 
            Kemian ja kestävän teknologian laitoksen laiteinfrastruktuuri
Kemian ja kestävän teknologian laitos tuottaa tilaustutkimusta yliopiston ulkopuolisille tahoille. Tilaustutkimus on luottamuksellista ja salassapidon alaista. Uusista tutkimusavauksista ja yhteistyöprojekteista tulee sopia kemian ja kestävän teknologian laitoksen vastuuprofessorien kanssa:
Materiaalikemia: prof. Mika Suvanto, prof. Jarkko J. Saarinen ja prof. Olli Sippula
Orgaaninen kemia: prof. Janne Jänis ja prof. Juha Rouvinen
Epäorgaaninen kemia: prof. Igor Koshevoy
Fysikaalinen kemia: prof. Mikko Linnolahti
Kestävät teknologiat: prof. Antti Haapala
Analyysipalveluihin liittyen ota yhteyttä
- massaspektrometria: prof. Janne Jänis
- muut laitteet: yli-insinööri Sari Suvanto
Laitoksemme henkilökunta suorittaa mittaukset tai sopimuksen mukaan kouluttaa laitteiden käyttöön. Hinnoittelumme noudattaa Itä-Suomen yliopiston virallista hinnastoa, joka tarkistetaan vuosittain.
Yhteistyö
- 
                                
                     Organometallisynteesi Organometallisynteesi
- 
                                
                     BIO-ORGAANINEN KEMIA 01.01.2010 - BIO-ORGAANINEN KEMIA 01.01.2010 -
- 
                                
                     Ympäristökatalyysin tutkimusryhmä 01.01.2005 - Ympäristökatalyysin tutkimusryhmä 01.01.2005 -
- 
                                
                     Molekyylimallituksen tutkimusryhmä 01.01.1984 - Molekyylimallituksen tutkimusryhmä 01.01.1984 -
- 
                                
                     Funktionaaliset pinnat Funktionaaliset pinnat
- 
                                
                     Kestävät teknologiat 01.09.2023 - Kestävät teknologiat 01.09.2023 -
- 
                                
                     Puumateriaalitiede Puumateriaalitiede
Tutkimuslaitteet
Tutkimuslaitteet on ryhmitelty kokonaisuuksiksi. Plus-merkistä painamalla saat näkyviin listan laitteista, jotka kuuluvat kuhunkin kokonaisuuteen.
- 
                            
                            solariX, 12T FT-ICR MS, Bruker 
 analyzation of chemical structure and composition of materialstimsTOF, ion mobility mass spectrometer, Bruker 
 identification and quantification of proteinsQ exactive UHMR mass spectrometer, Thermo Scientific 
 investigation of structure and heterogeneity of protein complexes, mass resolution at high m/z
- 
                            
                            JNM-ECZ500, 500MHz NMR spectrometer, JEOL 
 characterization of chemical structure of materialFLS1000, Fotoluminescence spectrometer, Edinburgh Instruments 
 steady state and time-resolved photoluminescence spectroscopy; spectral and lifetime measurementsVertex 70, FTIR analyzer, Bruker 
 characterization of chemical structure of materialsDX-4000, FTIR gas analyzer, Gasmet 
 measures multiple gases simultaneouslyInVia Reflex, Raman spectrometer, Renishaw 
 characterization of chemical structure of materialsLambda 900, UV/Vis/NIR spectrometer, Perkin Elmer 
 characterization of chemical structure of materials, and measurements of colour, transmission, and reflection properties
- 
                            
                            S-4800, FE-SEM, Hitachi with Noran System Six, EDS detector, Thermo Electron 
 examination of structure of materials in nanometer scale and measurement of elemental compositionSZX12 Optical Microscope, Olympus with DFC300, camera, Leica 
 structure of protein crystalsBX51, Optical Microscope, Olympus with U-TV1X-2, camera 
 structure of materials
- 
                            
                            XtaLAB Synergy S, X-ray diffractomer, Rigaku 
 crystalline structure of single crystalsSuperNova, X-ray diffractomer, Rigaku 
 crystalline structure of single crystals
- 
                            
                            TGA 2, Thermotravimetric Analyzer, Mettler Toledo 
 measurement of quantitative information on the composition and thermal stability of different types of materialsDSC821e ja DSC823e, Differential Scanning Calorimeters, Mettler Toledo 
 measurement of enthalpy change involved in chemical and physical transition of materials, and study of glass transition and melting temperatures of polymersTMA/STDA841e, Thermomechanical Analyzer, Mettler Toledo 
 measurement of thermal expansion of materials
- 
                            
                            CTC256, environmental test chambers, Memmert 
 test chamber for climate and temperature testsHPP400, constant climate chamber, Memmert 
 test chamber for climate and temperature testsValmet FS5 UHD, fiber image analyzer, VALMET 
 analyze the sample’s fiber dimensions (length and width), fiber quantity, fine particle content, length mass, fiber curl, and several other values related to the morphology of fibers and finePanda Plus 2000, homogenizer, GEA 
 for the treatment of nanoparticles, nanodispersions and nanoemulsionsSD-06, laboratory scale spray dryer, LabPlant 
 spray drying is used to dry liquid (solution, emulsion or suspension) materials when it is desired to form or dry particles
- 
                            
                            BELSORP MAX X model 334, high precision volumetric gas/vapor adsorption measurement instrument, Microtrac MRB 
 specific surface area, pore size distribution; micro, meso and macropore analysisBELCATII VP and BELMASS II, fully automated catalyst analyzer, Microtrac MRB 
 TPD, TPR, TPO, pulse chemisorption, BET single point, Breakthrough curve, Q-mass spectrometer for multi component gas analysisvario MICRO cube, Gas Chromatography Elemental Microanalysator, Elementar 
 quantitative anlysis of nitrogen, sulphur, hydrogen and carbonZ010/TH2A, Materials testing machine, Zwick 
 tensile and flexural testing of materialsTribometer, CSM Instruments 
 friction and wear properties of materials
- 
                            
                            Dipcoater, single vessel, KSV NIMA 
 coating of materials with solutionsHeto PowerDry LL1500, Freeze Dryer, Thermo Scientific 
 small scale freeze dryingLaboPol-5 with LaboForce-3, Grinding and polishing machine, Struers 
 polishing and grinding of flat surfacesVCX750, Ultra Sonic Processor, Sonics 
 high intensity ultrasonic liquid processor, sample preparation, dispersion, homogenization and degassingMiniLabII, Micro Compounder, Haake 
 compounding and extruding of small amounts of materialsMiniJet, Injection Molding system, Haake 
 injection molding in laboratory scale and preparation of test specimenZM200, Ultra Centrifugal Mill with DR100, Vibratory Feeder, Retsch 
 fine grinding of plastics and other solid particlesCo WS-400A-6NPP/LITE/10K, Spin Coater, Laurel Technologies 
 coating of materials with solutions208HR, High Resolution Sputter Coater, Cressington 
 coating of materials with thin metal layers for SEM measurementsRM 2165, Rotary Microtome, Leica 
 producing thin sections of specimenXL-1000, Spectrolinker, Spectonics 
 UV curing and drying of adhesives and coatings
- 
                            
                            ÄKTA pure 25, Cytiva 
 liqued chromatograph system for purification of proteinsImpax-6, Crystallization Robot, Douglas Instruments 
 robot for protein crystallizationDynaPro99, Temperature Controlled Microsampler 
 DynaPro99, Protein Solutions Light Scattering Machine, Wyatt
- 
                            
                            PowerEdge C6420, Dell (1240 cores) 
 molecular modellingPowerEdge C6320, Dell (768 cores) 
 molecular modellingProLiant SL390s G7, HP (768 cores) 
 molecular modelling