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In-situ Scanning electron microscope

In-situ SEM
In-situ SEM

In‑situ SEM enables real-time studies of microstructural changes under controlled reactive enviroments. The technique is unique and makes it possible to follow, for exaple, the combustion and ash formation och a carbon-based materal, or the sintering of a lime-based material.

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Region Norrbotten

Therese Vikström

Forsknings-och utvecklingsingenjör
+46 10 516 62 01 Read more about Therese
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Division: Division Bioeconomy

At RISE in Piteå, there is a Apreo 2S Hi-Vac SEM (Scanning Electron Microscope) from Thermo Fisher. To optimize the analysis of different types of samples, the instrument is equipped with several detectors:

  • ETD – Everhart-Thornley Detector.
  • T1, T2 och T3 - In-lens trinity detectors.
  • CBS/ABS – BSE-detector
  • STEM – Scanning Transmission Electron Microscopy
  • EDS – Energy Dispersive X-ray Spectroscopy for elemental analysis

In addition to these detectors, the instrument is equipped with:

  • µHeater - Enables studies of a sample during heating up to 1200 °C, with extremely fast heating rates up to 10 000 °C/s
  • µReactor – In addition to the heat function, a sample can simultaneously be studied in a specific gas atmosphere, such as nitrogen, oxegen, hydrogen, carbon dioxide etc.

References from previous work:

Calcination of CaCO3 and the subsequent sintering/densification of CaO directly visualized with in-situ SEM

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Biorefinery
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Biobased circular processes

EU ETS 2 – how fuel suppliers are affected by the new rules

Industrial silhouette with chimney and emissions against yellow and pink sky

Do you sell or supply fuels for transport or for heating buildings? If so, you are affected by the EU's new emissions trading system. Christer Nilsson, audit manager at RISE, will tell you everything you need to know about ETS 2.

Do you need help verifying emissions reports?

RISE is an accredited and independent body that verifies emissions reports within the EU ETS. Contact us by filling out the form.

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What does the new ETS 2 involve?

From 2027, the EU’s new Emissions Trading Scheme will introduce new reporting, verification and cost liability requirements for carbon dioxide emissions. Unlike previous schemes, ETS 2 will focus on upstream activities rather than end users directly.

To understand how the system might affect your business, we need to go back to 2005, when emissions trading was first introduced. This was when the EU ETS (Emissions Trading Scheme) came into force. Initially, it only covered industries and energy companies. Christer Nilsson, an audit manager at RISE, explains how it worked: 

– Put simply, an emissions allowance entitles you to emit one tonne of carbon dioxide. Under the previous system, companies were allocated free emissions allowances based on their historical emissions. If they did not need to use all their allowances, they could sell the surplus. In the years before the scheme was amended, a great deal of money was circulating within the system.

Lower emissions = lower costs

EU ETS 2 represents a significant expansion of the directive. ETS 2 covers carbon dioxide emissions from road transport, commercial and public buildings, agriculture, forestry, and shipping. Together, these sectors account for 60 per cent of the EU’s total emissions. Under ETS 2, companies that supply these sectors with fuel, such as importers, suppliers and distributors, will be responsible for compliance.

ETS 2 does not offer any free allowances. When an operator sells more biofuels, blends more renewable fuel into fossil fuels or switches to electricity or hydrogen, emissions are reduced. Consequently, they need to purchase fewer emission allowances and their costs fall. This creates a reverse economic incentive, whereby companies with a cleaner product mix enjoy better profit margins than those which continue to emit carbon dioxide and must therefore purchase allowances, which will also become more expensive.

– Producers and suppliers of fuels will be required to keep track of their volumes and flows. Most of them probably already do this, but now the results must be reported in annual emissions reports and reviewed by an independent, accredited party, says Christer Nilsson.

Results must be reported in annual emissions reports and reviewed by an independent, accredited party.

How should emissions be reported correctly?

Anyone covered by EU ETS 2 must set up a monitoring plan. This plan acts as a guide for those carrying out checks. Before it can be used, the monitoring plan must be approved by the Swedish Environmental Protection Agency. The plan describes the fuels that the company will sell, how volumes will be measured and documented, and the amount of carbon dioxide that will be emitted per unit of fuel.

Every year, companies must enter their data into the Reporting Tool, an EU system. The figures in the Reporting Tool then form the basis of the report that we review. 'For many companies, getting to grips with this will be quite a journey,' says Christer Nilsson.

Put simply: Emission allowances must be purchased, and a monitoring plan must be drawn up and approved by the Swedish Environmental Protection Agency. Figures must also be entered into a digital system. Finally, an independent, accredited party must review the emissions report generated by the system.

RISE is a Swedish-accredited verifier that reviews and verifies emission reports for both ETS 1 and ETS 2. Once a report has been approved by RISE, the approval is entered into the Union Registry, which is a database for emission allowances.

What are the consequences of not meeting the requirements?

Anyone covered by ETS 2 who does not comply with the rules will face sanctions and will be banned from purchasing new emission allowances. In practice, this will result in the shutdown of operations. Christer Nilsson therefore recommends that affected companies make use of the information and training materials provided by the relevant Swedish authorities, such as the Swedish Environmental Protection Agency and the Swedish Energy Agency.

I think we can expect to continue learning how to understand and handle the rules over the next one, two or three years.

About ETS 2:

ETS 2 is the EU's new Emissions Trading Scheme. It is being introduced to reduce carbon dioxide emissions from sources such as road transport and buildings.

Decided: 2023

Start: 2027

Purpose: Lower emissions and accelerate the climate transition in more sectors.

Unlike the current EU ETS 1, ETS 2 does not directly cover industrial companies; rather, it covers fuel suppliers, who are expected to pass on the cost to industrial companies. This revenue will partly finance the EU's Social Climate Fund, supporting households and small businesses during the transition.

The EU ETS 2 scheme is a key part of the EU's 'Fit for 55' package, which aims to reduce emissions by at least 55 per cent by 2030 compared to 1990 levels.

Christer Nilsson

Revisor
+46 10 516 63 43 Read more about Christer
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Biobased circular processes

Expertise in biorefinery

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RISE brings together expertise in batch and continuous processes, catalysis, thermochemical upgrading and electrochemical methods. Our specialists combine process knowledge with techno-economic analysis to develop sustainable and competitive biorefinery solutions.

Services in biorefinery

Submitted by IdaB-admin on

From process development and techno-economic analysis to upscaling and green chemistry, RISE offers services that help you develop biorefinery solutions from innovation to commercial production. We support you in using every biomolecule efficiently without your own infrastructure.

Solutions in biorefinery

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RISE offers packaged solutions for companies that want to develop biorefineries. Whether you need to optimise processes, scale up production or evaluate profitability, here you will find the right support to reach the market without making large investments of your own.

Projects in biorefinery

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Through research and development projects, RISE is driving the development of biorefineries forward. From catalytic processes and thermochemical upgrading to electrochemical methods – solutions are being created here that enable the efficient utilisation of biomass in a fossil-free society.

Scaling up biorefinery processes – from lab to market

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Biorefinery
man in lab

The transition to a fossil-free society requires that every biomolecule be used as efficiently as possible. At the same time, businesses today face major challenges: costly upscaling, complicated processes and the difficulty of commercialising new bio-based products. For small and medium-sized enterprises, investing in their own infrastructure and expertise can involve significant financial risks and be highly complex.

RISE helps you develop and verify new biorefinery solutions throughout the entire chain – from innovation to commercial production. We provide support with test and pilot facilities where you can scale up processes under industrial conditions without having to build your own infrastructure. Through techno-economic analyses, process simulation and green chemistry, we work together to develop sustainable processes that give you a competitive edge in the market.

Johanna Mossberg

Avdelningschef
+46 10 516 65 70 Read more about Johanna

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Biobased circular processes

Bioeconomy Arena

Bioeconomy Arena brings together RISE infrastructure and capabilities for the development, upscaling and commercialisation of new bio-based products and solutions.
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Expertise in biorefinery
RISE brings together expertise in batch and continuous processes, catalysis, thermochemical upgrading and electrochemical methods. Our specialists combine process knowledge with techno-economic analysis to develop sustainable and competitive biorefinery solutions.
Articles on biorefinery
Fossil-free fuels / Article

Improving efficiency will make the forest's resources last longer

The transition to fossil-free makes biomass an extremely sought-after raw material, not least in Sweden. But in order for the forest's renewable carbon atoms to go further, more efficient processes are needed in the forest industry, as well as smarter use of residual forestry products. And better p…
Article

Bioeconomy Arena will make Sweden a world leader in bioeconomy

In June 2022, the first sod was cut for what will become a new pilot hall in Örnsköldsvik for future biorefinery facilities. The hall will be a centre for RISE's biorefinery activities. At LignoCity in Bäckhammar outside Kristinehamn, a plant is being built for the production of odourless lignin. N…
Biobased materials / Article

More value from our bio-based raw materials

Bio-based raw materials have tremendous potential in replacing fossil-based products. The problem is that with just one planet, the collected bio-based raw materials are not enough. Johanna Mossberg, head of the biorefinery and energy unit at RISE, explains how smarter, more efficient use can give …
Biobased circular processes / Article

"We have a shared responsibility to drive the transition to green chemicals"

The plastics in our children's toys, the synthetic fibres in our clothes and the ingredients in the salve we use to lubricate our hands. The common denominator? The products contain chemicals of fossil origin that need to be phased out. Green chemicals is the key.

Why RISE

01

Scaling up and testing

– from lab to demo scale in flexible facilities such as Bioeconomy Arena, where you share costs and infrastructure with other innovators.
02

Process development and optimisation

– expertise in batch and continuous processes, catalysis, thermochemical upgrading and electrochemical methods.
03

Techno-economic analysis and simulation

– virtual test beds and Aspen Plus models that evaluate biorefinery concepts at an early stage and provide a clear picture of the technology's potential, costs and profitability.
04

Green chemistry and sustainability

– development of environmentally friendly processes with renewable raw materials, reduced energy consumption and safe upscaling.
05

Collaboration and commercialisation

– access to clusters such as the Processum Biorefinery Cluster and support to bridge the ‘valley of death’ to the market.

Chemical products and processes

Chemicals are essential for a functioning society, but the choice of substances and processes determines their impact on the environment and health. …

Circular transition

New EU directives and changing customer demands are prompting companies to adopt circular business models, but this transition is complex. Challenges…

Climate adaptation

Torrential rain flooding basements, heat waves creating unhealthy indoor environments, rising sea levels threatening coastal properties – extreme wea…

Chemical and biological analysis

What substances are actually contained in your products? Do you comply with current regulations? As regulations on hazardous substances tighten and c…

Health and life science

The ability of healthcare to cope with an ageing population, increasing chronic diseases and threats such as antibiotic resistance and pandemics will…
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Networks in biorefinery

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Through clusters such as the Processum Biorefinery Cluster, companies, researchers and financiers collaborate on biorefinery solutions. RISE creates meeting places that help you bridge the "valley of death" and drive the commercialisation of bio-based products forward.