Triton Analytics Corporation
PRICE LIST
Current as of November 2009
METHOD METHOD UNIT PRICE
CODE DESCRIPTION IN DOLLARS
NOISE Hydrocarbon Type Analysis by Nitric Oxide Chemical Ionization
Mass Spectrometry with Townsend Discharge providing weight%
estimates of Z number vs.Carbon #,Iso/Normal Paraffin ratio,
alkyl benzo-, dibenzo-, and benzonaphtho-thiophenes,
alkyl carbazoles, and alkyl phenols.
For low olefinic Hydrocarbon Mixtures boiling below 1000F.
AVERAGE TURNAROUND TIME : 2-3 DAYS 550.
NOISE-NR Non-routine Hydrocarbon Type Analysis and/or Hourly
custom report generation. (discussed with Dr. Calvin Blakley)
GC-DHA Detailed Hydrocarbon Analysis by 100 meter 375.
capillary GC by individual components of Naphtha range
hydrocarbons with FBP < 450oF (C3-C12)
AVERAGE TURNAROUND TIME : 10 DAYS
GC-ID Custom identification of individual hydrocarbon Hourly
componenets by capillary GC with nitric oxide Chemical
ionization. Unequivocal identification of hydrocarbon type
(par, olefin, naph, aromatic) and carbon number.
AVERAGE TURNAROUND TIME : 15 DAYS
VAPOR Determination of vapor pressure of Petroleum Mixtures 445.
by Headspace Gas Chromatography. (California Air Resources
Board Method)
AVERAGE TURNAROUND TIME : 5 DAYS
GC-NR Non-routine capillary GC analysis by liquid Hourly
injection or headspace analysis. (discussed with Dr. D.C.Villalanti)
AVERAGE TURNAROUND TIME : 15 DAYS
HTSD High Temperature Simulated Distillation with Initial 275.
Boiling Point >100oF and Final Boiling Point of 1400oF.
Results reported as IBP, FBP, and 1% wt increments, and % recovery.
AVERAGE TURNAROUND TIME : 4 DAYS
HTSD-CN High Temperature Simulated Distillation with Initial 300.
Boiling Point >100oF and Final Boiling Point of 1400oF.
Results reported as IBP, FBP, and 1% wt increments,
and % recovery; with special carbon number report
AVERAGE TURNAROUND TIME : 4 DAYS
D2887 True Boiling Point Simulated Distillation with Initial 200.
Boiling Point of >100oF and Final Boiling Point of <1000oF.
Results reported as IBP, FBP, and 1% wt increments, and
% recovery.
AVERAGE TURNAROUND TIME : 4 DAYS
D3710 True Boiling Point Simulated Distillation with Initial 250.
Boiling Point of <50oF and Final Boiling Point of <500oF.
Results reported as IBP, FBP, and 1% vol increments, and
% recovery.
AVERAGE TURNAROUND TIME : 4 DAYS
N-BASE Proprietary High Precision Determination of Basic 80.
Nitrogen by Perchloric Acid Titration. (ASTM-D2896)
AVERAGE TURNAROUND TIME : 3 DAYS
BROMINE High Precision Determination of Bromine 110.
Number in Gasoline and Other Hydrocarbon fractions. (ASTM-D1159)
AVERAGE TURNAROUND TIME : 3 DAYS
ACIDNUM High Precision Determination of Acid 125.
number of Petroleum Products. (ASTM-D664)
AVERAGE TURNAROUND TIME: 3 DAYS
CHLORIDE Proprietary High Precision Determination of 75.
Ionic Chloride in petroleum products.
AVERAGE TURNAROUND TIME : 3 DAYS
API ASTM4052/5002 by digital densitometer 45.
AVERAGE TURNAROUND TIME: 3 DAYS
VISC ASTM7042/D445 Kinematic viscosity at one temperature 75.
ASTM7042/D445 Kinematic viscosity at 2-3 temperatures 150.
AVERAGE TURNAROUND TIME: 3 DAYS
AWC ASTM D 848 Acid Wash Color suitable for settting 110.
specification of aromatics. This test gives an
indication of impurities which if sulfonated would cause
the material to be discolored.
AVERAGE TURNAROUND TIME: 3 DAYS
Note: all analyses are subject to a hazardous waste disposal fee of $8/sample
Prices are subject to change
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If you have analytical requirements not described here,
email me at villalanti@earthlink.net
This page created by Leslye Garner with Netscape
Navigator Gold
revised Nov 2009