Introduction: Total Organic Carbon (TOC) Analyzer for Water Quality Control, Pharmaceutical Industry
At present, there are complex environmental challenges in pharmaceutical industries that demand dependable and highly advanced technology. Total Organic Carbon Analyzers have now become the foundation with the steadiness of measuring organic carbon matter in different samples of any lab task.
In addition, TOC analysis is highly essential in pharmaceutical industries where the purity and quality of manufactured products are significant. Thus, Total Organic Carbon (TOC) analyzer is essential equipment that has changed quality control processes in pharmaceutical industries.
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It measures the level of organic molecules in purified water, making it an essential tool in the pharmaceutical industry for inspecting ultrapure water. It uses two kinds of detection systems, i.e., NDIR (non-dispersive infrared) and conductivity detectors.
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Principles of Total Organic Carbon Analysis
This analyzer measures the amount of organic carbon in a sample. The principles of TOC analysis include the following:
- The organic carbon in the sample is tarnished to carbon dioxide with a high-temperature ignition procedure. This process is undertaken in a furnace at more than 700°C temperature.
- The carbon dioxide present in the sample is measured using a sensitive detector, normally non-dispersive infrared (NDIR) is used.
- These TOC analyzers are calibrated utilizing normal solutions of identified organic carbon concentrations. This calibration helps in establishing a linear connection linking organic carbon content and CO2 concentration.
Importance of TOC Analyzers in pharmaceutical industries:
TOC analyzers work as a significant tool in the pharmaceutical industry for the below-mentioned reasons:
- It is utilized in verifying the quality and purity of pharmaceutical products.
- It helps to identify the level of organic impurities and contaminants that can possibly affect the product’s efficacy and safety.
- The pharmaceutical industries should cater to the strict regulatory norms, which are outlined in the European Pharmacopoeia and the United States Pharmacopeia.
- The Total Organic Carbon is an essential part of these regulatory norms to ensure product safety.
- In pharmaceutical manufacturing, it is very important to make sure that equipment and the manufacturing space are free from residues of products.
- It plays a vital role in managing the cleaning processes and confirms that residues meet acceptable standards.
Applications of TOC Analysis in Pharma:
TOC analysis finds applications in various areas of pharmaceutical manufacturing, which are as mentioned below:
- It is used to test the purity of raw material in pharmaceutical industries
- In monitoring the quality of purified water, water for injection, etc
- It is used to validate the cleaning process to ensure that equipment and working place are free from organic residues.
- To monitor various steps of pharmaceutical manufacturing, this allows real-time detection of organic impurities.
