Cloud & Pour Point (Mini Method)

Model: OptiMPP
Standard Method: D7346, D7689,
Correlates to D97, D2500

Cold Filter Plugging Point

Model: OptiFPP
Standard Method: D6371, IP309, EN16329, EN116

Cloud & Pour Point

Model: OptiCPP
Standard Method: D97, D5950, IP15,
D5771, D2500, IP219

Wax Appearance Temperature

Model: WAT-70Xi
Standard Method: D5773 (IP 446), D2500 (IP 219 / ISO 3015) equivalent

Cloud, Pour & Freeze Point

Model: 70Xi
Standard Method: D5949, D97 (IP 15 / ISO 3016), D5773 (IP 446), D2500 (IP 219 / ISO 3015) equivalent, D5972 (IP 435)

Freeze, Viscosity & Density

Model: JFA-70Xi
Standard Method: D5972 (IP 435), D2386 (IP 16/ISO 3013), DEF STAN 91-091, CGSB 3.23 & 3.24

Diesel Cloud, Pour, Viscosity & Density

Model: DFA-70Xi
Standard Method: D5773 (IP 446), D2500, D5949, D97, D7945 @ 40 ºC, D445, D4052

Marine Fuel Viscosity, Density & Cold Properties

Model: MFA-70Xi
Standard Method: D7945, D5773, D5949, D7770

Atmospheric Micro Distillation

Model: OptiPMD
Standard Method: D7345, Correlates to D86, D1160 (FAME)

Atmospheric Pressure Distillation

Model: OptiDist
Standard Method: D86, D1078, D850, IP123, IP195

Vacuum Distillation

Model: HDV 632
Standard Method: D1160

MultiTek

Applications: Sulfur, Nitrogen, Halides,...
Standard Method: D4629, D5176, D7184, D5453, D6667, D7183, D7551,...

Total Elemental Combustion Analyzer

Sulfur: D5453, D6667, D7183, D7551
Nitrogen: D4629, D5176, D7184

Ellipsometric Heatertube Scanner

Model: OptiReader
Standard Method: D3241, Annex 4

Automatic Freezing Point

Model: OptiFZP
Standard Method: D7153, Correlates to D2386, IP16, IP529

Jet Fuel Thermal Oxidation

Model: JFTOT IV
Standard Method: D3241, IP 323

Full Composition

Solutions to characterize the composition of natural gases according to standard methods.

Boiling Point Distribution

AC provides a full range of solutions that accurately determine true boiling point data from Naphtha up to crude oil samples.

Trace Analysis

AC Analytical control developed a series of trace analysis solutions to determine trace level components in different matrices.

Percent Level Analysis

Analyzers determine steams concentrations in percent level in all finished fuels.

Custom Analyzers

Solves the toughest analytical challenges through a GC that is designed, built, and tested for your specific application.

Other

Noack Evaporation Loss

Model: NCK 2 5G
Standard Method: D5800, IP421

Pensky, Tag, Abel & Cleveland Flash Point

Model: OptiFlash
Standard Method: D93, IP34, D56, D92, IP170

Small Scale Flash Point

Model: OptiFlash
Standard Method: D3828, D3278, D7236

Vapor Pressure

Model: HVP 972
Standard Method: D5191, D6378,
EN13016, IP 394

Gum Evaporation Residue

Model: HGT 915, 917
Standard Method: D381, EN5, IP131, IP 540

Micro Carbon Residue

Model: MCRT 160
Standard Method: D189, D4530

Ring & Ball

Model: RB36
Standard Method: D36, E28, EN 1427, IP 58, ISO 4625

Mini-Viscometer

Model: Optimvd
Standard Method: D7945, D7777
Correlates to D445, D4052, ISO 3104, IP 71, GOST 33, GB/T 265

Multirange Viscometer

Model: HVM 472
Standard Method: D445, D446, IP 71

Houillon Viscometers

Model: VH1 & VH2
Standard Method: D7279, D2270