PAC analytical instruments use multiple technologies including spectroscopy to detect properties including thermal stability and viscosity, advancing the delivery of gasoline, cosmetics, plastics, and other petrochemical products.
The EX rated WiO-300P series is a Water Cut analyzer that measures the amount of water in oil to high levels of accuracy.
The EX rated WiO-300K series is a Water Cut analyzer that measures the amount of water in oil to high levels of accuracy.
The EX rated WiO-300S series is a water cut analyzer that measures the amount of water in oil to high levels of accuracy.
The SA-500P is an in-line probe oil in water analyzer suitable for non-hazardous areas; it uses Deep UV Fluorescence to provide continuous accurate measurements of oil concentrations in water.
The SA-500 is a side-stream Oil in Water analyser suitable for non-hazardous areas; it uses Deep UV Fluorescence to provide continuous accurate measurements of oil concentrations in water.
The EX-500P is an in-line probe oil in water analyzer that uses Deep UV Fluorescence to provide continuous accurate measurements of oil concentration.
The EX-500 is a side stream oil in water analyzer that uses fluorescence to provide continuous accurate measurements of oil concentrations in water.
The PD-1000 is an incredibly powerful Oil in Water analyser, that can conveniently measure crude oil in water where sample access is available. Sample pre-treatment is not necessary and readings are displayed in secs.
Convenience, ease-of-use, and quick, precise test results – all in a small, portable package that makes it the most affordable cloud point analyzer available.
Also known as cloud point, wax appearance temperature is the temperature at which a crude oil sample first precipitates solid wax as it is being cooled under prescribed test conditions.
The PSA-70Xi Cloud, Pour and Freeze Point is the world’s only analyzer that performs pour, cloud and freeze point in one unit. Combining functions saves money and valuable bench space in the lab, while optimizing workflow.
Phase Technology’s new JFA-70Xi jet fuel analyzer is the world’s first and only instrument that performs three crucial tests in one unit—freeze point, viscosity and density.
Phase Technology’s new DFA-70Xi analyzer is the world’s first and only instrument that performs four important diesel fuel tests in one single unit—cloud point, pour point, viscosity and density.
Phase Technology’s new MFA-70Xi analyzer measures cloud point, pour point, viscosity and density of light marine distillate fuels like DMX, DMA, DMZ, and DMB.
PetroSpecs portable QuickSpec analyzer delivers simple, fast, and accurate analysis of ethanol and water in gasoline blends throughout the fuel blending process.
The PetroSpec DT-100 Dye Tester is an affordable and fast portable analyzer that is ideal for the simultaneous quantification of dye and color concentrations in diesel fuels and heating oils.
The ACCURA sampling device is designed for fully automated analysis of gaseous and pressurized liquid hydrocarbon streams for MultiTek and Gas Chromatography applications.
Ellipsometric jet fuel thermal oxidation heater tube scanner. Our new OptiReader provides pass/fail results with a full 2D and 3D thickness map defining maximum deposit thickness and volume.
OptiFuel combines the best of our GS PPA, TD PPA and QuickSpec capabilities into one analyzer and adds the latest FTIR technology into the most robust fuel analyzer in the market.
Measure evaporation residue in aviation fuels, motor gasolines, and other volatile distillates in accordance with ASTM D 381, ISO 6246, EN 5 and IP 131 test methods.
The HRB 754 Ring & Ball Tester automatically determines the softening point of bitumen, tar, pitch, tall oil rosins, and polymeric resins via standard ring and ball test methods.
The HDV 632 is a fully automated Vacuum Distillation Analyzer, which offers highest flexibility for the user.
The Herzog Multi-Range Viscometer HVM 472 determines direct kinematic viscosity of transparent and opaque liquids fully automated.
Herzog’s automated Ubbelohde viscometers offer stability, ease of use, repeatability, and high sample throughput.
Herzog’s HVP 972 is the modern analytical instrument designed for accurate determination of vapor pressure of both automotive and aviation gasoline, turbine fuels, other light distillate petroleum products, hydrocarbon solvents and chemical compounds.
OptiDist is the benchmark in atmospheric distillation testing offering the highest level of precision.
Safe and accurate flash point determination for low volume samples. The new Small Scale Flash Point Analyzer completes PACs Herzog OptiFlash family.
Optiflash Cleveland Open Cup accurately detects flash point up to 400°C for petroleum products, lube oil, gear oil, food & beverages, chemicals, and fluxed bitumen.
OptiFlash Tag & Abel is the new benchmark in flash point analysis, fully designed to meet today’s expectations on user convenience, quality and safety compliance.
The Herzog OptiFlash Pensky Martens determines the flash point of petroleum products, biodiesels, solvents, fluxed bitumen, food, and beverages up to 400°C.
Herzog by PAC pioneered the Cetane Ignition Delay 510 instrument, a unique technology that is proven to provide the best precision in the market for determining the Derived Cetane Number of all types of diesel fuel, biodiesel, FAME, HVO, BTL, and GTL.
The high pressure viscosity sensors 440 and 443 are used in various applications including PVT oil research, EOR, core analysis, and supercritical fluid research.
For oil, gas, and supercritical fluids, the ViscoLab PVT delivers accurate, fast, and reliable viscosity measurements.
The ViscoLab 3000 laboratory viscometer is the ideal choice for measurement when viscosity testing requires the sample material to be tested at specific temperatures.
The ViscoLab 4000 is a small sample viscometer which supports up to 12 different 20:1 viscosity ranges; up to 10,000 cP with several output options.
Antek’s MultiTek is the leading instrument on the market that combines testing for sulfur, nitrogen, and halides all in one.
Simultaneous Analysis of Total Sulfur and Total Nitrogen in One Single Run!
PAC’s Alcor VTR-100 (Visual Tube Rater) is used to manually rate heater tube deposits formed during a jet fuel thermal oxidation test.
Alcor’s MCRT-160 provides safe measurements of petroleum products with a tendency to thermally degrade and form coke under high temperature pyrolyzing conditions.
PAC has decades of experience with jet fuel stability and thermal fouling in refineries and pipelines.
The Alcor Intelligent Heater Tube™ (IHT) ensures traceable, accurate, and secure jet fuel thermal oxidation testing.
Our new OptiReader provides pass/fail results with a full 2D and 3D thickness map defining maximum deposit thickness and volume.
Alcor’s JFTOT IV is the globally recognized standard jet fuel thermal oxidation tester, with a worldwide installed base over 1000 instruments of various generations of JFTOT instruments and over 40 years of experience in the industry.
To assist refiners in determining the aromatic content of diesel fuels, AC Analytical Controls developed a fast, robust and easy-to-use system.
The AC Analytical Controls by PAC D5501 Ethanol Content of Denatured Fuel Ethanol application ensures complete compliance with ASMT D5501.
To assist refiners in determining D86 boiling range data AC Analytical Controls developed the AC 8634 application.
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.
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.
AC Analytical Controls® offers the Extended Hydrocarbon Oil Index analyzer to determine the content of dispersed mineral oil between n-C7 and n-C40 in water by means of gas chromatography.
The AC Analytical Controls® CNS SIMDIS for Crude Oil is the most advanced analyzer on the market to simultaneously determine the boiling range distribution of Carbon, Nitrogen, and Sulfur in crudes and final products.
The Crude Oil Analyzer combines the results of DHA Front End (FE) and High Temp (HT) SIMDIS analyses into one total true boiling point (TBP) report for the best performance in crude oil analysis.
The AC Analytical Controls® standard solutions cover a wide spectrum of petroleum, petrochemical, and natural gas analysis needs.
AC Analytical Controls® offers the FAME in AVTUR analyzer, specifically designed for routine analysis by refineries, distribution and pipeline companies, independent labs, airline companies, military, or any other organization required to measure FAME (biodiesel) in jet fuel.
In the last decade, there has been a worldwide growth in the interest for alternative fuels. Biodiesel Fatty Acid Methyl Esters (FAMEs) offer an alternative to fossil diesel fuel.
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.
The AC Analytical Controls Thiophene in Benzene application meets ASTM D7011 standards by determining trace thiophene in refined benzene by gas chromatography and sulfur selective detection.
The Reformulyzer M4 determines full group type analysis of gasoline and gasoline blend streams using multi-dimensional gas chromatography.
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.
Intelligent capabilities built into the Agilent 8890 GC give you the freedom to work with your GC … not on it.
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.
AC Analytical Controls by PAC offers a solution to characterize the composition of natural gases according to GPA 2261 with results within 25 minutes.
The VIDA ML density meter is specifically designed for mobile laboratory applications providing accurate and repeatable density analysis for a wide range of liquids according to ASTM D4052.
The ISL Manual Viscometer Bath TVB 445 is designed to perform a variety of accurate temperature controls required for general laboratory use or as a constant temperature bath.
The VIDA Density Meter is a simple solution for measuring density in refining and petrochemical applications.
Using a “Houillon” capillary tube, ISL’s VH Series Viscometers automatically determine kinematic viscosity of lubricating oils, used oils, fuels, polymers, and similar materials over a wide viscosity range.
ISL’s safe, easy to use NCK2 5G Noack evaporation loss analyzer enables the most precise testing to meet increasing QS/QA requirements in full compliance with CEC, ASTM & IP methods.
Designed to provide highly accurate cloud and pour point temperatures of petroleum products during cooling, ISL’s automated Mini Cloud Pour Point Analyzer is compact, portable and delivers fast results.
The next generation Cold Filter Plugging Point analyzer combines a patented built-in cooling system and highly precise detection mechanism into an ultra-compact, easy to use instrument.
The next generation Freeze Point Analyzer offers proven technology used by labs worldwide.
OptiPMD is the second generation of a state-of-the-art solution for fast and reliable distillation analysis.