On this page you can search for cleantech test and demonstration facilities in the region or use the filter to find facilities of your interest.
Municipality/ Umeå
BTC is a pilot plant designed for research, development, and innovation in refining solid biomass and industrial biobased by-products.
Municipality/ Umeå
Comminution of biobased raw materials and waste streams into chips, chops, or powder in quantities of kgs to tons.
Municipality/ Umeå
Drying of biobased raw materials and waste streams with several drying techniques in quantities from grams to tons.
Municipality/ Umeå
Characterization of arching tendencies in hoppers. Analysis of flow properties by standard shear testing.
Municipality/ Umeå
Fractioning and sorting of biobased raw materials and waste streams. Particle size-based fractioning from 100 g to 2 tons. Particle density fractioning from 100 kg to 2 tons. Preparation of unique assortments (species, tissues, feedstock fraction, etc.)
Municipality/ Umeå
Pelleting and briquetting of biobased raw materials and waste streams in quantities of grams to tons.
Municipality/ Umeå
Representative sampling and sample preparation of inhomogeneous biobased, recycled, and waste materials from tons to grams according to ISO 18135:2017. Characterization of ash and moisture content.
Municipality/ Umeå
Thermal treatment by slow pyrolysis and hydrothermal carbonization (HTC) in quantities of grams to kgs.
Municipality/ Örnsköldsvik
MoRe Research offers you, with our wide range of instruments, pilot equipments and researchers, the opportunities to develop existing or new processes and products towards an environmentally friendly world. Our focus areas are wood raw-material and pulp development for both biorefinery development, nanocellulose and cellulose derivatives of various kinds and more traditional applications like paper, packaging materials and hygiene paper.
Municipality/ Örnsköldsvik
This unique and flexible pilot digester laboratory has almost no limits as to the projects which can be carried out, be that pulp cooking or bio refinery studies. Simulations of sulphite and sulphate cooking can be carried out and the results can easily be transferred to the customers' processes.
Municipality/ Örnsköldsvik
MoRe Research has pilot equipment and analysis possibilities under one roof for the whole process chain, from wood raw material to spun viscose fibre. In the viscose pilot the suitability of various dissolving pulps, as well as pulp mixtures, for viscose production can be evaluated. Screening trials can be done to evaluate impact from different process parameters on different dissolving celluloses as well as testing suitability of a dissolving pulp for a certain viscose process.
Municipality/ Örnsköldsvik
On our XPM we can do trials with e.g. nanocellulose, fibre composition, beating degree, grammage or chemicals such as dyes, sizing or retention agents. It is perfect to do screening tests in order to find new environmental friendlier chemicals and paper products.
Municipality/ Örnsköldsvik
Crystalline nanocellulose has many interesting material characteristics and could be used as e.g. building materials, biocomposites, printed electronics and colour additives.
Municipality/ Örnsköldsvik
RISE's pilot scale bioreactors are used for enzymatic hydrolysis of lignocellulosic biomass and fermentation. The reactors have volumes of 50 and 600 litres and can be operated in batch, fed-batch or continuous mode. The bioreactors are designed for both aerobic and anaerobic processes.
Municipality/ Skellefteå
RISE is a merger of Innventia, SP, Swedish ICT and Swerea which have joined in RISE to become a stronger research and innovation partner for business and society.
Municipality/ Örnsköldsvik
RISE's pilot scale bioreactors are used for enzymatic hydrolysis of lignocellulosic biomass and fermentation. The reactors have volumes of 50 and 600 litres and can be operated in batch, fed-batch or continuous mode. The bioreactors are designed for both aerobic and anaerobic processes.
Municipality/ Örnsköldsvik
Municipality/ Örnsköldsvik
RISE's EX-class facility is also built for demonstration of continuous chemical processes with the capacity of 1 kg/h. The facility is flexible and can be adapted to your specific process in need of demonstration.
Municipality/ Örnsköldsvik
Hydrothermal carbonisation (HTC) is a technology aimed towards conversion of biomass at elevated temperature and pressure in the presence of water. The resulting product can e.g. be activated to obtain active coal. The HTC pilot system has a temperature and pressure capacity of up to 230 °C and 30 bar, respectively. HTC trials can be performed in continuous mode up to one m3 a day.
Municipality/ Örnsköldsvik
Hydrothermal liquefaction (HTL) is a technology aimed towards conversion of biomass into liquid components by processing under hot, pressurized aqueous conditions. RISE's pilot system aimed for liquefaction has a temperature and pressure capacity of up to 450 °C and 350 bar, respectively. The pilot simulates a continuous process and is equipped with a feeding chamber and a recovery vessel. This pilot can also be used for small scale HTC conversion.
Municipality/ Örnsköldsvik
The system contains two batch reactors, flow reactor, gas-liquid reactor, soxhlet reactor, heating system and a control system. The equipment is placed in a fire and explosion safe (ATEX) laboratory. A wide range of processes and products can be developed by combining the different reactors. All reactors can withstand high temperatures and high pressures.
Municipality/ Umeå
The Test House is a small place with vast possibilities. With the support of an innovation leader and innovation methodology, the Testhuset offers an opportunity to tackle challenges together, explore, learn, and test.
Note:
Visitors shall bear all costs related to the visit including flights, accommodation, all meals, translations etc.
International Business Developer
nina.rismalm@umea.se +46 70 256 82 84Umeå
International Business Developer
helena.nasstrom@ri.se +46 73 275 10 83Örnsköldsvik
