Available research infrastrucutre

4D Imaging Lab: x-ray tomography (Zeiss XRM520) for 3D micro-structure analysis and in-situ testing to investigate processes in 3D and 4D (3D + Time) including in-situ devices for mechanical testing. Price includes contribution to running cost and user support. Based on single day experiments. Prices for longer experiments on a case-by-case basis. (compression and tension) adhesion testing application of vaccum or pressure humidity control freezing amongst others.

The infrastructure consists of three different pretreatment systems, two batch reactors (4 liter and 10 liter) and one continuous SuPR2G reactor from advance biosystems (http://www.advancebio-systems.com/advbio_prod2_research.html). All systems can be used in both acidic and alkaline conditions. The smaller reactor has the capability of indirect heating in addition to heating by direct steam injection. The characteristics of the biomass pretreatment is fast heating by direct injection of steam and fast cooldown which is achieved by a rapid decrease in pressure (Steam explosion). Typical operating conditions are between 180 degrees and 225 degrees (205 degrees in the continuous reactor). Lower temperatures can be handled. The equipment was originally developed for producing materials or sugar solutions within the ethanol research programme, but the operation has since expanded into a wider biorefinery research infrastructure. Additional analytical capabilities, biomass conditioning and downstream processing such as filtration and evaporation is also available.

The Biomass Technology Centre, BTC, is a research pilot plant for refining of solid biomass and industrial bio-based by-products. The infrastructure is designed for pre-processing, upgrading, handling, and storage of large quantities of biomass materials and biobased residual streams. The facility provides the ability to perform reliable and representative sampling from ton to grams of heterogeneous materials and to prepare specific assortments through mechanical fractioning, sieving, milling, briquetting, and pelletizing. Specific pilot scale technologies/equipment setups are: chipping (wood), shredding (bark, agricultural, waste fractions), plane drying (wood chips), cyclone drying (sludge, etc.), hammer milling (dry biomass), log milling (wet logs), density and size fractioning, briquetting, pelleting, bulk silos for discharge and flowability analysis, pellet combustion, and ovens for thermal treatment. Drying cabinets and sample preparation mills and sieves are also available. Two full-time research engineers are providing technical support in experimental planning and are enhancing the use of larger scale equipment. Cost per hour academia: Whole facility including staff: 1600 ; Operations requiring one technician as support: 800; Unit operations own work no staff: 213; Sample preparation costs by inquiry Cost per hour industry: Whole facility including staff: 3600; Operations requiring one technician as support: 1800; Unit operations own work no staff: 931

The carbohydrate analysis platform consists of several analysis techniques: Monosaccharide analysis (sulphuric/IC) Monosaccharide analysis (TFA/IC) Glycosidic linkage analysis (methylation + GC-MS) Oligosaccharide analysis (IC) LC-ESI-MS for oligosaccharide mass profiling Molar mass distributions (SEC in DMSO) Follow the link to find more information and prices.

As a Treesearch associate you also have access to the electron microscopy and sample preparation facilities at Umeå university. Follow the link to get more information. NanoSPAM is a national initiative to secure academic, industrial and public sector access to X-ray, electron microscopy and tomography techniques at the national research infrastructures MAX IV Laboratory and SciLifeLab. By establishing a network of regional hubs, at which the appropriate infrastructure and competence for sample preparation and preliminary characterization of samples is present, we aim to secure that the large investments in the two facilities in practice become truly national and are accessible to all sectors of research. The hubs includes facilities in Umeå, Göteborg, Lund, Stockholm and RISE

Has your packaging material the desired barrier function? We can help you test and optimize your product. Many products need some kind of protection. This could be packaging for food or pharmaceuticals, or some sort of protection around electronics and solar cells. The contents of the packaging determine the choice of protective monolayer or multilayer, and these layers are normally called barriers. At RISE, the quality of barriers is measured and verified using oxygen or water vapour ASTM-rated Mocon equipments. OTR (oxygen transmission rate) and WVTR (water vapour transmission rate) tests are performed in accordance with established industry accepted methods for both sample preparation and analysis. The MOCON instruments comply with the ASTM standards: F1927 – 07, F1249 – 13 and D3985 – 05. In the current state we have 5 Ox-Tran, 3 Permatran and 1 Aquatran. We can test at a defined temperature and humidity. OTR takes from 1 to 4 weeks. WVTR 1-2 weeks. The price is defined for a double or a single test and for a method with a given temperature and moisture content.

SAXS

SAXS / WAXS

En miljö för tryckt elektronik med brett utbud av utrustning t ex planscreentryck UV- IR- och varmluftstorkar torrfasmönstringsutrustning bläckstråleskrivare laminering och ett fullt utrustat analyslabb. Priser beroende på utrustning. 

As a Treesearch associate you also have access to the electron microscopy and sample preparation facilities at Umeå university. Follow the link to get more information. Umeå Core Facility for Electron Microscopy (UCEM) is a joint resource for research and higher education in electron microscopy techniques. Electron microscopy is used for structural and chemical characterization of materials at micro and nano-meter length scales. Medical and biological samples are prepared, imaged and analyzed in 3D. Also, structure biology projects are addressed by cryo electron microscopy.