Jump directly to content

Blåbær Production – from chemical crisis to PFAS-free production

Product image from Reflex childrenswear, Blåbær Productions’ largest customer Photo: Reflex barnkläder

Many companies face the challenge of managing chemical issues that are becoming increasingly complex due to new regulations and rising expectations for transparency. For Blåbær Production AS, a chemical crisis in 2015 marked the starting point for a change in their way of working. Through collaboration with the Chemicals Group at RISE, the company has built up knowledge, structures, and processes to work more systematically with chemical management.

From crisis to change

“Never let a good crisis go to waste.” For Blåbær Production AS, a Norwegian design and production company based in Bergen with four employees developing clothes, shoes, and textiles for children and babies, 2015 became such a turning point. That year, the Norwegian Environment Agency found prohibited chemicals in Reflex, Norway’s largest children’s clothing brand and Blåbær’s biggest customer – a finding that was also highlighted in the media. With limited resources, the situation was a challenge for the company, but it also revealed the need to work in a more structured way with chemical management.

– We had broad experience in design and product development, but our knowledge of chemicals was limited since this had not been a focus area, explains co-founder and CEO Rolf-Erik Lund.

Knowledge and structure with RISE

To build up competence, Blåbær joined the RISE Chemicals Group. The collaboration provided knowledge, structure, and practical tools to better understand risk substances and regulatory requirements.

– It has given us a much stronger basis for setting clear and knowledge-based requirements for suppliers, including those outside Europe, says Rolf-Erik.

The work began on a small scale with new requirements for suppliers and greater emphasis on risk assessment. It was not always easy, and some partnerships were discontinued. But the experiences laid the foundation for stronger internal processes, updated specifications, and closer follow-up throughout the supply chain.

The collaboration has made us more structured in our approach. It has strengthened trust between us and our customers, since we can document both responsibility and continuous improvement

Rolf-Erik Lund, medgrundare och VD Blåbær Production AS

Towards PFAS-free production

Over time, Blåbær was able to gradually raise the bar. Today, the company has introduced a zero-tolerance policy for PFAS and works actively with both risk analysis and dialogue throughout the chain.

– The collaboration has made us more structured in our approach. It has strengthened trust between us and our customers, since we can document both responsibility and continuous improvement, says Rolf-Erik.

Even though challenges remain – such as higher material costs and limited availability of PFAS-free alternatives – Blåbær views the investment as necessary.

– Investing in this work is not a cost, but an insurance for future competitiveness and sustainable growth, says Rolf-Erik.

Results that matter

On the value of being part of the Chemicals Group, he notes:

– Membership provides not only access to tools and experts but also a network of companies that share experiences and solutions. It makes the journey easier, and you are not alone when new requirements and challenges arise.

Through the Chemicals Group, Blåbær has also expanded its work towards a more circular textile industry. The company participates in BioSusTex, an EU project aimed at developing safe and sustainable textile flows with a focus on bio-based materials.

In 2025, Blåbær was awarded the Norwegian Ethical Trade Award for its long-term commitment to responsible practices.

What does the Chemicals Group do?

The Chemicals Group is a network that supports textile and electronics companies with up-to-date knowledge and expert guidance on chemical management and sustainability. 

Membership provides continuous monitoring of legislation, practical tools, and best practices for replacing hazardous substances.

Learn more here

Steffen Schellenberger

+46 10 228 47 28 Read more about Steffen
Profile image

Contact Steffen

CAPTCHA

* Mandatory 

By submitting the form, RISE will process your personal data.

Elisabeth Olsson

Forsknings- och utvecklingsingenjör
+46 10 228 47 67 Read more about Elisabeth
Profile image

Contact Elisabeth

CAPTCHA

* Mandatory 

By submitting the form, RISE will process your personal data.
Chemical and biological analysis Sekundär områdes navigation:
Construction
Textiles
Health and life science

Analysis of narcotics and doping substances in wastewater

Name of service (page headline, shown in promos – maximum of 70 characters incl. spaces): Analysis of abuse substances in wastewater Lead (include SEO-words and the main benefits for your target groups. Stick to one paragraph, maximum 2-3 sentences):

Measuring drugs or doping substances in wastewater makes it possible to estimate the amount of abuse substances over a certain period of time. It provides an overview of the abuse and trends in an area or workplace.

Purpose/Benefit:

Measurements of substances are carried out either upstream, for example in the sewage of workplaces and schools, or downstream in treatment plants, which can then provide an overview of usage in a municipality. Compared to, for example, interview questions and random samples at workplaces, these measurements offer a more objective assessment of entire populations and serve as a good replacement or complement to other interventions at a workplace or in an area.

Wastewater analysis of drugs and doping is a cost-effective method for assessing drug use on a large scale. It can also be used to identify differences between different areas in a city or even measure differences between departments and buildings within the same workplace.

Method (what/which methods are used to perform the service):

We measure the presence of drugs and/or doping agents in water samples using mass spectrometry (LC-MS/MS). In the drug panel, we analyze approximately 10 commonly occurring substances, and in the doping panel, about 16 different agents.

Our analysis methods have been validated through an intercalibration study within the SCORE research network, which is responsible for organizing annual surveys of drug use in Europe through analyses of municipal wastewater.

If you are unable to carry out the sampling yourselves, we are happy to assist with that service.

Delivery (what does the client get after performed service – e.g. a report, certificate etc.):

We compile the results of the analyses in a report where we usually indicate levels per 1,000 inhabitants & 24 hours.

In addition to the analysis of controlled substances we can offer assistance with interpretation (consultation), presentation, calculations based on prescription of substances, and help you compile results into larger reports.

Delivery time:

Delivery of the report approximately 4 weeks from the time we received the samples.

Area:
Work environment
Chemical and biological analysis
Life Science
Pharmaceuticals
Preventive healthcare
Risk and safety
Contact person (Enter one name per field. Activated personal contact pages will appear automatically):
Louise Karlsson, Enhetschef
Evelina Lindmark, Forskare
Field measurements: No Price type: 1 Division: Division Life Science Preparation: Description of preparation Preparation information:

The samples are taken in plastic bottles and frozen as soon as possible after sampling. The samples are shipped frozen to RISE.

Certification and marking: Not applicable Type of service: Testing / Analysis / Evaluation Instrument: Not applicable General area: Not applicable Delivery level: Not applicable
louise.karlsson@ri.se,evelina.lindmark@ri.se
/en/node/9710
3. Good health and well-being
Purpose - Header: Purpose Metod - Header: Method of analysis Delivery - Header: Delivery More information - Header: Mer information
Order
form
Chemical and biological analysis Sekundär områdes navigation:
Water
Health and life science
Risk and security
Tjänstetyp tagg:
Provning
Provning

State of the art gas measurements and diagnostics in furnaces and reactors

Name of service (page headline, shown in promos – maximum of 70 characters incl. spaces): State of the art gas measurements and diagnostics in furnaces Lead (include SEO-words and the main benefits for your target groups. Stick to one paragraph, maximum 2-3 sentences):

At RISE we are developing and implementing state of the art measurement and diagnostic techniques with tunable diode lasers to monitor and enhance the performance of thermochemical conversion processes. The techniques enable real-time, accurate measurements of difficult-to-quantify entities in hot and enclosed environments.

Purpose/Benefit:

Advanced optical measurement techniques, specifically Tunable Diode Laser Absorption Spectroscopy (TDLAS) have developed and matured in recent years and can offer new and exciting alternatives for monitoring industrial processes.  The technology relies on the fact that chemical species of interest will absorb infrared light at certain known frequencies, while not absorbing any light at "off" frequencies, a simple concept that allows for robust measurements in difficult environments.  Residence time of TDLAS measurements is determined by the scanning rate of wavelength around the chemical species spectroscopic feature ( on and off the peak). Typically we work with 1-10 ms scanning intervals.  Equipment for TDLAS is inexpensive compared to competing technologies such as FTIR.

RISE at the forefront

RISE is focused on both developing the TDLAS technology for new uses as well as implementing TDLAS technologies within industry.  Current research focuses on using TDLAS to adjust fuel feedstock flows in real time to achieve better combustion efficiency.  Implementations at industry are focused on measurements of temperature, soot,   NO, CO2, H2O, CO, C2H2, CH4 as well as biomass flow and moisture content.

Method (what/which methods are used to perform the service): Delivery (what does the client get after performed service – e.g. a report, certificate etc.):

Our expert researchers and engineers are enthusiastic about this technology and are available to aid in a successful implementation or research initiative.  

TDLAS implementations offer an extremely robust method for capturing data in difficult environments, using non-invasive light beams for the measurements.  Difficult environments such as sooty or gasified gas streams are no problem for TDLAS techniques, because the baseline measurement factors out the additional absorption.  Additionally, the use of lasers emitting exact frequencies means that calibration is never required and results are repeatable.

Normally, two optical ports (sight glasses) are needed on opposite sides of the furnace or reactor vessel, in order to emit and detect the laser beam.  

RISE can supply laser measurement equipment as well as software for signal interpretation.  We offer the expertise needed for implementation, support, and development. 

Area: Generic metrology and measurement technology Contact person (Enter one name per field. Activated personal contact pages will appear automatically):
Alexey Sepman
Christopher Mueller, Enhetschef
Laser diagnostics
Field measurements: Yes Price type: 1 Division: Division Bioeconomy Preparation: No preparation required Certification and marking: Not applicable Type of service: Innovation services Instrument: Lasers General area: Combustion Order information: Please fill out the document describing your process, physical installation, and measurement interests. Delivery level: Not applicable
alexey.sepman@ri.se,christopher.mueller@ri.se
/en/node/351
PDF for order form.:

Intresseanmälan (pdf, 23.97 KB)

More information:

In TDLAS (see Figure 1) the wavelength of a narrowband laser is tuned across a specific absorption feature of the target species. The absorption of the laser intensity is measured with a photodetector and related to properties of targeted species (e.g. concentration, temperature (T), pressure (P)) using spectroscopic properties available from databases and the Beer–Lambert law. If the spectroscopic and gas properties (P, T) are known, the concentration can be evaluated from the measured absorption. For the temperature measurements, the laser is tuned over two or more lines of a species, the lines' (integrated or peak) absorbance ratio provides the temperature. It is important to note that the accurate detection of the parameters of the process (species concentration and T) is possible even at high level of laser light extinction due to particles, e.g. dust, soot, char and ash. The broadband reduction of the laser intensity can be used to evaluate particle concentrations. The lasers can easily be coupled to optical fibers, which constitutes a significant advantage for practical applications since the instrument can be located in a control room (or other safe places) with the light being transferred to the boiler in the fiber. The measured data is an integration (or average) over the entire absorption path and, therefore, provides information on the overall process condition and efficiency.


Currently, the monitoring and control of bio-based energy generation processes is carried out using feedback signals from conventional temperature measurements, flow rates and flue gas analysis. The main drawbacks of these methods are their poor temporal resolution, slow response time, invasiveness, etc. Due to these drawbacks, conventional methods are unfit for accurate and rapid detection of changes in process conditions that are needed for responsive control. In-situ diagnostics are measurements carried out directly in the reaction zone of the process, thereby reducing the response time of the feedback signal. Optical in-situ methods are non-invasive and operable for prolonged times in challenging environments. At present, TDLAS is one of the most promising and rapidly developing optical techniques for online in-situ diagnostics in thermochemical conversion systems. A comparison of TDLAS and conventional methods based on extractive sampling and invasive probing is given in Table 1 (Appendix). 

Purpose - Header: Gain deeper insight into combustion, gasification, and other thermochemical processes. Metod - Header: References and Research topics Delivery - Header: How RISE can help More information - Header: Methodology and Comparison
Application of interest
ordering
Metrology Sekundär områdes navigation:
Power production
Sensors and sensor systems
Production and manufacturing
Chemical and biological analysis
Tjänstetyp tagg:
Provning
Provning
Provning

Reaching REACH: How VMG Is Rising to the Challenge

Production at VMG Group Photo: VMG Group

We spend a lot of our lives indoors, so it’s important that the materials around us are safe and don’t release anything that could impact our health. To help protect us, there are rules in place – and these are about to get stricter. A new EU regulation is coming next year, and VMG Group is already preparing, with support from RISE.

Manufacturing companies operate under a vast array of legal and regulatory obligations at multiple levels: industry-specific, regional, national, European, and international. Staying current and meeting new requirements on time can be demanding.

VMG Group, specialising in furniture production and sustainable wood solutions for the construction sector, as well as in innovation and technology industry development, has chosen to work closely with RISE to help navigate evolving legal demands and certify its products and processes.

While based in Lithuania, the companies within VMG Group export the vast majority of their products to around fifty countries worldwide. As a subcontractor to IKEA, one of their largest markets is Sweden, which made choosing RISE as a partner a natural decision.

“RISE is a respected and well-known player, with close ties to IKEA. We’ve been working together since 2009, when IKEA first started implementing the CARB requirements, and we’re very satisfied. We’ve always had a good dialogue and received quick deliveries,” says Zita Andriušienė, Head of Quality Group at VMG.

Different requirements in different countries

Throughout the years, the collaboration has frequently revolved around CARB/EPA certification, which determines the company’s compliance with the emissions regulations imposed by the American authorities CARB (California Air Resources Board) and EPA (Environmental Protection Agency).

“The certificates are proof that we meet the requirements, which is important for our clients and our position in the market. They are also crucial for our reputation. Right now, our biggest challenge is complying with the new REACH requirements, which we are currently in the process of familiarising ourselves with,” explains Zita Andriušienė.

From August 6, 2026, the EU will introduce new limits on formaldehyde emissions from, among other things, furniture and wood products sold on the European market. This restriction is an addition to the REACH Regulation (Registration, Evaluation, Authorisation and Restriction of Chemicals), whose primary purpose is to protect the environment and human health from the risks posed by chemicals.

The new addition was announced in 2023, and by March 2025, RISE had completed its process certification. The purpose of the certification is to demonstrate that the manufacturer has the capability to control the level of formaldehyde emissions from the products produced.

A new experience for everyone

VMG Group is the first company to certify its production process under the REACH formaldehyde restrictions with RISE, so this certification is new territory for both VMG and RISE.

“Given that certification processes can be lengthy, we prioritise staying one step ahead. This allows us to sell existing stock and initiate production of REACH-certified alternatives prior to the enforcement of new regulations. We’re still early on, but everything’s moving along as planned. This certification is important to us, and I think it will open new doors going forward,” says Zita Andriušienė.

“They are our first customer in this context, but we’re definitely ready. We have an established relationship with VMG and the necessary experience. During the autumn, we invested in four new climate chambers to increase capacity and carry out the 28-day testing required for the new REACH certification. While some initial challenges are to be expected, we are ready to handle them,” says Ethem Muameleci, Project Manager at RISE.

A two-month process

The process really gets underway when RISE receives the samples to be certified; in VMG’s case, this involves two product groups. The testing itself, along with the follow-up work, takes around two months, after which the certificate is issued – provided everything has gone well.

“The expertise of the team at RISE is very valuable to us. They support us in navigating the applicable regulations and are qualified, knowledgeable, and experienced – these are some of the main reasons why we continue to collaborate. Today, we also work with other certification organisations, and it’s not always as smooth,” says Robertas Sokolovas, Quality Engineer at VMG Group.

In addition to VMG Group, several other companies have applied to REACH-certify their production processes for formaldehyde with RISE. Interested in doing the same? Get in touch with us!

 

Photo credit: VMG Group

Fredrik Solhage

Enhetschef
+46 10 516 56 66 Read more about Fredrik
Profile image

Contact Fredrik

CAPTCHA

* Mandatory 

By submitting the form, RISE will process your personal data.
Chemical and biological analysis Sekundär områdes navigation:
Wood technology
Health and life science
Materials and durability

Shaping the future of EU substitution centres for hazardous chemicals

EU (network of) substitution centre(s)
Orgnization

The European Parliament has acknowledged that businesses, especially SMEs, need more support to replace hazardous chemicals. In response, the European Commission launched a pilot project to explore how a future EU Substitution Centre, or a network of centres, could help.

Participant
Active
Production and manufacturing
2,5 år
Division: Division Materials and Industry

RISE, together with key European partners, is leading this strategic initiative to develop and test the concept under Lot 1 of the programme.

We are partnering with:

WSP (head partner)

Green Chemical Design

Green Rose Chemistry

Wyeside Consulting

Full details of the scope are work available at EC-GROW/2024/OP/0038.

Driving the case for change

The purpose of the potential new substitution centre(s) will be to support the identification and implementation of less hazardous chemical alternatives, to help meet existing obligations. Under lot 1 we will be performing the role of a prototype secretariat within the context of a substitution centre, which will guide and support the ‘pilot co-operation groups’, or groups that are being set up by lots 2 to 4 on a set of groups of chemical substances to drive substitution in specific applications. In this role, we will gain experience with setting up an effective and efficient framework, including relevant mechanisms and tools, that foster collaboration of the various actors that play a role in developing and implementing safer alternatives.

Lots 2 to 4 will form the ‘pilot co-operation groups’. The groups will be formed of stakeholders identified under these lots and will work on specific groups of substances to foster collaboration among stakeholders to identify technically and economically feasible alternatives in specific applications. Their work will include the development of an action road map and pledges that promote innovation and investments. Lot 1 will perform the role of a potential EU substitution centre that facilitates these efforts.

Overview of the project

The work comprises of several strands of work:

Study initiation: In this initial stage, we reviewed and refined the methodology and scope of work with the European Commission.

Data gathering: Information is being gathered on the current type and level of support available to stakeholders on chemical substitution in the EU and beyond. Stakeholders are also being asked for their views on the activities and structure of the possible future EU substitution centre(s). This information is being gathered via a survey (here), and via interviews with a selection of stakeholders (up to 40). By the end of the data gathering we aim to have an overview of existing institutions, initiatives, tools and stakeholders that play a role in the development and implementation of alternatives in the EU and beyond and how effective they are. This will enable us to target the role of the new EU (network of) substitution centre(s).

Development of options for an EU (network of) substitution centre(s): The information gathered from stakeholders in the previous step, and an assessment of needs, will form the basis for the development of options for how a possible new EU (network of) substitution centre(s) should be structured, and what activities it should undertake. The options will be assessed, refined, and screened. The most viable option(s) will be costed and, if necessary, further refined, before being discussed in a workshop (see below). The aim is to identify an effective and cost-efficient (network of) substitution centre(s), that is able to reach companies, particularly SMEs, and support them in their journey to chemical substitution.

Development of a framework of engagement: We are developing a framework of rules of engagement that can support sharing of information in a “safe space” and promote innovation and uptake of safer alternatives. The framework will be developed in consideration of GDPR, avoidance of anti-competitive practices, transparency and confidentiality. Lots 2 to 4 will build on this framework to implement the approach for their specific focus areas.

Workshop: The findings, including an assessment of options for an EU (network of) substitution centre(s) will be discussed with stakeholders in a workshop on 18 September 2025 at the European Commission’s premises in Brussels, Belgium. Based on data and feedback received, the options will be refined.

Prototype secretariat: A prototype secretariat will simulate the function of the secretariat of the proposed EU (network of) substitution centre(s). The secretariat will work with the groups established under lots 2 to 4, providing guidance in the form of technical support and advice to drive the identification, development and implementation of safer alternatives. The secretariat will also serve as a sounding board to ensure that the roadmaps being developed drive innovation and achieve substitution in practical terms.

Review: At the end of the prototype secretariat, lot 1 will develop a survey to identify what has worked well and what needs to be improved based on feedback from stakeholders in the pilot cooperation groups. The survey will be used in the evaluation – next step.

Evaluation: The information gathered in the previous step will be used to evaluate the study and the performance of the secretariat, rules of engagement and the cooperation groups. Based on the lessons learned and the feedback received we will refine the proposed EU (network of) substitution centre(s) and role of the secretariat to ensure they are fit for purpose. The data gathered throughout the project and the assessment will be summarised in a report and presentation.

Tonie Wickman

Rådgivare
+46 10 516 53 40 Read more about Tonie
Profile image

Contact Tonie

CAPTCHA

* Mandatory 

By submitting the form, RISE will process your personal data.

Nina Melander

Forskare
+46 10 516 52 16 Read more about Nina
Profile image

Contact Nina

CAPTCHA

* Mandatory 

By submitting the form, RISE will process your personal data.
3. Good health and well-being
8. Decent work and economic growth
9. Industry, innovation and infrastructure
12. Responsible consumption and production
17. Partnerships for the goals
EU substitution centres Workshop, Brussels, 18 September 2025, for attending online please see links at the right. Only invited participants (at place or online) will have the opportunity to interact, while attending the streaming is open to everyone.
Attach document:

Project end date: Chemical products and processes Sekundär områdes navigation:
Innovation management
Production and manufacturing
Health and life science
Chemical and biological analysis

Mutagenicity testing

Name of service (page headline, shown in promos – maximum of 70 characters incl. spaces): Mutagenicity testing Lead (include SEO-words and the main benefits for your target groups. Stick to one paragraph, maximum 2-3 sentences):

Certain chemical compounds are mutagenic; they can alter DNA and lead to severe diseases like cancer. When working with novel substances, it is essential to assess their mutagenic potential. At RISE, we offer a simplified bacterial reverse mutation test (Ames test), which is a cost-effective initial screening assay to detect mutagenic compounds.

Purpose/Benefit:

The purpose of the Ames test is to identify whether a substance has mutagenic potential, i.e. the ability to cause genetic changes. The test is used as a first step in the risk assessment of chemical compounds. By using specific bacterial strains, it is possible to quickly and cost-effectively detect the ability of substances to induce mutations.

Method (what/which methods are used to perform the service):

The bacterial reverse mutation test uses strains of Salmonella typhimurium and/or Escherichia coli to determine whether a compound is mutagenic. The strains carry specific point mutations that prevent them from synthetising an essential amino acid. As a result, they can only grow if that amino acid is present in the growth medium. The test detects reverse mutations that restore the bacteria’s ability to synthetise the amino acid. The revertant bacteria are detected by their ability to grow in medium lacking that amino acid.

At RISE, we offer a simplified version of the method described in the OECD Test Guideline No. 471 (Bacterial Reverse Mutation Test) of the OECD Guidelines for the Testing of Chemicals. This version uses two S. typhimurium strains: TA98, which carries a frameshift mutation, and TA100, which carries a base-pair substitution. Both mutations are in the histidine operon, making the strains unable to produce histidine.

The test involves exposing the strains to six concentrations of the test compound, both with and without a metabolic activator. The bacteria are then incubated in a histidine-free medium. A dose-dependent increase in the number of revertant colonies indicates that the compound is mutagenic under the test conditions.

Delivery (what does the client get after performed service – e.g. a report, certificate etc.):

Methods and results are presented in a written report.


 

Area:
Work environment
Batteries
Cement and concrete
Bioeconomy
Biorefinery
Construction
Circular transition
Design
Formulated products
Fossil free fuels
Packaging
Agriculture
Chemical processes and products
Chemical and biological analysis
Life Science
Food
Pharmaceuticals
Material transition
Medical devices
Plastics
Product safety
Risk and safety
Textile
Water
Contact person (Enter one name per field. Activated personal contact pages will appear automatically):
Francisco Salva Serra, Forskare
Louise Wogelred, Forsknings- och utvecklingsingenjör
Ames test
Field measurements: No Price type: 1 Division: Division Materials and Industry Preparation: No preparation required Certification and marking: Not applicable Type of service: Testing / Analysis / Evaluation Instrument: Not applicable General area: Not applicable Delivery level: Non-accredited
francisco.salva.serra@ri.se,louise.wogelred@ri.se
/en/node/9710
3. Good health and well-being
Purpose - Header: Aim Metod - Header: Method Delivery - Header: Deliveries More information - Header: Mer information
Request for quote
form
Chemical and biological analysis Sekundär områdes navigation:
Risk and security
Health and life science
Tjänstetyp tagg: Provning

AI-SAXS:Decoding Structural Complexity with Intelligent Scat. Analysis

AI-SAXS: Decoding Structural Complexity
AI Saxs_project RISE LSRI

The project combines advanced X-ray technology with machine learning to understand the internal structures of a material faster and more accurately. The aim is to develop new AI-driven methods for analyzing materials at the nanoscale. This will eventually enable better control and optimization of manufacturing processes.

Coordinator
Active
Material transition
3 years
6 173 170 SEK
Division: Division Materials and Industry
In the project, RISE is collaborating with the MAX IV national research laboratory in Lund. By combining MAX IV's advanced X-ray technology, such as Small-Angle X-ray Scattering (SAXS), with AI methods such as machine learning, large amounts of data can be analyzed more efficiently than before.

The research project AI-SAXS: intelligent analysis at the nano level aims to use artificial intelligence to interpret complex data from advanced X-ray analysis of materials at the nano and micro level in a faster and more accurate way. The project develops methods that will simplify and improve the understanding of the internal structures of materials, which in turn enables better control and optimization in manufacturing processes. The AI-based analysis is intended to be a powerful tool for many industries where material properties at the microscopic level are of great importance.

Complex dissemination data

In the project, RISE is collaborating with the MAX IV national research laboratory, AstraZeneca and Tetra Pak. By combining MAX IV's advanced X-ray technology, such as Small-Angle X-ray Scattering (SAXS), with AI methods such as machine learning, large amounts of data can be analyzed more efficiently than before. The SAXS method involves sending extremely bright X-rays towards the material, where they scatter in different ways depending on the material's internal structure. The scattering data collected is complex and extensive, making interpretation time-consuming and challenging for researchers. By training AI models on both synthetic and experimental data, the project can create algorithms that learn to recognize and interpret patterns in the scattering curves. This contributes to faster, more accurate analysis and reduces the need for manual estimation and model testing. At the same time, the project aims to develop general solutions that can be adapted to different materials and needs, increasing the potential for wider use in industry.

More efficient processes and more sustainable products

For companies such as AstraZeneca and Tetra Pak, this means improved understanding of how the nanostructures of materials affect product properties - for example, drug carriers or the behavior of packaging materials under different environmental conditions. This in turn provides better control over production and quality, which can lead to more efficient processes and more sustainable products. RISE contributes to the project with cutting-edge expertise in chemical analysis, materials science and AI, and leads the collaboration between industry and research environments. A postdoc from RISE is stationed at MAX IV to work closely with the partners and ensure a smooth transfer of knowledge and technology between research and industrial applications.

AI-SAXS is funded through Vinnova's Advanced Digitization program and runs from November 2023 to November 2026. The project is an example of how new technologies and interdisciplinary collaboration can pave the way for innovations that strengthen Swedish industry and research in materials science.

Profile image

Contact Jerk

CAPTCHA

* Mandatory 

By submitting the form, RISE will process your personal data.
Project end date: Chemical and biological analysis Sekundär områdes navigation:
Metrology
Artificial intelligence
Production and manufacturing
Food

Innovation in broth form paves the way for the food of the future

Boullion cube

An everyday food like bouillon can help improve public health in countries where many people lack access to a nutritious diet. This is the conclusion of a recent international research project that has developed a fortified bouillon cube – designed to deliver essential vitamins and minerals despite harsh storage conditions.

With a third of the world's population undernourished, new ways to deliver essential nutrients are needed. This was the starting point for the Bill & Melinda Gates Foundation's 2019 Bouillon Cube Fortification Project.

The aim: to reduce malnutrition in West Africa – a region where anaemia and stunting are major health problems.

The project has attracted attention beyond the scientific community – not least when Bill Gates appeared on CBS's The Late Show to sample one of the bouillon cubes developed by RISE and the Australian research organisation CSIRO.

"Bouillon is a good product to fortify because it is consumed daily by most people in the region. It is an inexpensive product that reaches even the poorest part of the population, and it is a very common ingredient in cooking," says Tim Nielsen, Project Manager at RISE.

Nutrient analysis during storage

In this project, RISE and CSIRO worked with several major international food companies to develop and test fortification solutions for broth powders. In this case, three vitamins (A, B9 and B12) and three minerals (iron, zinc and iodine) were added.

A particular challenge was storage. RISE tested whether the nutrients in the broth would be preserved during long-term storage in the harsh conditions of West Africa, with temperatures between 30 and 40 degrees and a relative humidity of 70 per cent.

"We carried out analyses of the different nutrients to ensure that they were not degraded. We also carried out colour measurements and sensory analysis of the taste, appearance and texture of the product," says Tim Nielsen.

He concludes that the project has produced very good results that can be used as a guide for both international and local broth producers to produce fortified products.

The world's population is growing, and finding cost-effective, climate-friendly and nutritious food for everyone is a growing challenge.

Benefits for other food development programmes

Henrik Bagewitz, Marketing Manager at RISE, believes that the project demonstrates the power of being able to apply current research results for practical benefit in innovation work.

"Expertise in product development, sensory science and nutrition can now be used as a basis for developing other types of functional foods.

"The insights and results can create value for more people. "We empower food companies and other stakeholders who want to develop food products with societal benefits and a clear purpose to improve people's lives. The world's population is growing and finding cost-effective, climate-friendly and nutritious food for everyone is a growing challenge," he says.

"The experience we have gained in fortifying food without compromising taste or shelf-life will be useful in many areas in the future – not only to help low-income countries," says Bagewitz.

Bouillon can provide valuable help

The 'hidden hunger' caused by micronutrient deficiencies disproportionately affects children and women.

Bouillon is an ideal product to fortify with vitamins and minerals because it is a food that is used in most West African kitchens, regardless of the family's economic status, education or location.

Fortifying broth can ensure that nutrients reach vulnerable populations who do not have access to a varied diet.

In Nigeria alone, fortified broth is estimated to prevent 16.6 million cases of anaemia and 11,000 deaths each year.

Henrik Bagewitz

Chef inom strategisk forskning och affärsutveckling
+46 70 952 89 23 Read more about Henrik
Profile image

Contact Henrik

CAPTCHA

* Mandatory 

By submitting the form, RISE will process your personal data.

Tim Nielsen

Forskare
Read more about Tim

Contact Tim

CAPTCHA

* Mandatory 

By submitting the form, RISE will process your personal data.
Food Sekundär områdes navigation:
Innovation management
Health and life science
Chemical and biological analysis

Certification of products in contact with drinking water according to the Drinking Water Directive (EU) 2020/2184

Name of service (page headline, shown in promos – maximum of 70 characters incl. spaces): Certification of products in contact with drinking water Lead (include SEO-words and the main benefits for your target groups. Stick to one paragraph, maximum 2-3 sentences):

With the new European Drinking Water Directive (DWD), we are moving from today's voluntary type approval to a harmonised and in practice mandatory system for the assessment of products in contact with drinking water. The new regulations entail stricter requirements and a common European methodology to ensure that products are safe to use.

Purpose/Benefit:

From 1 January 2027, the following will apply:

  • New products placed on the market must comply with the requirements of the DWD
  • Products without national approvals as of 31 December 2026 must be assessed under the new system in order to be sold within the EU

Products with existing national approvals are subject to transitional provision

Method (what/which methods are used to perform the service):

RISE is accredited according to ISO/IEC 17065 for product certification and can therefore provide independent assessments in accordance with the DWD. Our laboratory is established and accredited according to ISO/IEC 17025, enabling an efficient and integrated offering – from testing to certification.

Delivery (what does the client get after performed service – e.g. a report, certificate etc.):

The timeline for implementation is tight, making early preparation essential. Type approval (see related information below) is a good way to demonstrate fitness for intended use until the system is fully implemented.

  • It will be possible to obtain type approval until 31 December 2026. This can facilitate the transition to the DWD and provide additional time for adaptation
  • Products with valid national approvals may, according to the transitional provisions, continue to be sold until 2032
  • After the transition period, all products must comply with the requirements of the DWD
Area: Not applicable Contact person (Enter one name per field. Activated personal contact pages will appear automatically): Jenny Lundmark, Ingenjör
drinking water
Field measurements: No Price type: 2|Tjänstens pris (om tillämpat, t.ex prispaket, prislistor) Priceinformation:

On request

Division: Do not use - Division Built Environment Preparation: No preparation required Certification and marking: Product certification Type of service: Certification Instrument: Not applicable General area: Not applicable Delivery level: Not applicable
jenny.lundmark@ri.se,
/en/about-rise/operations/mission-governance/policy-documents/privacy-policy
More information:
Purpose - Header: Conformity assessment under the new Drinking Water Directive Metod - Header: RISE as an independent assessment body Delivery - Header: Important information for the transition More information - Header: Contact us to discuss your product and next step!
Request for quote
form
Water Sekundär områdes navigation:
Metrology
Health and life science
Chemical and biological analysis
Tjänstetyp tagg: Certifiering