Indian Chemical News (ICN), India's No. 1 digital media platform for Chemicals, Petrochemicals, and Energy sector is organizing a Webinar today on "Mastering Complex Chemical Matrices: Advanced GC/GC-MS & IC Solutions for Quality and Process Control" from 15:00 PM - 16:30 PM.

Please register as a delegate by clicking on the link - (https://us06web.zoom.us/webinar/register/WN_sXPZ5327QvSIJAEKP-gliQ#/registration)

Speakers for the webinar are: Dr. Kanchan Sunil Nautiyal, Technology Leader, Analytical Laboratory, Pidilite Industries Ltd.; Dr. S. Mangaleswaran, R&D Head - Green & Sustainable Chemistry, DCM Shriram Innovation Centre; Dr. Hitesh Dave, Head – Corporate Quality Control, Deepak Nitrite Research Centre; Sunil Kumar, Sr. Technical Manager - Chromatography & Mass Spectrometry, Thermo Fisher Scientific; Dr. Chetan Chavan, Sr. Technical Manager, Thermo Fisher Scientific; and Pravin Prashant, Executive Editor, Indian Chemical News. 

Chemical laboratories today face increasingly complex analytical challenges—from routine quality control to the detection of trace-level impurities in demanding sample matrices. This webinar will explore how advanced GC, GC-MS and Ion Chromatography (IC) workflows can help laboratories achieve reliable, accurate, and efficient analysis across diverse chemical applications. Through practical application examples, experts will discuss approaches for analyzing volatile and semi-volatile compounds, trace ionic impurities, complex matrices, raw materials, intermediates, and finished products. The session will also highlight advancements in RFIC technology, advanced column selectivity, automated sample preparation, combustion IC, and GC/GC-MS workflows design need to improve analytical productivity and confidence.

Key Discussion Points to be covered during the session are: Navigating complex chemical matrices using optimized GC, GC-MS, and IC workflows; Trace impurity analysis across raw materials, intermediates, and finished products; GC/GC-MS applications for volatile and semi-volatile compounds, solvents and process-related impurities; Advanced IC workflows for trace ionic impurities and challenging chemical matrices; RFIC technology and advanced column selectivity for reliable ion analysis; Combustion IC for halogen and sulfur determination in complex materials; Automated sample preparation to improve productivity, consistency and laboratory efficiency;  Practical applications across specialty chemicals, petrochemicals, E20/fuels, polymers, batteries and semiconductor chemicals; and Improving QC, process control and product quality through integrated analytical workflows.