Infraestructure

The Graduate Program in Chemistry IQ / UFG is located at the Chemistry Institute at Campus II UFG. IQ works in two buildings (IQ-I and IQ-II), with total area of 6000 m 2. In 2015, all IQ-II building was renovated with REUNI-UFG resources, modernizing the entire laboratory infrastructure. Also part of the IQ-UFG the buildings NUPEC (Center for Research in Science Teaching) and LAMES (Separation and Extraction Methods Laboratory). Regarding the laboratory infrastructure, exist today in IQ 17 responsibility research laboratories of PPGQ of teachers, as well as 03 multi-user laboratories coordinated by IQ teachers and an analytical center that holds some medium and small equipment, shared by teachers and technicians. Moreover, with the entry of external members, PPGQ also has a laboratory infrastructure IF-UFG and Agroenergy Embrapa (Brasilia / DF). Doctoral students, master's and undergraduate feature well - equipped study rooms for the development of its activities. The Postgraduate office occupies a 20 m2 room equipped with 04 computers, printers, cabinets, etc. The department has 02 exclusive secretaries. Following are the main laboratories are highlighted.

 

1. Center for Research in Science Teaching - NUPEC. 400 m2 building, built with funds from FINEP and resources of their own UFG. The building has a teaching laboratory 10 m long, with benches, cabinets, drawers, light installation, water, gas, etc., storeroom, a mini auditorium with capacity for 70 people classroom, computer room for students , meeting rooms for teachers, central internet, eat-in kitchen, bathrooms and a center space for exhibitions.

 

2. Extraction and Separation Methods Laboratory coordinated by professors Drs. Nelson Roberto Antoniosi Son and Maria Inês Gonçalves Leles is located in its own building with an area of 400 m2, with pantry, offices for teachers and classrooms of students. Equipment: 02 chromatographs Gas equipped with detectors FID and ECD (HRGC), 01 gas chromatograph coupled to mass selective detector (GC-MS), 01 Gas Chromatograph equipped with Atomic Emission Detector (GC-AED), 01 Chromatograph liquid High Efficiency UV detectors / VIS and fluorescence (HPLC) 01 liquid Chromatograph High Efficiency with 02 detectors Mass selective (HPLC-MS-MS), 01 equipment Thermogravimetric Analysis (TG-DTA), 01 equipment Differential Scanning calorimetry (DSC).

 

3. Analytical Chemistry Laboratory coordinated by Prof. Dr. Elias Yuki IONASHIRO has a footprint of approximately 100m2 containing two potentiostat, an electrochemical cell system to microelectrode, absorption spectrometer UV-Vis, fluorescence and atomic absorption flame, and pH meters, potentiometers, conductivity meters , analytical balances and digesters samples.

 

4. Microfluidics Laboratory and Molecular Biology (Bio). Coordinated by Prof.. Dra. Gabriela Mendes Duarte has an area of 30 m2. Equipment: Detector Induced Fluorescence Laser (LIF), Equipment Home made heating mediated IR radiation for PCR and a computer.

 

5. Water Treatment Laboratory Residuárias- LABTAR. Coordinated by Prof. Dr. Nubia Natalia Brito with a floor space of approximately 50 m2, containing an turbidimeter MS tecnopon a alfakit oximeter At 16 a Jar test (6 jars) alfakit model 406, air pump Inhale Compact, Conductivity and pH meter Gehaka, digester block (COD) alfakit At 525, three reactors and alfakit photocolorimeter At 10 P, as well as glassware and suitable chemical reagents.

6. Electrophoretic Methods Laboratory coordinated by Prof. Dr. Wendell Karlos Tomazelli Coltro with 54m2. Equipment: 3D printer (RepRap type) for prototyping of microfluidic devices, two capillary electrophoresis equipment integrated microchips with conductivity detection (eDAQ, ER-455 model), two hybrid capillary electrophoresis equipment (homemade) with electrochemical detection, potentiostat DropSenS, Laser printing systems and printing the wax production of microfluidic devices, Clipping Printer (Silhouette, CAMEO model), morphological characterization equipment (stereoscope coupled with polarized light) with software for optical profilometry, integrated optical microscope with digital camera, scanner high resolution photolithographic station, syringe pumps, drying oven, analytical balance, magnetic stirrer, pH meter and laminator.

 

7. Spectrometry Laboratory Chromatography Mass - Lacém. Coordinated by Profs. Dra. Andréa Keys and Dr. Boniek Gontijo Vaz has an area of 80 m2. Equipment: Spectrometer Orbitrap Q-Exactive masses, micro Mass Spectrometer Q-TOF (Brucker) Mass Spectrometer LCQ Fleet (Thermo Scientific), liquid chromatograph HPLC (Accela, Thermo Scientific), liquid chromatograph HPLC (Nexera, Shimadzu) beyond all laboratory infrastructure formant for sample preparation: scales, bath, ultrasonic, vortex mixers, minicentrífuga, agitators and micropipettes.

 

8. Nanotechnology Laboratory and Adsorption processes (LANPA). Coordinated by Prof.. Dra. Indianara Conceição Ostro has an area of 57 m2. Equipment: 2 peristaltic pumps; analytical balance; 2 water baths with agitation; 1 rotary shaker bench; pH meter; 1 to the vacuum pump; Magnetic stirrer; greenhouse; chapel; heating mantle; air conditioning, cabinets.

 

9. Control and Environmental Preservation Laboratory. Coordinated by Prof.. Dra. Araceli Aparecida Seolatto of 50 m2 area. Equipment: floor rotary shaker, rotary Shaker bench, pH meters, analytical balance, rotary sieve, Chapel, water distiller, water deionizer, UV-Vis Spectrophotometer, Reactor, drying oven, vacuum filtration pumps, cooler, magnetic stirrer, digital Micropipetadores - multichannel reactor pilot scale for bioethanol production, among others.

 

10. Materials and Interfaces Laboratory coordinated by Drs teachers. Emilia C. de Oliveira Lima, Araceli Seolatto and Tatiana Duke with an area of 80 m2. Equipment available: 2 exhaust chapels, 01 Greenhouse; 01 MAITEC brand muffle furnace with temperature controller, operating until the peak of 1600 ° C; 01 thermostatic bath with stirring Marconi brand. 01 Chapel laminar flow class 100 brand Marconi; 01 Autoclave brand Phoenix 01 Ultrasom brand Sonics; 02 Peristaltic pumps; 01 Ultrapurificador watermark Elga; 01 Refrigerated Centrifuge Sigma; 02 refrigerators, 01 scale 0.001 g and 01 balance 0,01 g; 03 computers connected to the Internet.

 

11. Surface Chemistry Laboratory and Polymer coordinated by Prof. Dr. Denilson Rabelo, with 60m2 area. Equipment: 01 Refrigerator type low temperature cold finger, NESLAB, CC100, with temperature controller. 01 Oven muffle type, EDG, with temperature programming. 02 mechanical stirrers high speed, IKA and Marconi. 01 Sifter, 01 Thermostatic Bath Shaker brand Marconi.

 

12. Inorganic Synthesis Laboratory coordinated by Profs. Drs. Aparecido Ribeiro de Souza, Liliane Magalhaes Nunes and Patricia Pomme Confessori Sartoratto, with an area of 80 m2. Equipment: 3 ovens (one vacuum); 2 muffles (1 with atmosphere control); Tubular furnace 1, 1 rotaevaporator; 1 water distiller, 2 semi-analytical balances and analytical 2; thermostatic bath with orbital shaking; 2 centrifuges bench; 10 magnetic stirrers; 5 stirrers / heating, shaking table, UV-vis point-to-point; ultrasonic bath, pH meters.

 

13. Laboratory of Natural Products coordinated by Profs. Drs. Cecilia Maria Alves de Oliveira, Lucilia Kato and Vanessa Pascalloto with 60m2 area. Equipment: 04 Rotaevaporadores, 01 Chapel of Laminar Flow, 02 Analytical Balances 01 Greenhouse, 01 Autoclave 01 Freezer, Refrigerator 01, 04 Greenhouse Biological, 01 Ultra Turrax, 01 UV lamp.

 

14. Molecular bioactivity laboratory coordinated by Profs. Drs. Pedro Henrique Ferri, Susana Costa Santos and Luciano Morais Lyon with 60 m2. Equipment: freezer, refrigerator, scales, 02 refrigerated circulator baths, microwave device, vortex mixer, cabinet with ultraviolet light 254 / 365nm, Stills type Clevenger, 02 knife mills, 02 drying ovens with air circulation; 01 lyophilizer bench; 01 high vacuum system; 02 rotaevaporadores; 01 orbital shaker table.

 

15. Laboratory of Molecular bioactivity II. Coordinated by Prof. Pedro Henrique Ferri and Suzana da Costa Santos, with 40 m2. Equipment: 01 Gas Chromatograph coupled with Mass Spectrometer (GC-MS), 01 Liquid Chromatograph High Efficiency (HPLC) with two detectors (UV-vis and fluorescence). Greenhouse with flow argue, 01. mill knives, 01 MilliQ water purification system (Biocell), 01 bath ultrasound thermostatically.

 

16. Molecular Synthesis Laboratory (Prof.. Dr.. Olga Soares do Rego Barros and Prof.. Dr.. Cangussu Danielle Castro Gomes). Available equipment: 2 Microcomputers; Gas cylinders, Greenhouses, Water Purifier, muffle, vacuum pumps, vacuum line, Mantas, bath thermostatically, Centrifuge, evaporators rotary, semi-analytical scales, analytical balance, Microscope, pH meter, vacuum line Magnetic stirrers with hot plate, ultrasonic bath, Chapels, coolers.

 

17. Theoretical Chemistry Laboratory and Computational coordinated by Profs. Dr. Anselmo Elkanah and Dr. Freddy Fernandes Guimarães, with 50m2 area. Equipment: 12 PC for use with terminal (10 Linux and Windows 02), 10 as PC cluster for calculations, 03 printer, 04 UPSs, 04 Hub-switch.

 

18. Laboratory of Bio-Fuel Cells electrocatalysis and coordinated by Prof. Dr. Flávio Colmati with 47 m2 area. Equipment: fridge, oven, chapel, stirrer / heater plate, vacuum pump, analytical balance, 2 potenciostatos (one Omnimetra and Basi), still and water deionizer.

 

MULTIUSER LABORATORIES

1. Laboratory of Nuclear Magnetic Resonance own building with 60m2, built with funds from UFG, coordinated by Profs. Dr. Luciano Morais Lyon and Dr.Luiz Henrique Queiroz Keng Junior, equipped with 08 computers and Nuclear Magnetic Resonance equipment Brucker Avance 500 MHz with probe for solids.

 

2. Analytical Center coordinated by Profs. Dr. Boniek Gontijo Vaz and Dr. Christian gonçaves Alonso. With an area of ​​60 m2 equipped with the following equipment: 01 water purifier Millipore, 01 spectrophotometer Lambda 45 of Perkin Elmer performs in the region 190-1100 nm; 01 mid-infrared spectrophotometer (FTIR) -Bomen, O1 Spectrophotometer Perkin-Elmer, Spectrum model 400, performs measurements in the regions of the MIR (Medium scan 4000-400 cm-1) and far (distant scan 400 to 40 cm- 1), UV-VIS, with accessory for thermostating brand-Hitachi; 03 digital analytical balances with a precision of 0.00001 g (02) and 0.0001; The diffractometer of the brand Shimadzu model XRD-6000, performs diffraction measurements of x-ray powder crystal sample; ASAP 2010 Micromeristic performs adsorption measurements and nitrogen desorption in solid samples between 0.4 to 0.6 g; elemental analyzer Analyser Organic Elementary, Flash 2000 Thermo Scientific determines the carbon, nitrogen, hydrogen, oxygen and sulfur in solid or liquid samples, DTG 60 / 60H Shimadzu performs thermogravimetric analysis (TG) and thermal differential (DTA) simultaneously; 01 high performance liquid chromatograph of preparative Shimadzu, equipped with UV detector Gas Chromatograph GC-FID (Shimadzu).

 

3. LabMic - UFG Microscopy Multiuser Laboratory implanted with ministry funding for Science, Technology and Innovation (MCTI), through the Financier of Studies and Projects (FINEP), the National Council for Scientific and Technological Development (CNPq), through INCT of Nanobiotechnology, the Federal University of Goiás and FUNAPE / UFG. currently has the following main instruments: Atomic Force Microscope (AFM / STM); Scanning Electron Microscope (SEM) and Transmission Electron Microscope (TEM). Management Programme teachers.

 

4. Laboratory Diffraction X-ray crystallography. Coordinated by Prof. Dr. José Ricardo Sabino (IF-UFG) and Prof. Dr FelipeTerra Martins. Equipment: diffractometer Bruker AXS APEX II Quazar ™ microfonte with X-ray from a sealed tube a power of 30 W with copper and molybdenum anodes, high efficiency Quazar ™ focuser and 4K APEX II CCD detector. CAD-4 diffractometer Enraf-Nonius automatic ™ four circles and Kappa geometry, FR590 generator, the X-ray source from a copper tube sealed with a graphite monochromator and a NaI detector point. Management Programme teachers.

 

5. Electroanalytical Laboratory and Analysis Flow Injection, with an approximate area of 40m2. responsibility of the entire faculty. Equipment: 01 Spectrophotometer atomic absorption; 01 Photometer Flame, 01 Polarógrafo; 03 Analysis Systems Injection flow.