PAC instruments have defined instrumentation standards for decades on various gaseous products such as natural gas and liquefied petroleum gas.
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 development of 2D gas chromatography introduced the possibility to provide detailed and reliable compositional information on refinery streams like f.i. jet fuel.
The AC Analytical Controls® standard solutions cover a wide spectrum of petroleum, petrochemical, and natural gas analysis needs.
PAC’s AC Analytical Controls offers a full range of Detailed Hydrocarbon Analyzers (DHA) to determine individual hydrocarbon composition in light hydrocarbon streams, gasoline blending feedstocks and spark ignition engine fuels.
The ASTM D2504 analyzer is dedicated to the analysis of Hydrogen, Oxygen, Nitrogen, Carbon Monoxide, Carbon Dioxide and hydrocarbons in Ethylene and Propylene.
Refinery gas streams vary considerably in composition. Determining individual components of each gas stream is a challenge. An exact measure of stream components is essential in achieving optimum control and assuring product quality.
The AC UOP 603-13 Gas Analyzer is a specialized solution for determination of trace CO and CO2 in hydrogen and light gaseous hydrocarbons analysis according to UOP 603-13.
AC’s Fast Refinery Gas Analyzer by PAC Separates Inert Gases and C1-C5 Hydocarbons in 20 Minutes. AC Analytical Controls by PAC developed the Fast Refinery Gas Analyzer (RGA), a fast solution that determines the composition of refinery gases within twenty minutes.
Applicated GC Gas Analysis, Sulfur Trace Analysis, Petrochemical Analysis.
AC Analytical Controls offers a solution to characterize the composition of natural gases according to GPA 2286 with results within 30 minutes.
SeNse is a new detector that has been developed by AC Analytical Controls (PAC) for Gas Chromatography applications aiming to determine Sulfur species in hydrocarbon type matrices.