Getting to know our highly innovative solutions

Analytical testing instrumentation AMETEK Grabner Instruments develops and manufactures innovative, fully automated testing equipment for global laboratory, process, and mobile applications

Herzog OptiFlash® Cleveland Open Cup

Easy, safe and accurate flash point determination. PAC’s Herzog OptiFlash is the new benchmark in flash point analysis, fully designed to meet today’s expectations on user convenience, quality and safety compliance. The Optiflash accurately detects flashpoint up to 400°C for petroleum products, lube oil, gear oil, food & beverages, chemicals, and fluxed bitumen. The OptiFlash is fully compliant with leading global standards.  

Herzog OptiFlash® Pensky Martens

Easy, safe and accurate flash point determination. PAC’s Herzog OptiFlash is the new benchmark in flash point analysis, fully designed to meet today’s expectations on user convenience, quality and safety compliance. The Optiflash accurately detects flashpoint up to 400°C for petroleum products, biodiesels, solvents, chemicals, fluxed bitumen and food and beverages. The OptiFlash is fully compliant with leading global standards.

Herzog OptiFlash® Small Scale

Accurate flash point determination for low volume samples. The Optiflash Small Scale accurately detects flashpoint in petroleum products, biodiesels, solvents, chemicals, paint varnishes, fluxed bitumen, food and beverages. There are three models available: regular, low temperature and high temperature. The OptiFlash Small Scale is fully compliant with leading global standards.

Herzog OptiFlash® Tag & Abel

Easy, safe and accurate flash point determination. PAC’s Herzog OptiFlash® is the new benchmark in flash point analysis, fully designed to meet today’s expectations on user convenience, quality and safety compliance. The Optiflash® accurately detects flashpoint from -30°C to 120°C for petroleum products, alcohols, solvents, chemicals, food and beverages. The OptiFlash® is fully compliant with leading global standards.

Improve precision for SIMDIS using ‘light solvent optimized’ agilent model 7693 automatedliquid sampler

There are many factors affecting GC data precision. Sample introduction parameters are amongst the most critical. A factor easily overlooked is the temperature of the sample and its variances over time in relation to the solvent used. Environmental conditions and heat patterns around the ALS can easily become major contributing factors to performance when very light solvents are used. In Simulated Distillation analyses, heated zones are typically ramped to temperatures above ...

Insight through instrumentation

Get the measure of your process. Tracerco offers a range of advanced nucleonic instrumentation including products for level, density, phase and interface measurement. Our unique instruments provide nonintrusive, real-time solutions for downstream petrochemical, upstream oil and gas and subsea operations, bringing clarity and understanding to customers’ assets. With enhanced self-diagnostics and low maintenance costs, our instrumentation boasts unrivalled safety, stability, accuracy ...

Integrated solutions for CEMS

Gas analysis plays an essential role in cleaner industrial operations for plants and refineries, helping to ensure more efficient processes, support the safe removal of pollutants, and monitoring the harmful emissions to the atmosphere. A high-performance continuous emissions monitoring system (CEMS) is crucial to the safety and efficiency of a wide range of industrial processes, and an essential part of clean air strategies. CEMS installations must offer the highest sensitivity ...

Interface measurement in desalters

Interface measurements in desalters are often regarded as not being very critical, even though every drop of oil, to be refined, passes through the desalter. As refineries try to maximize their margins, so-called opportunity crudes are often used. These crude oils generally contain increased levels of sulphur, oil sands, bitumen, heavy oils and oils with high TAN. This can lead to problems with the proper operation of the desalter. In addition, refineries are increasingly confronted ...

JFTOT® IV

The worldwide recognized leader of jet fuel thermal oxidation testing. PAC’s Alcor JFTOT® is the globally recognized standard for jet fuel thermal oxidation testing with a worldwide installed base over 1000 instruments. With the Next Generation JFTOT IV PAC brings an industry leading product and adds enhanced safety features and simplified operational capabilities in a smaller, streamlined package that significantly increases operator productivity. The Alcor JFTOT IV ...

LB 476 Level+ the solution for the most challenging processes

The LB 476 Level+ system adds that little extra to radiometric level measurements, which makes it the perfect system for challenging processes. By using the outstanding implemented compensation functions, level measurement falsifications, e. g. due to gas density fluctuations or due to product build-ups, belong to the past. Compared to the classic radiometric level measurement, LB 476 Level+ enables the storage of two calibration curves and, beyond, the simultaneous monitoring ...

LB 6775 Detector

Detector with state-of-the-art SiPM technology for integration in Multiphase Flow Measurement systems.

Level measurement on distillation bottoms

The level measurement in the bottom of any distillation column is a critical measurement task in refineries. Tower internals damage due to the failure of level control technologies for residual bottoms is one of the most common issues in refineries. However, this is not the only way that reliable bottoms level measurements can save costs and increase efficiency in the refining process. In the atmospheric distillation process as well as in vacuum distillation, crude oil is separated ...