Technology infrastructures for development, testing and demonstration

A drop tube furnace, DTF, is a type of reactor in which the feedstock is introduced at the top of a ceramic tube placed inside an electrically preheated furnace and then allowed to fall toward the bottom. The drop tube furnace operates at atmosperic pressure and can be fed with both powders and liquids.

RISE delivers complete SiC semiconductor solutions for power, detector, and sensor innovations. From epitaxial wafers to device design, prototyping, characterization, and pilot production, we help you to bring advanced and high performance SiC devices to applications and markets faster and with lower risk.

SEEL Swedish Electric Transport Laboratory in Nykvarn offers advanced testing and development capabilities for energy storage systems, batteries, and high‑performance electric drivelines for heavy vehicles. Here, industry, the public sector, and research actors receive support to develop, verify and accelerate their electrification journey.

SEEL Swedish Electric Transport Laboratory in Säve, Gothenburg, offers advanced testing and development capabilities for batteries, electric drivetrains and complete electric vehicles. Here, companies, public-sector organisations and research partners receive support to develop, verify and accelerate their electrification journey.

Infrastructure for producing nanocellulose from different types of pulp at a capacity up to 100 kg per day.

The testbed for the circular wood value chain in Skellefteå is a creative environment for research and development. Here, you can test, verify, and further develop materials, components, and building systems – from idea to reuse – in collaboration with experts and industry.

Internationally competetive drying that includes conventional drying technology, combination technology such as microwave-assisted air drying, drying with infrared technology, etc. Drying of e.g. grains and other food raw materials, food products, etc.

We perform electrical characterization and ruggedness and robustness tests on power electronics devices, packaged components, and modules.

Growing environmental concerns around plastic pollution, climate change, and the increasing demand for renewable materials have heightened the need for research and development in the field of molded fiber products. The ability to form 3D shaped products from biobased fibers provide a promising avenue for recyclable and/or biodegradable solutions.

The largest independent barrier laboratory in the Nordic region's that offers services to companies and academia.

The testbed offers the development of materials for concrete 3D printing (both one- and two-component), design, prototyping and validation in connection with other testbeds at RISE. The robot arm on a track enables the printing of objects with unique maximum dimensions of 9.5x3x3 meters.

Flexible stock preparation infrastructure for cellulose fibres, an important step in paper production.

The separation of cellulose from forests, agriculture and the sea constitutes a fundamental aspect of biorefinery and sustainable production. The Earth's circular and renewable raw materials are in demand and should be sufficient for a considerable amount, and this demand is increasing.

Deplide is a demonstration platform for ecosystem innovation in transport chains. By collecting, aggregating and analyzing data from many different data sources in the transport system, Deplide allows us to demonstrate and evaluate existing and future digital innovations, concepts and services.

The high-pressure platform enables conversion of various renewable feedstock into both green fuels and bio-based chemicals. The facility has batch and flow reactors that can handle various types of feed at small and medium scales. RISE also offers extensive expertise in the analysis and characterisation of biofuels and biochemicals.

The RISE carbon capture pilot is a transportable facility that can be used to evaluate continuous carbon capture of flue gases from existing industrial plants.