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Sixten Dahlbom

Projektledare

Tel

+46 10 516 55 50

Email

sixten.dahlbom@ri.se

Location

Borås

ORCID

0000-0001-9432-0264

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Publications

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NAVHYS – Liquid hydrogen for maritime transport

NAVHYS is a European collaborative project that develops a system for utilising liquid hydrogen (LH₂) as a fuel in service vessels at sea. The aim is to enable completely emission-free operations at sea, thereby contributing to cl…

Säker storskalig vätgasbunkring - test och validering

RISE is now carrying out a project together with KTH, Uppsala University and RISE Fire Research AS to validate a new hydrogen tank for large-scale hydrogen bunkering adapted to maritime applications and the future needs of shippin…

Risks in fuel storage - New Guidelines for solid biofuels and waste.

Every year, accidents occur in the form of fires and explosions when handling solid biofuels and waste. New regulations and standards describe methods for risk identification and risk minimization. RISE therefore invites to a webi…

Support for cleaning PFAS-contaminated firefighting equipment

When transitioning to PFAS-free extinguishing agents, there is a risk that the new, fluorine-free extinguishing agent becomes contaminated due to PFAS remaining in the system. It is therefore important to clean the system before r…

Wire basket tests to prevent self-heating

A common fire cause during storage of porous organic materials is autoignition. The reason is self-heating, which is triggered by microbial activity, chemical oxidation or physical processes from moisture migration. The most comm…

Isothermal calorimetry - Microcalorimetry

Isothermal calorimetry, also known as microcalorimetry can be used to study endothermic or exothermic processes. The instrument measures thermal power from a sample and is especially sutiable for slow reactions e.g., curing or sel…

Firefighting foam

Since the mid-1970s, RISE has worked in various ways with firefighting foam, something that has built us a broad competence in the field. In particular, the use, testing, evaluation and modelling of foam propagation can be highlig…

Consulting Services for PFAS-Free Polyme

The EU is planning extensive restrictions on PFAS due to their associated health risks, which will affect the use of fluorinated polymers in industries such as electronics, and automotive. To support your transition away from PFAS…

Industrial safety - industry protection

Industrial safety involves protection against industry-related risks. It covers areas such as storage, fire protection of tanks, storage of self-heating materials, sprinklers, dust explosions and more. With RISE expertise, we help…

Risk management

Based on international standards (ISO 31000 and others) on risk management, risks in a number of different applications such as cyber, fire, food, construction, safety and security can be apreciated and managed. Key concepts …

Evaluation of PFAS remediation technique

PFAS in soil and water is a major problem in Sweden and internationally. PFAS may spread to people via the environment causing negative health effects. There are many different purification techniques to remove PFAS from the envir…

Fire safety and risk management for ship

RISE has extensive experience of working with fire, risk and safety for ships and crews. Our researchers, engineers and project managers are engaged in a variety of national and international projects.

Substitution of PFAS

At RISE, testing, evaluation, research, verification and validation are ongoing to enable the substitution of hazardous chemicals in products, goods and processes into less hazardous alternatives. This page describes how we may he…

Self-heating

Perhaps the most common cause of fires in large bulk storage is self-heating leading to spontaneous ignition. Self-heating is partly due to microbial activity, chemical oxidation and physical processes and can lead to spontaneous …

Fuel Storage Safety

Our research platform for safe storage of fuels has a combined expertise in fire, risk and safety. This mainly covers solid biomass and waste, but also liquid and gaseous fuels.

Microcalorimetry

The microcalorimeter can be used to study heat released or consumed by any slow reaction under constant conditions. The method can after only hours or days detect degradation of a material, something that other…

Publications

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