Project Description
Overviews
Fully automated PC controlled CHN analyzer for solid and liquid samples. The analyzer provides combustion of the sample followed by reduction, trapping, gas chromatographic separation and detection of the products by temperature stabilized thermal conductivity detector for C, H, N. The instrument has furnace for combustion with independent temperature control through software. Furnace temperature is maintained between 900-1100 0 C or more to ensure complete combustion. Ash finger, a standard part supplied with the instrument collects the ashes of the sample and can be taken out by using crucible tong. Analyzer has auto sampler with capacity of 60 samples. It has a mass flow controller/electronic flow controller for constant flow of carrier gas and sample introduce by ball valve technique for better accuracy of results to avoid the atmospheric nitrogen contamination.
Specifications
Combustion temperature | : | 100-1100 oC |
Reduction temperature | 100-1000 oC | |
Sample feed | : | 60 Auto sampler |
Detector | : | TCD (Thermal Conductivity Detector) |
Separation Technique | Frontal Chromatography | |
Carrier gas | : | Helium |
Combustion Gas | : | Oxygen |
Calculations | : | Estimation of CHN in % |
Applications
A CHN Analyzer is a scientific instrument which is used to measure carbon, hydrogen and nitrogen elemental concentrations of solid powder samples in pharmaceuticals, polymers, metallurgy, chemicals, environment and food sector.
Charges
Estimation of C, H, N % in solid organic samples
KIIT-University | Outside KIIT, Academic and Educational Institutions | R&D and National Labs | Industries | Note | |
CHN Estimation | 200/- | 400/- | 600/- | 1000/- | Per sample |
Sample Requirement
- Solid organic sample
- Sample must be pure, dried and powder form and all contaminants must be removed.
- Sample weight should be in between 4-5 mg.
Faculty In-Charge
Name of the In-charge : Dr. Kundan Samal
Designation : Assistant Professor
Contact details : kundan.samalfce@kiit.ac.in