provides to forest owners, companies and society as a whole, also confirmed by the first PEFC/GfK Global Consumer Survey that showed the PEFC label to be the most trusted forest certification label, comes with a downside: namely uncertified companies and organizations that try to associate themselves with PEFC’s reputation and brand trust by fraudulently misusing the label and claims. Ultimately, this puts at risk the good work undertaken by millions of actors from the forest, throughout the supply chain to the final consumer. PEFC is therefore taking steps to strengthen its trademark protection. PEFC is clear in its objective of protecting certified forest owners, companies and consumers against the abuse of the PEFC label and claims.

Forests and trees store carbon, which helps mitigate the impacts of climate change in and around urban areas. Trees also improve the local climate, helping to save energy used for heating by 20-50 percent. Strategic placement of trees in urban areas can cool the air by up to 8 degrees Celsius, reducing air conditioning needs by 30 percent. Urban trees are excellent air filters, removing harmful pollutants in the air and fine particulates. Trees also reduce noise pollution, as they shield homes from nearby roads and industrial areas. Local populations use the fruits, nuts, leaves and insects found in urban trees to produce food and medicines for use in the home, or as a source of income. Moreover, wood fuel sourced from urban trees and planted forests on the outskirts of cities provides renewable energy for cooking and heating, which reduces pressures on natural forests and our reliance on fossil fuels. Click Read More below for additional information.

Stora Enso has partnered with Altris, a Swedish developer of sodium-ion batteries. The two companies aim to further advance the development and commercialisation of a sustainable battery value chain in Europe. Together, the two companies will drive the adaptation of Stora Enso’s hard carbon solution Lignode® as an anode material in Altris’ sodium-ion battery cells. Lignode® by Stora Enso is a sustainable hard carbon derived from lignin, a product from the manufacturing of pulp, to be used as an anode material in both lithium-ion and sodium-ion batteries. It serves as a more sustainable alternative to current incumbent anode solutions. In addition to its sustainability benefits, lignin makes up 20-30% of a tree, which makes it abundantly available already today. Lignin being a by-product from pulp manufacturing ensures a stable and consistent raw material supply for anode material manufacturing. Lignode is developed in Stora Enso’s pilot plant in Kotka, Finland. Stora Enso is currently upgrading the plant from a technical point of view.