Jenish John

 Analyzing Total Petroleum Hydrocarbon(TPH) of Water and soil samples through GC-FID
 Analyzing Natural Gas Through GC-FID
 Analyzing Total Sulphur which includes Mercaptans, Ethyl mercaptans etc. by using GC-FPD
 Analyzing Relative density (Specific gravity) or API gravity of crude petroleum and liquid petroleum products by hydrometer method
 Analyzing water in petroleum products and Bituminous materials by distillation method
 Analyzing the Specific gravity, finger print (FTIR), Sediment, water cut (BS&W) and Salt content of the crude oil sample.
 Analyzing Sulphur in Petroleum and Petroleum Products by energy Dispersive X-ray Fluorescence Spectrometer
 Analyzing Sulphate and Residual Inhibitor through UV Spectrophotometer.
 Analyzing the PH, Electric conductivity, Sulphide, TDS, TSS, Oil& Grease, COD and Heavy Metals of the Waste water samples as per APHA AWWA Method.
 Analysis of Turbidity, Total Alkalinity and Total hardness of drinking water and Potable water.
 Analyzing Water and soil samples contaminated with Poly Chlorinated Biphenyls(PCB) and Pesticides by GC-ECD
 Analyzing VOX, PAH, BTEX and Trimethyl Halide of Water and soil through GCMS head space auto sampler.
 Analyzing Carbon steel, Stainless steel, Copper, Aluminium and Lead through Optical emission spectrometer (OES) and identifying the grade.
 Documentation of the QC Analytical reports.

 Analyzing Water and soil through GCMS head space auto sampler.
 Analyzing Total Petroleum Hydrocarbon(TPH) through GC-FID
 Analysis of the PH and Electric conductivity of the water sample.
 Analysis of Turbidity, Total Alkalinity and Total hardness of drinking water and Potable water.
 Documentation of the QC Analytical reports.

 Analysis of In-process samples, Recovered solvents, Intermediates, Finished Goods and raw materials.
 Entrusted with the responsibility of handling LCMS
 Detailed experience in interpreting new compounds by GCMS, UV and Mass Spectroscopy and LCMS.

 Identifying product mass through LCMS and GCMS of aromatic products.
 Understanding in interpreting new compounds by IR
 Identifying moisture content through Karl Fisher titration