Gasoline analysis is critical to maintaining fuel quality, safety, regulatory and environmental compliance, while maintaining consistency of performance.
Precision and portability in a top of the line FTIR Fuel Analyzer
Compact, portable analyzer delivers fast results (30°C in less than 30 minutes, and quick pour point correlation with no flow).
The SeNse is the latest development by AC Analytical Controls. The Sulphur Chemiluminescence Detector (SCD) provides the best sensitivity, best baseline stability and best equimolarity results, and as such it will flexibly fit with most chromatographic solutions.
Fast and reliable response distillation analysis
The benchmark in atmospheric distillation
Specifically designed for mobile laboratory applications
Gum Test Apparatus to measure evaporation residue in aviation fuels, motor gasolines, and other volatile distillates.
AC Analytical Controls®, the global SIMDIS market leader, provides a full range of solutions that accurately determine true boiling point data from naphtha up to crude oil samples.
Determines full group type analysis of gasoline and gasoline blend streams using multi-dimensional gas chromatography. It is the fastest and most flexible analyzer on the market to combine analysis for Paraffins, Olefins, Naphthenes, Oxygenates, and Aromatics in one instrument.
Full range of DHA solutions for applications to comply with ASTM D 5134,D 6729, D 6730 and D 6733
Solves the toughest analytical challenges through a GC that is designed, built, and tested for your specific application, to perform exactly as desired for the particular sample stream
AC Analytical Controls developed a series of Oxytracer Solutions to determines trace impurities of oxygenates in light petroleum streams such as C2 and C3 gases, LPG, Naphtha and Gasolines, in accordance with different methods.
The AC Analytical Controls® AC8612 application delivers ASTM D86 correlated data for naphtha and gasoline samples within ASTM D86 groups 0, 1, and 2 in 15 minutes. It is based on fast detailed hydrocarbon analysis (DHA), and uses the PAC proprietary Fugacity Film Calculation Model for reporting accurate D86 correlated data.
Hydrocarbon Group Type Analysis
The FTO system analyzes streams with concentrations of 0.2%-35% olefins. This GC system determines C4 - C10 olefins in all finished motor gasolines, straight naphthas and FCC naphthas.
©2018 PAC L.P. All rights reserved.