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  Pharmaceutical Solutions
Helping make a SAFER product
 

Whether TOC or VOC, Teledyne Tekmar has the best instruments for your pharmaceutical water-quality testing needs. All Teledyne Tekmar instruments come with a full complement of 21 CFR Part 11 software tools for your compliance needs.

Introduction of organic matter into water systems occurs not only from living organisms and from decaying matter in source water, but from purification and distribution system materials. A relationship may exist between endotoxins, microbial growth, and the development of biofilms on pipeline walls and biofilm growth within pharmaceutical distribution systems. A correlation is believed to exist between TOC concentrations and the levels of endotoxins and microbes. Sustaining low TOC levels helps to control levels of endotoxins and microbes and thereby the development of biofilm growth. The United States Pharmacopoeia (USP), European Pharmacopoeia (EP) and Japanese Pharmacopoeia (JP) recognize TOC as a required test for purified water and water for injection (WFI). For this reason, TOC has found acceptance as a process control attribute in the biotechnology industry to monitor the performance of unit operations comprising purification and distribution systems. As many of these biotechnology operations include the preparation of medicines, the Food, Drug Administration (FDA) enacts numerous regulations to protect the health of the public and ensure the product quality is maintained. To make sure there is no cross contamination between product runs of different drugs various cleaning procedures are performed. TOC concentration levels are used to track the success of these cleaning validation procedures especially clean-in-place (CIP).

Products ......................................................................................................................................................
   


The Atomx VOC Sample Prep System combines an Autosampler and Purge and Trap into a single instrument for the analysis of VOCs in soils and waters. This is the first of its kind and only system that employs a unique methanol extraction automation feature for high level soils.
Click here for more information on the HT3 Click here for more information on the Atomx VOC Sample Prep System
 


The Torch TOC Combustion Analyzer contains a built in autosampler with three vial rack choices and PC driven control. The Torch has a calibration and Intellidilution feature which automatically dilutes over-range samples to within the working calibration range.
Click here for more information on the HT3 Click here for more information on the Torch TOC Combustion Analyzer
 


The Fusion utilizes a patent pending process for detection with a NDIR known as Static Pressurization Concentration (SPC) which greatly improves the accuracy and precision required for this demanding technique.
Click here for more information on the HT3 Click here for more information on the Fusion
 


The Stratum PTC is built on years of research and innovation to make it the most advanced Purge and Trap Concentrator on the market demonstrated by its increased lot consistency, decreased water retention and unique trap that provides unparallel performance.
Click here for more information on the HT3 Click here for more information on the Stratum
   
HT3 Static and Dynamic Headspace System

For residual solvent analyses, Teledyne Tekmar’s HT3 Static and Dynamic Headspace System affords a 100-fold increase in sensitivity over conventional headspace systems.  The HT3 is simple to implement into your existing headspace system with the proven TekLink software and even integrates seamlessly with Waters Empower software.

Click here for more information on the Velocity XPT Click here for more information on the HT3
   
SOLATek 72
The Teledyne Tekmar SOLATek 72 allows for the samples to be simultaneously heated and stirred which increases the purge efficiency of the analytes.
Click here for more information on the HT3 Click here for more information on the SOLATek 72
   
RELATED APPLICATIONS
Water for Injection / Purified Water (TOC)
Cleaning Validation (TOC)
Residual Solvent Analysis (VOC)
Related Application Notes .......................................................................................................................................................................................
Title
Instrument
Application
A Guide for Analyzing Low-Level Total Organic Carbon Using a UV/ Persulfate Analyzer
TOC
Residual Solvents by HT3™ Headspace in Reference to USP 467 with a Comparison of Static Versus Dynamic Headspace Analysis
Static and Dynamic Headspace
Simplifying the Process: Automated USP 643 / EP 2.2.44 Purified Water and Water For Injection Testing Using A Next Generation TOC Analyzer
TOC
Utilization of a single TOC Analyzer for Pharmaceutical Water for Injection and Cleaning Validation Sample Analysis
TOC
Developing One Universal Method for Residual Solvents Using the New Teledyne Tekmar HT3™ Headspace Sample Introduction System
Static and Dynamic Headspace
How to Gain Reliable, Fast, Precise and Accurate TOC Results for PW, WFI, UHPW and CIP Sample Analyses
TOC
Evaluation of Residual Solvents and Organic Volatile Impurities (OVIs) Using Purge and Trap
Purge and Trap
TOC Analysis of Low-level Samples: A Catalytic Combustion Approach
TOC
Cleaning Validation by Total Organic Carbon Analysis: Instrumental Technology Considerations
TOC
Validating Cleaning Processes: Implementing Total Organic Carbon Analysis to Improve the Process
TOC
European Pharmacopoeia Method 2.2.44: Total Organic Carbon (TOC) Analysis for Pharmaceutical Water Using the Phoenix 8000 UV-Persulfate TOC Analyzer
TOC
US Pharmacopeia Method <643>: System Suitability Test for Total Organic Carbon (TOC) Analysis on the Phoenix 8000 UV/Persulfate TOC Analyzer
TOC
Evaluation of a Variable Injection Pressure Regulator (VIPR) to Reduce Variability in the Measurement Process for Organic Volatile Impurities (OVIs)
7000
Static Headspace
Proposed Method for the Analysis of Solvent Impurities in Water Insoluble Bulk Pharmaceuticals
7000
Static Headspace
Using Experimental Design to Optimize Static Headspace Analysis Performance for Analysis of Pharmaceutical Organic Volatile Impurities (OVIs)
7000
Static Headspace

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