"Cork oak forests provide benefits to society, on average worth more than € 1300 / ha per year"

From all the cork oak forests, approximately 340 000 tonnes of cork are harvested each year.

Cork oak forests contribute to the preservation of biodiversity and the survival of many indigenous animal species, some of which are in danger of extinction. Equally important is its role in capturing CO2, the regulation of the hydrological cycle and restraining environmental and social desertification.Cork oak forest…

It is estimated that every year cork oak forests retain up to 14 million tons of CO2, a sizeable contribution for reducing greenhouse gas emissions, the main cause of climate change.

It makes the cork viable in a unique manner, and as a result, the preservation of the cork oak forest, a unique example of green economy, which is based on a balance between economic, social, and environmental issues. The constant concern to adopt and reinforce sustainable development practices makes Corticeira Amorim…

Explore all the facts and cusiosities about cork and the importance of the oak tree and its forests.

From the origin of the raw materials to the factory gate: what are the environmental impacts of Amorim Cork Composites’ products? This was this question that we wanted to answer when we began a Life Cycle Assessment (LCA) process for several products. The results showed that, without exception, they all have a negative…

Cork oak forest

The cork oak may be sown, planted or propagate spontaneously, which is often the case in cork oak forests, thanks to the acorns that fall on the ground.

Montados (cork oak forests) are natural retainers of CO2 - the biggest cause of global warming. It is estimated that cork oak forests retain up to 14 million tonnes of CO2 per year, a valuable aid for reducing greenhouse gases - the main source of climate change. Carbon retained by cork oak trees is stored in the cork…

Top Layer NRT®94 has a negative carbon balance of -39.3 kg CO₂/m₂*, when taking into account the CO₂ sequestered by cork oak forests and the emissions associated with the industrial process.

The wise hands that plant the trees of the cork oak forest are the same ones that skilfully strip the bark every year. Removing the bark from each cork oak.

Cork is the bark of the cork oak (Quercus Suber L.). 100% natural, renewable, reusable and recyclable, cork is, whether from an environmental, social or economic point of view, one of the most versatile materials in the world, and can be used in various processes and sectors.  It is estimated that for every ton of cork…

Underlayments Acousticork have a negative carbon balance, when taking into account the CO2 sequestered by cork oak forests and the emissions associated with the industrial process.   Elevate the comfort, protection, and durability of your flooring with our sustainable and high-performing cork-based solutions: Acousti…

The NRT®62 and NRT®62 VB Pre-attached Underlayment have a negative carbon balance of - 11.8 kg/eqCO₂ per m²* and - 10.5 kg/eqCO₂ per m²*, respectively, when taking into account the CO₂ sequestered by cork oak forests and the emissions associated with the industrial process.   *EY Study: Pre-attached underlayment NRT62…

Carbon Balance The carbon balance is the result of a scenario analysis, incorporated into the carbon footprint study, which simulates the inclusion of carbon sequestration associated with the entire cork oak forest ecosystem and cannot, without internationally recognized methodology, be considered for an offset. The li…

Amorim Cork Composites has developed a range of cork composite solutions specifically designed for sealing applications, under the Amorim Tech Seal brand, that contribute to more efficient sealing, while improving the system’s overall sustainability.Cork is 100% natural, reusable and recyclable, making it one of the wo…

Cork is inherently linked to its ecosystem: the cork oak forest, part of one of the world’s 36 most important ecosystems for the biodiversity conservation - on a par with natural paradises such as the Amazon, the African savannah or Borneo. Cork oak forests serve as an anti-fire barrier, due to cork’s low combustion ra…

Harvested every nine years, without any tree being felled during the process, cork gives rise to an endless array of products, from the traditional to the most innovative and unexpected. Cork oak forests are natural retainers of CO2, they prevent soil degradation, they regulate the hydrological cycle, they combat deser…

…cork achieves the technical performance required by the market while maintaining its sustainability credentials, given that cork oak trees are important natural carbon retainer? It is estimated that per each ton of cork produced, the cork oak forest can sequester up to 73 tons of CO₂.

According to a recent assessment study conducted by EY, Go4cork Blend with Nike Grind has a negative carbon balance of -5.6kg CO2 eq/m2. This means that the product’s associated carbon sequestration promoted by the cork oak forest exceeds the CO2 emissions from production. The environmental footprint study of the Go4co…

The cork oak forest helps preserve biodiversity and guarantees the survival of many native species, some of which are endangered. It is also equally important as a carbon sink, and ensures regulation of the water cycle and water retention, and helps prevent desertification and depopulation of rural areas. Recycling, in…

2. It makes a difference in the lives of people who depend on it Cork is an important social and economic development factor for Western Mediterranean countries, enabling people to continue living and working in arid and semi-arid areas. In addition to thousands of direct jobs, the cork oak forest generates various oth…

The main properties of cork – such as impermeability, lightness, elasticity, compressibility and resilience - remain unchanged, ensuring the floater's performance. It should also be noted that, for each ton of cork produced, the cork oak forest can sequester up to 73 tons of CO2. This factor reduces the environmental i…

Amorim Cork Composites commissioned an independent Carbon Footprint and Life Cycle Assessment study, that aimed to identify the environmental impact of Top Layer NRT 94. The study, which assessed the impacts of forestry management, transport of raw materials and production, concluded that Top Layer NRT 94 has a negativ…

Two comparative tests were conducted between cork underlayments and 100% foam underlayments, in order to assess the durability of cork-based solutions vs. synthetic solutions from the same category. The results of the Dynamic Load Test and the Compressive Creep Test revealed that cork underlayments are the best option…

Cork is a 100% natural, reusable and recyclable raw material. Studies show that for every ton of cork produced, the cork oak forest sequesters up to 73 tons of CO2. Produced from the bark of the cork oak tree without any trees being felled during the process, cork can be used for a variety of highly technological produ…

According to a recent analytic study conducted by EY, Go4cork Blend with Nike Grind has a negative carbon balance of -5.6kg CO2 eq/m2. The associated carbon sequestration promoted by the cork oak forest exceeds the CO2 emissions from production.   Go4cork Blend with Nike Grind is an excellent option for customers that…

According to a recent analytic study conducted by EY, Go4cork Blend with Nike Grind has a negative carbon balance of -5.6kg CO2 eq/m2. The associated carbon sequestration promoted by the cork oak forest exceeds the CO2 emissions from production. Go4cork Blend with Nike Grind is an excellent option for customers that ai…

According to a life-cycle assessment conducted by the consultancy firm, EY, the carbon balance of the component Amorim NRT®62 flooring solutions without a vapour barrier is -11.8kg CO2 eq/m2, whereas the carbon balance of the component for Amorim NRT®62 flooring solutions with a vapour barrier is -10.5kg CO2 eq/m2. Sin…

Raw materials of natural origin, such as cork which is 100% natural, recyclable and renewable, are an innovative and sustainable option for creating functional goods, with aesthetic concern, that accompany us at home, at work and during leisure time. It is estimated that for every ton of cork produced, cork oak forests…

ADDITIONAL INFORMATION ON CARBON SEQUESTRATION POTENTIAL 1. Study The claims regarding the potential of carbon sequestration are based on studies conducted by: a) PricewaterhouseCoopers: a. Amorim Sports Nature Infills b) Ernst & Young: a. NRT 94b. Fusion (5166)c. Evolution (5154) d. 8210 e. 5156 VB f. Underlay Plu…

The key factor in ensuring a negative carbon footprint is the genesis of the cork oak forest which is a carbon sink, responsible for retaining 73 tons of CO2 per ton of cork used for a typical application this corresponds to 2,7 kilotons of CO2 retention.

My studio started experimenting with cork back in 2010, it took a lot of time and experimenting to learn how the material works and to understand the various grades and the properties of the material. Joaquim Sá, the Managing Director of Amorim Cork, South Africa has always been a wonderful supporter of my work. From t…

Amorim Cork Composites has now launched an innovative range of multilayer systems that combine cork with other materials - such as mica, foam or aerogel - to create more sustainable, high-performance solutions. Cork is a 100% natural, reusable and recyclable material, and from an environmental, social or economic persp…

In addition to its technical advantages, cork is one of the world’s most versatile materials and is 100% natural. Studies show that for every tonne of cork produced, the cork oak forest sequesters up to 73 tonnes of CO2, and no trees are felled in the process. Are you looking for sustainable solutions to mitigate the n…

In addition to its multiple technical advantages, cork is 100% natural and one of the world’s most versatile materials. Studies show that for every ton of cork produced, the cork oak forest sequesters up to 73 tons of CO2, and no trees are felled in the process. In equipment that includes a shunt wall, this can be used…

Vila de Mora, in the district of Évora, recently welcomed 80 volunteers of Corticeira Amorim who planted 2000 cork oaks, thus increasing the forest area of Portugal's National Tree. Herdade da Barroca, a property of Santa Casa da Misericórdia de Mora, was the scene of the initiative that directly involved the community…

In the calculation of the Carbon Footprint of Korko toys, IPCC 2021 (100 years) method was used, according to the international standard ISO 14067.  The impact categories evaluated were: Global Warming Potential – fossil; Global Warming Potential – biogenic; Global Warming Potential – CO2 uptake; Global Warming Potenti…

According to an analytic study conducted by the consultancy firm, EY, the underlayment Plus Go4Cork by Amorim has a negative carbon balance of -8.1kg CO2 eq/m². The carbon balance of the underlayment Plus VB Go4Cork by Amorim is -7.8kg CO2 eq/m². By promoting carbon sequestration in the cork oak forest that is superior…

According to a recent study conducted by the consultancy firm, EY, Acousticork T10 Essence and T10 Essence with a vapour barrier underlayments have a negative carbon balance of -18.6 kg CO₂ eq/ m2 and -18.0 kg CO₂ eq / m2, respectively. Acousticork T56 Endurance underlayment with a vapour barrier has a negative carbon…

A Life Cycle Assessment (LCA) study conducted by Itecons confirms that Acousticork by Amorim U36 and U38 underscreeds have a negative carbon balance. These innovative solutions, produced by Amorim Cork Composites, contribute to the performance of the flooring solutions where they are applied, in terms of acoustic insul…