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Concrete Technology for Industry – A Course in Cement and Concrete

Aerial view of intersection with brain illustration – knowledge meets infrastructure, RISE course in cement and concrete technol

Do you want to reduce your CO₂ footprint, manage residual materials, or understand what new concrete and cement technology means for your business? RISE offers a course built around your challenges – with researchers who work on these questions daily, and the option to tailor the content to your specific needs.

Cement and Concrete – Knowledge That Opens New Possibilities

Many organizations encounter questions around cement and concrete without the technical foundation needed to act on them. This can involve material selection, procurement, product development, facility maintenance – or entirely new business opportunities that require an understanding of how these materials behave. Without the right knowledge, it's difficult to make well-founded decisions, set the right requirements for suppliers, or see the opportunities that actually exist. It costs – in money, in time, and in missed business opportunities.

For society, the stakes are even greater. Cement and concrete account for a significant share of global CO₂ emissions. Every organization that understands these materials better contributes to smarter resource use, less waste, and a faster transition toward sustainable construction – in line with Sweden's climate goals and the EU's requirements for a circular economy.

Ojas Arun Chaudhari

Projektledare
+46 70 313 68 03 Read more about Ojas Arun
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Lena Sultan

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ojas.arun.chaudhari@ri.se
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Division: Do not use - Division Built Environment

How the Course Is Delivered

The course is held at RISE's facility in Borås and delivered by active RISE researchers with specialist expertise in cement, concrete, sustainability, and standardization. Teaching combines lectures with group discussions and practical case studies drawn from real industrial challenges – allowing participants to directly connect the knowledge to their own operations.

A central and unique feature is the laboratory visit at RISE in Borås, where participants get a hands-on introduction to testing methods, materials, and the research infrastructure available for industrial collaboration. At RISE, everything is gathered under one roof – from fundamental materials science to advanced testing and industrial application.

The core course runs over two days and can be extended with tailored advanced modules – in areas such as sustainability, digitalization, testing, circular economy, and industry-specific applications – adapted to your organization's challenges, goals, and industry. The course can also be delivered on-site at your organization for customized programs or larger groups.

The course is delivered in English, enabling participation from international teams. For Swedish companies that need the course in Swedish, this is something we can discuss together.

 

Get in touch with us – and we'll tell you what a program tailored to your needs could look like.

 

What You'll Take Away From the Course

Each participant receives a written confirmation of participation from RISE, documenting attendance and completed course content – useful for internal competence records and in procurement or regulatory contexts.

All participants receive digital course materials – lecture presentations, technical summaries, and reference materials – designed to serve as a practical resource long after the course ends.

For the organization, RISE delivers a summary of the discussions and challenges raised during the course – concrete input for further decisions on competence development, material strategy, or research collaboration with RISE.

The course also opens a direct gateway to RISE's network of researchers and experts in cement, concrete, and related fields – for those who want to take things further after the course.

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Is this course relevant for us even if we don't work directly with concrete production?

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Is the course suitable for participants without prior knowledge of cement and concrete?

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Can we adapt the course content to our specific needs?

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How do we get started – and what happens when we contact you?

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Improved production methods for climate-improved concrete

Climate-smart concrete production

The project develops improved production methods for climate-enhanced concrete to reduce climate impact without compromising durability and technical performance. Through laboratory studies and validation in real projects, methods are developed that enable requirement-based and climate-smart infrastructure expansion, even in cold climates.

Coordinator
Active
Region Norrbotten Västra Götaland Region
3 years
4,553,000
Division: Do not use - Division Built Environment

How can the climate impact of concrete be reduced without compromising durability, safety and production efficiency? In this project, RISE develops and verifies improved production methods for climate concrete that enable sustainable and robust infrastructure even under demanding conditions.

The project is aimed at contractors, clients, concrete producers and material suppliers who want to introduce climate-smart production processes with high technical reliability. The focus is on how production processes – such as temperature, moisture, curing and choice of additives – affect durability and long-term function in real construction environments.

Together with industry players, we develop and test several concrete production methods, including:

  • Delayed form removal
  • heated molds
  • accelerating chemical additives
  • surface treatments adapted for winter and cold climates

By combining laboratory testing with field testing in a full-scale plant environment, verified methods and models are developed that link production conditions to critical durability properties such as corrosion resistance, carbonation, chloride penetration and frost resistance. This enables functional requirements and supports the implementation of the ERC concept, which provides greater flexibility in material selection and a lower climate footprint.

The project is carried out in close cooperation with current industrial partners in infrastructure construction, and the results are produced to be used directly in practical projects and procurements. For new customers, the project offers access to practical knowledge, verified methods and decision support that facilitate the introduction of climate-improved concrete in today's and tomorrow's infrastructure.

Keywords: low-carbon concrete, production processes, durability, functional requirements, infrastructure

Nishant Ambujakshan Nair

Forsknings- och utvecklingsingenjör
+46 10 516 68 23 Read more about Nishant Ambujakshan

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Lena Sultan

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PEAB Anläggning AB Swerock AB PERI Sverige AB Mapei AB
Funders without URL: Trafikverket Project end date: Concrete and cement Sekundär områdes navigation: Materials and durability

Concrete, Binders, natural stone - testing and investigation

Betong, Bindemedel, Natursten - Provning
concrete

We perform tests and investigations on concrete, binders, natural stone.
We have a broad and long experience in tests and investigations. Welcome to contact us!

Testing and investigation of concrete, binders and natural stone

When materials do not perform as intended, projects risk being delayed and costlier, with cracking, reinforcement corrosion and regulatory deviations as a result. Without independent testing and clear documentation, the risk of incorrect decisions and non-compliance with the Construction Products Regulation increases.

 

We perform tests and investigations on concrete, binders and natural stone – from the laboratory to the field.

RISE Materiallab is accredited for over 70 methods in concrete, binders, aggregates and natural stone. We conduct condition assessments of existing structures and analyze, among other things, thin-section grinding, surface grinding and μXRF to identify chloride ingress and reinforcement corrosion. At our three field test sites, concrete is exposed in a natural environment, with and without the influence of sea and road salt; samples that have been monitored for over thirty years provide decision-making data that connects lab tests with reality.

 

We carry out product audits on aggregates according to EN 12620, EN 13043 and EN 13139 as well as sampling, product audits and evaluations within binders according to EN 197-1 and EN 413-1 – against the Construction Products Regulation (CPR). RISE is a notified body within, among other things, cement, masonry cement and mortar, and also carries out monitoring within admixtures and concrete-related products.

 

Contact our experts for advice, a quote or booking a test - we will ensure that your materials meet both requirements and reality.

 

Lovise Sjöqvist

Enhetschef
+46 10 516 68 85 Read more about Lovise

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Thed Henriksson

TIC-ingenjör
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I vårt labb i Borås har vi möjlighet att utföra en rad olika provningar.

Vi utför ackrediterade och oackrediterade provningar.

 

Prenumerera på vårt nyhetsbrev här:

Prenumerera på nyhetsbrevet Hållbart byggande i betong och sten | RISE

Division: Do not use - Division Built Environment Concrete and cement Sekundär områdes navigation:
Materials and durability
Metrology
Infrastructure

Testing and inspection of concrete, binders, and natural stone

concrete testing

When materials do not perform as intended, projects risk delays and cost overruns, with consequences such as cracking, reinforcement corrosion, and deviations from applicable regulations. Often, problems are only noticed once damage has already occurred, resulting in significant financial consequences. With RISE experts and advanced laboratories, you get reliable results that meet both national and international standards.

Expertise and advanced analysis methods

At RISE, we combine research, solid experience, and advanced analysis methods to identify and prevent problems at an early stage. Our experts have extensive knowledge in the analysis of concrete, binders, and natural stone, and we work with methods such as petrographic analysis, micro-X-ray, and testing of shotcrete and surface protection products to ensure the quality and function of the materials.

Testing and auditing

RISE performs both accredited and non-accredited testing, and our laboratory is accredited for over 70 methods within concrete, binders, ballast, and natural stone. At our field test sites, concrete is exposed to natural environments, with and without the influence of sea and road salt.

RISE is a notified body for several areas within the Construction Products Regulation (CPR). The tests that manufacturers declare in their DoP and that the notified body reviews during audits are covered by the tests we can perform in our laboratory. This means that our auditors at the customer's premises have extensive knowledge and expertise, even when it comes to the tests themselves. We can assist with the entire chain from sampling and testing to auditing.

Why choose RISE as your partner?

With RISE, you get an independent partner that combines in-depth technical expertise with broad practical experience in the cement and concrete industry. We offer both comprehensive solutions and individual testing/analysis. We collaborate with construction companies, material manufacturers, and other players throughout Sweden.

Contact us

Please do not hesitate to contact us if you have any questions, need advice, would like a quote, or want to book a test. Our experts will help you choose the right tests and trials for your specific projects.

Lovise Sjöqvist

Enhetschef
+46 10 516 68 85 Read more about Lovise

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Please do not hesitate to contact us for advice, a quote or to book a test. Our experts will help you choose the right tests and trials for your specific projects.

Hantering av personuppgifter: /en/about-rise/operations/mission-governance/policy-documents/privacy-policy
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Division: Do not use - Division Built Environment Expertislänkar: Concrete, Binders, natural stone - testing and investigation Expertislänkar rubrik: Our expertise Concrete and cement Sekundär områdes navigation: Construction

“Like putting together a puzzle” – how we enable reuse right from the planning stage

three people standing over a table

Although reuse is often highlighted as an obvious part of sustainable construction, there are several challenges that affect how building components and materials can be utilized. The issue is not just about technology, regulations, or economics, but also about processes and cooperation between different actors. When the availability and dimensions of materials are not known in advance, it is necessary to build in room for different options already in the detailed planning stage—something that today's planning and building permit processes, which are adapted for new construction with standardized building products, have difficulty handling.

"The regulations we have today do not facilitate transformation and reuse, but neither do they hinder it. However, we need to look at how the processes are designed and how we work together to achieve the right quality levels instead of an exact picture of what we want to build. It's very much about cooperation and trust between municipalities, contractors, and developers. If all stakeholders know that quality can be ensured over time, it becomes easier to dare to experiment with reuse and innovative solutions," says Andreas Huss, project manager and architect at RISE.

Andreas Huss, project leader and architect at RISE

Detailed development plans often specify detailed requirements for building design and materials, which can limit the possibility of using reused building components with varying dimensions and properties. The building permit process can also make reuse more difficult, as the requirements for documentation, technical and aesthetic performance can be more difficult to meet for used materials than for new ones when applying for a permit. We simply do not know exactly what materials we will have access to until closer to the start of construction.

“We need to start thinking more flexibly about dimensions, materials, and solutions so that reuse can be integrated from the outset of the project and continuously throughout the process,” says Andreas Huss.

Demolition permits and demolition processes are another obstacle. Demolition is often carried out with a focus on efficiency, which reduces the possibility of selective dismantling and reuse, despite requirements for material inventory.
 

Working with reuse is like putting together a puzzle where the pieces are not always perfect. That is why it is crucial that we do not lock in the detailed plan at an early stage, but instead build in options so that we can choose and adapt according to the materials and dimensions that actually become available.

Petter Lodmark, architect at QPG Arkitektur
Anna Olá, property development manager at Förbo

When the detailed development plan becomes a tool for reuse

Within the Återhus innovation project, led by RISE, stakeholders have tested the reuse of heavy building components—in practice, “building houses from houses”—and thereby highlighted exactly which policies and processes affect the possibilities in detailed plans, building permits, and demolition permits. One of the demonstration projects within Återhus is located in central Lindome, where Förbo is developing an existing residential area with 344 apartments in need of renovation, accessibility adaptation, and densification.

“From an early stage, the focus was on preserving as much of the existing structure as possible. Sustainability is an overarching owner directive for us, but reuse in particular was developed more as a practical and ethically motivated necessity than as a formal requirement. Demolishing existing buildings is both sensitive and bad for the environment. We are both proud of and see it as a necessity to be involved in driving development forward to reduce the climate footprint of the construction sector, says Anna Olá, property development manager at Förbo.

In the end, a plan was agreed that would allow nine buildings to be demolished and replaced, but with a clear ambition to create flexibility for future stages.

“The planning horizon is so long, and a detailed plan that locks in the exact design 15–20 years ahead risks becoming wrong when the world and needs change. How can we find another way forward for more adaptable planning?” says Petter Lodmark, Architect at QPG Arkitektur, which is collaborating with Förbo on the Lindome project.  

We need to look at how the processes are designed and how we work together to achieve the right quality levels, rather than focusing on an exact picture of what we want to build. If all stakeholders know that quality can be ensured over time, it becomes easier to dare to experiment with reuse and innovative solutions.

Andreas Huss, projektledare och arkitekt på RISE
Petter Lodmark, architect at QPG Arkitektur

“Like putting together a puzzle”

From an architectural perspective, reuse changes the logic of planning. When you start looking at dismantling load-bearing parts, it becomes clear that the new house cannot be “designed as usual” and then filled with reused materials afterwards. Petter describes how the dimensions and direction of joists and elements affect the framework of the plan, and that the property limits must allow room to experiment with volumes and dimensions when you know exactly what you will get from the dismantling.

"Working with reuse is like putting together a puzzle where the pieces are not always perfect. That's why it's crucial that we don't lock in the detailed plan at an early stage, but build in options so that we can choose and adapt according to the materials and dimensions that actually become available. For us architects, reuse means lots of opportunities for new forms, which is incredibly exciting," says Petter Lodmark.

Anna Olá concludes:

"The biggest lesson we have learned and will take with us into future processes is to build in opportunities to choose, both in terms of design, economy, and technology, and to include this flexibility in the planning regulations so that we do not lock ourselves in.

What needs to change in the system?

To scale up reuse, a system change is needed where regulations and market models are developed together. The Återbrukslogik (Reuse Logic) project, led by RISE, addresses precisely this core issue: effective market models for reuse must interact with regulations, and municipal processes for demolition and building permits can be developed into tools that accelerate the transition.

"The project identifies two key levers: demolition permits, which, with standardization and digitization, can provide a better understanding of which building components and materials will be available and when, in what quantity and quality—making business and logistics easier. And building permits, which, with step-by-step decisions, an established quality level, and early “enabling notices,” can provide time to match materials from demolition with new construction projects," says Andreas Huss.

From ambition to implementation with the support of RISE

RISE helps you move from ambition to implementation—and create reuse that is legally, technically, and commercially viable. Within the Center for Quality Assured Reuse in the Construction Sector, construction companies gain access to expertise throughout the entire reuse chain: from inventory and resource mapping to testing, certification, requirements setting, and circular business development.

>> Center for Quality Assured Reuse in the Construction Sector | RISE

Katarina Malaga

Forskningsrådgivare
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Built environment Sekundär områdes navigation:
Concrete and cement
Wood technology
Construction
Architecture and planning

Micro X‑ray fluorescence (µXRF): chemical analysis and elemental spatial distribution

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

Micro X-Ray Fluorescence is an important tool for the characterisation of solid organic or inorganic materials: it gives crucial information, such as composition and element distribution.

Purpose/Benefit:

Micro X-Ray Fluorescence (µXRF) is the perfect tool for sample characterisation: the X-ray beam, focused to a spot of 20 µm in diameter, gives information about composition or elemental distribution.

The technology is of interest for many research areas, such as materials science (metals, cement and concrete, semiconductors, …), environmental science (sediment and soil, recycled materials, contamination analysis, …), electronics (printed circuit boards, chips.), surface treatments, geology and archaeology.

The chemical composition can be measured on a specific point of interest or over a wider area or lines. The composition of homogeneous material (in form of e.g. powders) can be measured quickly.

Elemental distribution analysis provides valuable insights into the spatial variation of elements of a sample. It allows, for example, to understand how a material’s composition changes in response to its environment. For instance, μ‑XRF mapping can visualise the distribution of substances across a concrete cross‑section, allowing us to track how these substances migrate over time. Such information is crucial for uncovering the underlying mechanisms that contribute to the degradation of concrete.

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

At RISE, we use the M4 Tornado from Bruker for high-resolution elemental analysis. The instrument accommodates large samples, accepting dimensions up to 150 × 200 mm, a maximum height of 120 mm, and a weight of up to 5 kg.

For elemental mapping, a flat and well-levelled surface provides the most accurate and reliable results. RISE can assist with the necessary sample preparation to ensure optimal data quality. Point analyses can be performed on a wide range of sample types, including solids, powders, soils, and irregularly shaped objects.

During analysis, samples are scanned under a light vacuum of 20 mBar. This reduced-pressure environment enhances the detection of lighter elements. However, elements with an atomic mass lower than sodium—such as carbon, nitrogen, and oxygen—remain undetectable by the M4 Tornado.

If a sample cannot withstand vacuum conditions, it is possible to perform the measurement in ambient air. In such cases, the analysis is still feasible, but the sensitivity and precision of the results will be reduced.

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

The client will receive a detailed report containing:

  • the sample’s handling,
  • the data treatment
  • the results
  • explanation of what the results mean
  • conclusions

 

The sample(s) can be sent back. 

Area:
Cement and concrete
Built environment
Contact person (Enter one name per field. Activated personal contact pages will appear automatically):
Gilles Plusquellec, Forskare
Natalia Ioanna Dedousi, Forsknings-och utvecklingsingenjör
µXRF - Elemental distribution of a concrete sample
Field measurements: No Price type: 1 Division: Do not use - Division Built Environment Preparation: Description of preparation Preparation information:

For elemental mapping, a flat and well-levelled surface provides the most accurate and reliable results. Epoxy impregnation can also be needed. RISE can assist with the necessary sample preparation to ensure optimal data quality.

Certification and marking: Not applicable Type of service: Testing / Analysis / Evaluation Instrument: Not applicable General area: Not applicable Delivery level: Not applicable
gilles.plusquellec@ri.se,natalia.ioanna.dedousi@ri.se
/en/node/9710
More information:

RISE can characterise a variety of different materials by µXRF. Contact our experts to discuss your needs and see how we can help you.

Purpose - Header: Chemical characterisation of materials Metod - Header: Method Delivery - Header: Delivery More information - Header: More information
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Bildtext: Elemental distribution: each colour indicate the presence of one chemical element Concrete and cement Sekundär områdes navigation:
Chemical and biological analysis
Construction
Tjänstetyp tagg: Provning

BET – measurement of the specific surface area of solid materials

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

BET / gas adsorption is a powerful analytical technique for determining the specific surface area of solid, porous materials.

Purpose/Benefit:

The measurement of the specific surface area of solid or porous materials gives important information on their physical structure. The area of a material’s surface determine how that solid will interact with its environment. Many properties, such as dissolution rates, retention of moisture, and reactivity, are often correlated to a material’s surface area. 

We at RISE use the BET Theory (Brunauer-Emmett-Teller theory) to measure the specific surface area. BET is one of the most widely used techniques in material characterisation. 

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

Before performing the measurement, contaminants already adsorbed by the material (water and carbon dioxide, for example) must be removed from the solid surface. During this pretreatment, the solid is typically heated under vacuum to remove any initially adsorbed contaminants (the temperature is adapted to the material to avoid any alterations of the material). If the material is too sensitive to vacuum a flow of inert gas can be used instead.

To determine the surface area, the solid is first cooled under vacuum to cryogenic temperature using liquid nitrogen. This is because most gases and solids interact weakly at usual temperatures. The temperature of the solid sample is kept constant while an adsorbing gas is dosed to the solid in controlled increments. After each dose, the pressure is allowed to equilibrate, and the quantity of gas adsorbed is determined. The quantity of gas adsorbed is plotted as a function of pressure.  From this plot, the quantity of gas required to form a monolayer over the external surface of the solid is determined. The surface area can be calculated from the quantity of gas required to form a monolayer, using the BET theory.

To ensure the validity of the results, we analyse in parallel a reference material with a known specific surface area.

We use a Nova 800 from Anton Paar.

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

The client will receive a detailed report containing:

  • the sample’s handling,
  • the raw data
  • the data treatment
  • the results
  • the explanation of what the results mean
  • conclusions

The sample(s) can be sent back.

Area:
Cement and concrete
Built environment
Surface technology
Contact person (Enter one name per field. Activated personal contact pages will appear automatically):
Gilles Plusquellec, Forskare
Yiru Yan, Forskare
BET - Nova 800
Field measurements: No Price type: 1 Division: Do not use - Division Built Environment 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
gilles.plusquellec@ri.se,yiru.yan@ri.se
/en/node/9710
More information:

RISE can measure the specific surface of your materials. Contact our experts to discuss your needs and see how we can help you.

Purpose - Header: Measurement of the specific surface area Metod - Header: Method Delivery - Header: Delivery More information - Header: Mer information
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Concrete and cement Sekundär områdes navigation: Materials and durability Tjänstetyp tagg: Provning

Services in concrete and cement

Submitted by MartinO-admin on

From standard development for reuse and CE marking certification to material development and life cycle analysis, RISE offers services that drive the transition to climate-neutral concrete. We help the industry reduce emissions and increase the reuse of existing structures.