SPECIALISED SCIENTIFIC INFRASTRUCTURE FOR CARRYING OUT R&D PROJECTS
With the aim of completing the specialised scientific infrastructure of ITC-AICE for carrying out R&D projects, the following equipment has been acquired in 2021:
Funding entity: Instituto Valenciano de Competitividad Empresarial (IVACE)
Hypo-carbon pilot plant (construction and architecture)
Electromagnetic induction frit melting furnace
Cometrue ceramic desktop 3d printer (220v) m10
Cutting machine secotom-20 v3
Cutting tunnel with suction fan
ecotech no / no2 analyser
Large format sla printer set 1pc
Portable flue gas analyser
Sample concentrator stuart
2 precision balances mettler ml-t series ml6002t mod. ml6002t
Fast mill 0,3 - 1 400 v three-phase
Fast mill three-phase fast mill gt0547
Meeting room equipment UJI headquarters
Frewall in high availability
34 laptops dell xps 9500
2 Microsoft surface pro7 12.3″ core
Vdi 100 users
File server ITC a sharepoint online
Cloud to cloud backup 100 users 36 months
47 phones xiaomi mi10t lite 6.67p/5g/8n/6+128gb/g
50 keyboard, mouse and case
Xiaomi Redmi note 10pro
50 dell wd19 docking station
34 monitors dell 24 p2419h-60,5cm (23,8″) black
Meeting room equipment UJI headquarters
- X-ray fluorescence (XRF) spectrometer *
- Inductively coupled plasma optical emission spectrometer (ICP-OES) **
- Atomic absorption spectrophotometer *
- Ultraviolet visible spectrophotometer
- Total Carbon and Sulphur elemental analyser
- Carbon and Water elemental analyser
- Nitrogen elemental analyser
- Thermogravimetric analyser (TGA)
- Simultaneous thermogravimetric analyser (SDTA) **
- Elemental analyser of S, C, H, and N in fuels **
- Ion chromatograph coupled to a kiln
- X-ray diffraction and hot-stage diffraction camera **
- Nano-indentation tester**
- Roughness tester **
- Scratch tester **
- Particle size distribution by sedimentation, by wet and dry laser analysis, Zsizer **
- Determination of specific surface area, BET method **
- Mercury porosimeter **
- Dilatometers **
- Differential thermal analysis; DTA, DSC
- Fourier transform infrared spectrometer. FTIR **
- Gas analysis system by infrared and mass spectrometry coupled to a (high temperature) TG-DSC instrument
- Hot stage microscope **
- Tribometer
- Optical profiler
- Scanning electron microscopes **
- Optical microscopes
- X-ray photoelectron spectroscopy (XPS) **
- Equipment for high-temperature measurement of elastic properties *
- Accelerated aging chamber *
- Laboratory-scale membrane filtration equipment *
- Injection moulding equipment
- Colorimeter *
- Tensiometer
- Densimeter
- Bohlin viscometer **
- Zeta meter for concentrated suspensions *
- Microwave scan
- Ultrasonic suspension applicator *
- Gonio-spectrophotometer **
- Instron universal testing machines **
- Laboratory double charge press
- Plasticimeter-fleximeter **
- Carbolite fritting furnaces **
- Microwave kiln **
- Tape casting equipment
- Plasma spraying equipment **
- Discontinuous combustion gas analyser (O2, CO2, SO2, NOx)
- Continuous laser HF analyser
- Continuous measurement system by dilution of gaseous pollutants (SO2, HCL, CO, CO2, NO, NO2, NOx)
- Isokinetic samplers: Adapted for measuring particles and acid pollutants. **
- Cascade impactor and cyclone: For studying emitted particle size (mainly PM10 and PM2.5)
- Weather station and sound level meter for noise mapping
- Gravimetric meters for mapping diffuse particle emissions
- Total organic carbon analyser in gas emissions *
- Three-coordinate meter
- Frost chambers
- Autoclave
- Thermal shock equipment for bathtubs
- Ramp slip tester
- Pendulum slip tester (TBC)
- Equipment for measuring functional characteristics of WC pans
- Spray dryer **
- (Dry) ultrafine milling. Grinding mill with pressurised air jets **
- (Wet) ultrafine milling. Bead grinding mill
- Pendulum mill **
- Controlled atmosphere dryer **
- Granulating crushers **
- Glazing line **
- Semi-industrial polisher **
- 120-t hydraulic press **
- Inkjet printing machine
- FOBA FD84S laser unit
- Metal-milling machine
- Roller kiln **
- Laser scanner
- Plotter
- Prototyping equipment *
- Linear curtain glazing system *
- Glaze application system by airbrushing
- High-heating-rate kiln coupled to optical measurement systems *
- High-pressure reactor *
- Microcalorimeter for reaction heat measurement *
- Isoperibolic calorimeter *
- Fixed station for diffuse emission measurement *
- Equipment for measuring absorptance and emissivity *
- Laboratory for handling nanoparticulate materials (outdoor and indoor booth) *
- Controlled atmosphere melting furnace *
- Demonstration pilot plant for liquid effluent membrane filtration *
- Multigas dilution calibrator *
- Booth for spray application of micro- and nano-particle suspensions *
- Electrostatics laboratory *
- System for polymer microparticle and nanoparticle purification and synthesis *
- Comprehensive continuous measurement system of ceramic kiln and dryer specific consumption *
- Equipment for characterising drop speed and size in a spray *
- Optical fleximeter *
- Laboratory for fine-tuning techniques to determine the dust-generating capacity of materials *
- Water vapour adsorption/desorption analyser *
- Radio frequency kiln *
- Digital decoration system for ceramics using organic pigments *
- System for monitoring particle speed and temperature in thermal spraying *
- Microhardness tester *
- System for controlling nanoparticle suspension injection into the plasma flame in thermal spraying *
- Functional unit for biofuel and organic sample analysis *
- Turbidity meter. Apparatus for determining energy efficiency in buildings *
- Climatic chamber *
- Spectrophotometric system for online analysis of semi-processed products *
- Melting point meter *
- Differential scanning calorimeter with precise low-temperature control *
- Laboratory microdrop-generating system for digital printing of inks with nanometre-sized particles *
- Freeze dryer and ultrafreezer *
*The acquisition of this equipment was supported by the European Union through the European Regional Development Fund (FEDER) and IMPIVA (Generalitat Valenciana).
** The acquisition of this equipment was supported by the European Union through the European Regional Development Fund (FEDER)