Instrumental analysis laboratory

Instrumental analysis laboratory includes of important equipment for quantitative and qualitative study of materials, which has been formed with the aim of providing research services to students and faculty members of universities and other scientific and research centers in the country.
The instrument analysis laboratory is ready to provide research services by having advanced and accurate devices, such as various types of spectroscopic analysis devices, elemental analysis and chromatography. These services include measuring, analyzing the results of experimental data, consulting on the analysis of samples and analyzing research projects, and providing some additional facilities and equipment for researchers and university researchers.

 

Abilities and services

In this laboratory, services for the detection and measurement of many materials, including the tests mentioned below, are performed.
The services of this section are performed using devices and methods such as HPLC, GC, GC-Mass, TOC and atomic absorption spectroscopy (A.A) which have high sensitivity and accuracy.
List of instrumental analysis laboratory services

  • Consulting and cooperation in conducting research projects and student dissertations
  • Measurement of heavy metals
  • Organic carbon measurements
  • Analysis and isolation of organic matter (OM), polycyclic aromatic compounds (PAH) and volatile organic compounds (VOCs)
  • Measurement of hydrocarbons, drugs, insecticides, pesticides, antibiotics, steroids, organic species and a group of different minerals
  • Performing the required services of the centers as needed
Device name: High performance liquid chromatography (HPLC) device
  Device model: Cecil CE4200
  Country of manufacture: England
  Device definition: High performance liquid chromatography is a suitable method for separating, measuring and determining the type of materials. It is widely used for materials that are of special importance in industry, various fields of science and society. Examples include amino acids, nucleic acids, hydrocarbons, drugs, insecticides, pesticides, antibiotics, steroids, organic species, and a variety of different minerals.

Gas Chromatography (GC)

 

Device name: High performance liquid chromatography (HPLC) device
 Device model: Agilent 1260
 Country of manufacture: USA

 

TOC Analyzer

Device Name: Gas Chromatography (GC)
Device model: Agilent
Country of manufacture: Netherlands

Device definition: The device is used to identify and isolate organic and pharmaceutical compounds. Gas chromatography is used to separate small amounts of organic compounds. It is a physical method used to isolate, identify, and measure volatile components. This method is quick and simple and is used to detect impurities in a volatile substance or small amounts of pesticides in the skin of fruits and to measure gases and contamination of the material. In gas chromatography, the moving phase is a gas. The stationary phase is a solid or liquid adsorbent coated or bonded with a solid on the column wall. This method is fast and simple and is used to detect impurities in samples with small amounts of pesticides in the skin of fruits and compounds in plant extracts and essential oils and to measure gases and toxic and medicinal substances.



Gas-Mass Chromatography (GC-Mass)

Device Name: Gas-Mass Chromatography (GC-Mass)
 Device model: 5975C
 Country of manufacture: USA
 
Device definition: This device is mainly used to identify and determine the amount of fractions of volatile substances (such as plant essential oils that have a low boiling point) or by combining with certain reagents or special solvents, they can escape. In GC-MS, the components of a mixture are separated by a chromatographic column, after removing the resulting gas, then they enter the ionization source of the mass spectrometer, and finally quantitative and qualitative identification of the components of the mixture is done, by generating powerful electric fields. The ratio of electric charge to mass is based on their mass. The sensitivity of this device is very significant and after separation and scanning by mass spectrometer, by using the library and information in the device computer that contains information and mass spectra of different compounds, isolated components can be identified. This device has many applications in various fields of science such as chemistry, medicine, pharmacy, nanochemistry, etc. For example, This device is widely used in the field of nano-pharmaceuticals for their separation and identification, as well as in the field of removal of organic pollutants using nanocatalysts and nanocarbons.
Atomic absorption by flame

Device name: Atomic absorption by flame
  Device model: Analyst 200
  Country of manufacture: USA
 
 Device definition: Atomic absorption is a device that is used to measure metals in various samples. This device has the ability to measure various metals in concentrations of milligrams and micrograms per liter. The basis of this device is based on the emission of energy by holocathode lamps and the absorption of a specific wavelength of this energy by the element in the sample.

 

Change the font color:

main color:

second color:

Change the background color:

Change the font size:

A-AA+

Change the spacing between words:

Change the distance between the lines:

Change mouse type:

Change the font

Select color blind mode

Red Blindness Green blindness Blue blindness Red difficult Green difficult Blue difficult Monochrome Conical Color
Template settings