Replacing fossil-based plastic materials is one of the great sustainability challenges we face today. Apple and RISE have developed a new type of low-density material based on the same type of wood pulp that is used for making paper products.
As environmental concerns grow and global regulations on plastic use are being issued, organisations needs to explore new strategies to reduce their use of fossil-based materials and help fight the plastic pollution crisis. Fibre-based foams offer a sustainable, high-performance alternative to petroleum-based foams, reducing reliance on fossil fuels and potentially contributing to lower carbon emissions.
Derived from renewable resources, fibre-based foams fulfill the demand for eco-friendly solutions across industries like automotive, construction, and packaging. Investing in fibre-foams is not just eco-conscious— it is a strategic step toward long-term resilience and market leadership in a greener future.
Partnering with RISE to further develop fibre-based foams provides industry with access to cutting-edge research, innovation, and expertise in sustainable materials.
We offer:
By working with RISE you can accelerate the commercialization of fibre-based foams, improve product performance, and meet the growing market demands for eco-friendly solutions, thus ensuring that you maintain your competitive edge.
Projects and expertise
Would you like to discuss how to transition from fossil-based materials to fibre-based foams? Fill out the form to schedule a meeting with our experts.
Hantering av personuppgifter: /en/about-rise/operations/mission-governance/policy-documents/privacy-policyRISE offers expertise in carbon footprint calculation according to the EU Battery Regulation 2023/1542.
Purpose/Benefit:Under the Battery Regulation (Regulation (EU) 2023/1542), there is a requirement that all electric vehicle batteries, rechargeable industrial batteries, and batteries for light transport vehicles placed on the EU market must have a carbon footprint calculated according to the guidelines set by the EU. At RISE, we have many years of expertise in life cycle assessments and carbon footprint calculations for batteries, and we can assist you in calculating the carbon footprint of your battery.
Method (what/which methods are used to perform the service):In our calculations, we use the guidelines for calculating the carbon footprint of batteries developed by the European Commission in a delegated act (currently a draft). The calculations cover the life cycle stages of raw materials, manufacturing, distribution, as well as end-of-life management and recycling. During the calculations, we collaborate with the client and preferably also with the battery manufacturer, if they are not the same entity. We will need relevant data such as materials used, product composition, manufacturing processes, and battery performance.
Please note that the final calculation rules have not yet been established, but RISE is monitoring the development.
Delivery (what does the client get after performed service – e.g. a report, certificate etc.):A report that meets the regulation's requirements with a summary of key figures to be used in the carbon footprint declaration.
Delivery time:As agreed
Area:
Regulation (EU) 2023/1542 of the European Parliament and of the Council of 12 July 2023 concerning batteries and waste batteries, amending Directive 2008/98/EC and Regulation (EU) 2019/1020 and repealing Directive 2006/66/EC
Certification and marking: Not applicable Type of service: Not applicable Instrument: Not applicable General area: Not applicable Delivery level: Not applicableAnalysis of biomass and bioenergy in cmobination with carbon capture (CCU and CCS) in the sector coupled energy system as a flexible complement to variable renewables, e-fuels and direct air capture.
Biomass is often seen jointly with carbon capture in influential studies and IPCC publications. However, uncertainties regarding biomass availability affect the potential of negative emissions and carbon storage or usage availability affects cost-effective biomass usage strategies.
We assessed biomass usage in the state-of-the-art sector-integrated energy systems model PyPSA-Eur with a high spatio-temporal resolution, with up-to-date data on bioenergy and carbon capture processes.
We analysed how biomass in combination with CCUS changes the resource- and cost-efficient use of biomass to achieve climate targets across all energy systems (electricity, heat, transport, industry), under which conditions the captured carbon is used instead of stored, how various uncertainties affect these aspects and how this in turn may affect the energy system as a whole.
Circular textile design means designing textile products for long life, repair, reuse and efficient recycling — decisions that are largely determined at the design stage. RISE supports material selection, textile design and circular product strategies, from decision-making data to testing circular pilot models.
Circular design begins with material selection and construction. To enable circular material flows, sustainability must be built into product development from the outset:
The choice of fibre affects both a product's lifespan and its environmental footprint. RISE classifies textile fibres according to industry standards and sustainability criteria, and guides you in selecting materials that minimise climate impact — without compromising function or quality.
Reducing microfibre release from synthetic textiles
Textiles made from synthetic fibres such as polyester and nylon contribute to microfibre release into our waterways. RISE works with start-ups, appliance manufacturers and public authorities to reduce these effects. We offer analyses using both standardised and in-house methods, develop filter solutions for washing machines and carry out comparative studies of wash programmes and machine types.
We protect your innovations through proper handling of intellectual property rights and clear non-disclosure agreements (NDAs).
We work with organisations across the entire textile value chain: global and local manufacturers and brands (clothing, interiors, workwear, technical textiles), public bodies and municipal waste companies, and material and component producers.
We offer both specific services and long-term partnerships, including support in research and innovation projects and help applying for national or EU funding.
The circular transition in the textile industry is largely driven by new regulations. We help you understand and prepare for, among others:
How can companies prepare for the Digital Product Passport for textiles? Companies prepare by mapping their material flows, securing data collection across the entire value chain and building systems for traceability and documentation. The Digital Product Passport will require information on material content, traceability, environmental impact and recyclability.
How do you choose materials that enable recycling and minimise environmental impact? By choosing materials that are compatible with established recycling systems, avoiding complex material blends and prioritising sustainable fibre alternatives. This results in products that are easier to recycle and have a lower climate impact.
How do you design textiles to make disassembly and reuse easier? By using fewer material types, avoiding permanent bonds and planning the construction so that components can be easily separated. This allows textiles to be repaired, reused or recycled.
How do you ensure products meet forthcoming EU requirements on ecodesign and digital product passports? By integrating sustainability requirements from the design and development stage — covering traceability, material selection, a life-cycle perspective and documentation of the product's environmental performance.
How does traceability in material selection contribute to more efficient recycling? Traceability makes it easier to identify which materials a product contains, which makes sorting and recycling more efficient and enables higher material recovery at the end of the life cycle.
Whether you're working on material selection, circular design or reducing microfibre release, our experts can help you turn sustainability challenges into practical solutions. Get in touch for a free consultation.
Would you like to know more about how RISE can support your development in the textile industry? Fill in the form and we'll get in touch.
Fill in the form and we will contact you!
Hantering av personuppgifter: /en/about-rise/operations/mission-governance/policy-documents/privacy-policyThere are many tools and methods for circular business development and design that can help companies make the transition from a linear to a circular business. However, it is not always easy to find the right tool for a specific need. Our experts can help you navigate existing tools and even develop tools that are right for you.
Do you want to explore circular business opportunities? Design a product adapted to circular flows? Or evaluate circular offers? There are a variety of tools to help you along the way. They can provide an introduction or help you dive deeper. Some are exploratory and can open your eyes to new possibilities, while others are more analytical and can make it easier to make decisions during the transition journey.
We offer practical support for working with circular business development and design, supported by tools and methods. We can help you navigate the existing landscape of tools and support you in developing new tools based on your needs. In the past, our experts have been involved in developing several tools for the circular transition. You can read about some of them below.
The Circular Coaching Essentials - Tools for empowering circular businesses toolkit aims to enable design and business coaches to support circular business development. The tools were developed as part of a regional initiative in collaboration with Region Västra Götaland, Circular Hub and nine West Swedish innovation actors. The project was funded by Region Västra Götaland. Find out more about the project at www.ri.se.
The toolkit (partly in Swedish) includes the tools:
• 10 nycklar för samtal om cirkulära möjligheter
• Utmaningar vid cirkulär coaching
• Tools for circular design and business model innovation
• Tools for circular business calculations
• Goda företagsexempel
Access the toolkit via the link on the right under 'More Information'.
The Circular Material Palette helps companies to assess and compare the circularity of different materials from a life cycle perspective. The tool is excel-based and can help companies to assess and create company specific material profiles and compare the assessment result of different materials. An initial database as been created with a set of promising materials, including textiles, leather, bioplastics, cardboard, and construction plastics, all of which have the potential to reduce GHG emissions by more than 50%.
The toolbox includes the tools:
• CMP tool
• Poster
• Circular Palette 1.0
Find out more about the toolbox and access it at www.ri.se.
The toolbox of Future Adaptive Design includes nine practical tools designed to support circular business development by reducing product-related business risks and designing future-adaptive products with prolonged lifetime. The tools can support companies to: explore and frame key challenges, develop and validate products, services and business models with potential to contribute to prolonged product lifetimes, and anchor and adopt new practices in both the internal and external orgnaisations.
The toolbox includes the tools:
• Circular vision template
• Drivers of product obsolescence
• FAD screening
• TCO analysis
• FAD heatmap
• FAD opportunities canvas and ideation cards
• FAD evaluation matrix
• Lifecycle service planner
• FAD investment analysis
Find out more about the toolbox and access the tools at www.ri.se.
The Use2Use Design Toolkit can be used to design products and services that make it easier for people to circulate products from use to use. The toolkit includes tools that can help you identify consumption-related design challenges and gain insight into how design can enable people to, for example, rent, borrow or buy second-hand products. There are also tools to ideate and evaluate circular design concepts with the potential to outcompete linear alternatives and help circular business models fly.
The toolkit includes the tools:
• Use2Use thinking activation pack
• Circular journeys exploration pack
• Multiple use-cycles exploration pack
• Circular designs ideation pack
• Circular designs evaluation pack
Find out more about the toolkit and access the tools at www.use2use.se.
Circular Coaching Essentials_0.zip (zip, 27.86 MB)
The Landscape of Circular Design Tools
A Review and Evaluation of Circular Business Model Innovation Tools
Division: Do not use - Division Built Environment Circular transition
The construction industry currently accounts for 50 percent of all resource use globally.* In the coming years, increased regulations and requirements will increase the market's need for sustainable building products and systems. As a player in the construction industry, it is important to understand the change and to find ways to move from a linear business logic to becoming a player in a circular value chain. For this, RISE offers expert advice and process development from climate-smart raw material selection and design support to material development, quality assurance and certification of building products and systems.
The fact that the construction industry accounts for 20 percent of Sweden's climate emissions has been known for a long time. The transition to more circular value chains can have a major positive impact on the construction industry, which can then contribute to resources being kept in a cycle for a longer period of time.
In a linear system, raw material is produced and then processed into a material, a material that is combined and refined into a product. The product is used and later becomes waste. In a circular system, on the other hand, this waste is reused, restored, upgraded or recycled, thus creating a circular flow.
Government and the construction and real estate sector work in different ways to reduce climate impact both during the construction phase and during a building's lifetime. As a manufacturer of building products or building systems, you need to understand what the change means for you and your company. Both upcoming and current directives such as the Sustainability Reporting Directive (CSRD), the update of the Construction Products Regulation (CPR) and the ESPR Ecodesign for Sustainable Products Regulation with the inclusive DPP (digital product passport) are expected to set requirements for reused products, resource use and traceability.
The demand for products with a low climate impact is expected to increase among industry players in the coming years, and among consultants it is perceived as very difficult to find recycled materials for project assignments. Among the clients, there is a greater commitment to sustainable construction, which is partly driven by the taxonomy regulation, which aims to steer financing to so-called green activities.
The key is to identify the right opportunities and business models to contribute to a circular value chain. Manufacturers of building products and systems that adapt their business model early on will have a competitive advantage in the new market that is created as a result of increased demands for sustainability and resource efficiency.
At RISE, we have both deep and broad knowledge throughout the value chain: from climate-smart raw material selection to quality-assured circular product design or verified reuse elements. We support your company in the transition process by optimising building products for both assembly and dismantling. We also work with digital twins and digital product passports, which makes it easier when developing a circular business. All within the same organization – which makes the process both efficient and quality-assured.
We help you with expert knowledge, analyses and accepted testing, as well as coordinating and managing your project – from raw material extraction and inventory, through product manufacturing, construction phase and use, until the product or system can be reused or recycled
With our collective expertise in the entire value chain from raw material extraction or material inventory to certified reuse element, we provide you with expert advice that lays the foundation for your circular building product.
We help you identify and utilise building materials with a high reuse potential, based on the building's history and building physical conditions.
With our developed methodology, we offer large-scale testing and quality assurance of concrete elements for reuse.
Discover our expertise within quality assurance and verification
We have expertise in material recycling and collaborate to develop building products with a proportion of recycled materials to increase the circularity of the products.
As a member of the Circular Business Lab, you as a company management get the opportunity to develop circular business opportunities and future-proof your business. You do it together with other members and with close access to RISE's entire expertise in circular business models, digitalization and circular resource flows.
Read more about the collaboration platform Circular Business Lab
We support construction companies and other actors in the construction sector who are already working with circular products or systems or want to replace an existing material with a more sustainable alternative.
Regardless of the size of your business, we offer expertise along the entire value chain. With us, you can get help with one-off efforts, get support along the entire development chain, or participate in one of our research projects.
Remanufacturing contributes to both sustainability and profitability. We help you identify your opportunities and turn knowledge and experience into practical roadmaps.
Purpose/Benefit:European studies highlight that remanufacturing intensity remains alarmingly low across several industries—only about 1% in the automotive sector. With growing competition for critical raw materials for emerging technologies in digitalisation and electrification, remanufacturing will become both more profitable and essential. Strategic remanufacturing fosters resilient value chains and prepares businesses for upcoming EU regulations on sustainable products.
Method (what/which methods are used to perform the service):RISE offers tailored remanufacturing analyses that identify your business’s unique remanufacturing potential. Using research-backed methods and expert insight, we analyse your business logic, product portfolio and operational processes to maximize your remanufacturing opportunities.
Delivery (what does the client get after performed service – e.g. a report, certificate etc.):RISE provides customised business support focused on implementing remanufacturing strategies, including:
Contact us today to uncover your remanufacturing potential and take the next step toward a more circular and profitable business model.
Area: Circular transition Contact person (Enter one name per field. Activated personal contact pages will appear automatically):
Remanufacturing is a process where a used product is disassembled and its components are restored to the same or higher performance level than a new product. In some cases, the product is reassembled in its original form, but remanufactured components can also be used in other products.
Remanufacturing is a more comprehensive and systematic process than repair and renovation. In remanufacturing, the product is completely disassembled and all components are inspected and replaced if necessary. Repairs typically involve smaller interventions to address specific issues, while remanufacturing restores the product's or component's functionality.
Remanufacturing involves restoring a used product to the same or higher standard than the original, while recycling means breaking the product down and reusing the material to create new products. Remanufacturing preserves more of the original product’s value and performance.
Remanufacturing can reduce material waste, lower costs for new raw materials, cut down on CO2 emissions and create a more sustainable supply chain. It also allows the reuse of existing equipment parts rather than purchasing new ones, reducing dependence on rare materials.
Not all products are suitable for remanufacturing. For a product to be remanufactured, its components need to be durable and there must be an efficient process to restore them to a high standard. Products oe components with a long lifespan and technical specifications that can be restored are typically the best candidates.
Successfully implementing remanufacturing requires a detailed understanding of the product's lifecycle, access to the right resources, and a well-thought-out process. RISE provides tailored solutions to help businesses map out remanufacturing opportunities, identify the best products to remanufacture, and implement the necessary processes.
The EU has implemented regulations and initiatives to promote a circular economy, including support for remanufacturing and sustainable production methods. Through legislation on sustainable products and requirements for increased reuse and recycling, more businesses are expected to transition to circular business models, where remanufacturing plays a key role.
The life sciences industry aims to improve human health. At the same time, the sector is responsible for a significant climate impact. And the transition faces particular challenges.
"We in the research community can help to better understand what can be changed and provide relevant assessment methods and tools. This will help focus efforts where they are needed and where they will be most effective," says Björn Gregertsen at RISE.
The production, distribution and use of medical devices and medicines have a large climate and environmental footprint. The life science industry needs to do something about it.
“The keys to a green transition lie in many areas: from switching to green carbon sources and reducing material flows, to preventing toxic substances from reaching the ecosystem and making transport more efficient,” says Christina Jönsson, Vice president Marketing, division Materials and production at RISE.
As the life science industry is multifaceted, it is difficult to account for the industry's total climate impact. However, calculations show that the healthcare sector is estimated to account for 4-5 per cent of global carbon dioxide emissions. The majority, 70 per cent, comes from the supply chain, and mainly from transport. And the sector faces particular challenges. The industry is highly regulated, making circular change more difficult to implement than in many other industries.
“Just think of all the disposable items used in healthcare. They have to be of high quality, sterile and non-recyclable due to the risk of infection,” says Björn Gregertsen, Vice President, Life Science, Chemical Processes and Pharmaceutical Development at RISE.
Packaging that is in direct contact with medicines and sensitive medical devices - such as sampling devices - is also exempt from the EU's Packaging and Packaging Waste Regulation (PPWR) requirements on recyclability and recycled content until 1 January 2035.
"However, the EU is working intensively on sustainability issues and several other bodies regulating the life sciences industry are also reviewing their regulations. The industry itself is also driving the transition," says Christina Jönsson.
She believes that one way forward is to work much more with differentiation and gives an example:
”The tubes in IVs or catheters that go into the body should probably not be made from recycled products or be recycled. But the disposable plastic gloves that staff use might be.”
Life science companies working on environmental sustainability in harmony with patient safety will gain market advantage
Finding the balance between stable production, economic viability and proven benefits for biodiversity and climate is a challenge.
“Us researchers can help improve understanding of what can change and contribute with relevant assessment methods and tools. This will ensure that efforts are targeted where they are needed and most effective," says Björn Gregertsen.
Reducing the carbon footprint in the pharmaceutical industry necessitates addressing various issues across the entire value chain.
“By embracing green chemistry principles, companies can minimize harmful emissions and waste,” says Björn Gregertsen. “Additionally, adopting energy-efficient production methods and reducing reliance on fossil fuels for transportation can significantly lower overall carbon emissions. Also, addressing areas like pharmaceutical packaging will make a difference. These combined efforts pave the way for a more sustainable future in the pharmaceutical sector.”
RISE's experts can support companies that want to reduce their impact on people, the environment and the climate through this type of 'green innovation'.
“We're offering advice and circular business models in areas such as material conversion, green chemistry, pharmaceutical development and product life cycle analysis," says Björn Gregertsen.
It can be wise to get on board with the transition right from the start. Although many of today's regulations have had exemptions for the life sciences industry and healthcare, this is likely to change.
“The issue is on the table but nothing has been decided yet on where, how and when it will be more clearly set out in legislation. But the fact that the discussion is now taking place is a signal for companies to be aware of. The life science companies that work with ecological sustainability in harmony with patient safety will gain market advantages,” says Christina Jönsson.
The life sciences sector includes all activities that develop medical and technological innovations that improve the life and health of people, animals and nature. It also includes the activities of universities in the fields of medicine, biology and health.
Many research projects are underway to address the sector's transformational needs. Here are some examples of projects that RISE is working on:
Green chemistry in the pharmaceutical industry involves developing methods to reduce the use of organic solvents and other environmentally harmful chemicals in synthesis and manufacturing.
The focus is on designing chemicals that can be degraded into harmless degradation products that do not enter the environment after use. It is also a matter of making energy use more efficient and switching from black, fossil-based carbon sources to green, bio-based ones.
The EU climate goals for 2050 entail significant changes for businesses. By taking the Business-Driven Climate Transition training, you give your company an edge in understanding and adapting to these requirements, positioning you as leaders in the climate transition. It’s about leveraging the opportunities created by new markets.
The transition requires new technological innovations and business models, and the companies that can deliver climate-smart and innovative solutions are the winners of the future. The training helps your organization identify and develop such solutions, providing a clear competitive advantage. By learning how the climate transition can drive new business models, your company will be better equipped to navigate the innovations needed to remain competitive.
After completing the course, you will have a clear understanding of your role and potential in a circular transition. You will gain clarity on which circular strategies best suit your business and why, as well as a concrete plan for your first, or next, circular offering – ready to be implemented in practice.
The course consists of three parts. The first part is a self-study section with four films that each participant completes individually. In the lecture series, experts from RISE go through fundamental concepts in the transition as well as approaches and strategies to transform your business while taking advantage of new conditions.
The second and third parts are two workshops. These two parts are done together. They help you identify needs, business risks, and opportunities, prioritize areas, and create a plan for a sustainable business strategy. By identifying these areas, you can develop a concrete action plan for a sustainable and business-driven strategy, adapted to both short- and long-term business development.
The workshop material includes all necessary instructions and templates. All instructions are in a course guide aimed at the facilitator who will guide the rest of the group through the course. This can be someone in the management team or the board of the company, but we also offer support in this role.
Business-Driven Climate Transition is aimed at management teams and boards, ensuring that the entire company’s leadership has the same understanding of how climate issues affect the business. This creates a unified strategy and understanding of how you can together lead the business towards a sustainable future.
The course material is in Swedish
Please request a quote with your specific requirements.