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1] Gas analysis using ASTM D1945 and ASTM D1946
a. Natural Gas
b. Refinery Gas
c. Reformed Gas
d. Syngas
e. Other

2] Liquid fuels (Including renewable liquid fuel, biofuel, bio-oil, bio diesel, gasoline, aviation fuel, diesel fuel, heavy fuel oil, and other)
a. Kinematic Viscosity by ASTM D445
b. Karl Fisher volumetric determination of water content by ASTM D4928
c. Elemental Analysis (Carbon, Hydrogen, and Nitrogen) of liquid fuel by ASTM D5291B
d. Heat of Combustion by oxygen bomb calorimetry by ASTM D240
e. Distillation of liquid fuels by ASTM D86
f. Sulfur content of liquid fuels ASTM D5453
g. Pensky Martens Closed Cup Flash Point ASTM D93
h. Ash content of liquid fuels by ASTM D240
i. Pour Point of liquid fuels by ASTM D97
j. Cloud Point of liquid fuels by ASTM D2500
k. Copper Strip Corrosion by ASTM D130
l. Total Acid Number by ASTM D664
m. Ramsbottom Carbon Residue by ASTM D524
n. Calculated Cetane Index by ASTM D976

3] Solid Fuels
a. Moisture content based on ASTM D1762
b. Ash content based on NREL/TP 510-42622
c. Volatile matter based on ASTM D1762
d. Fixed carbon based on ASTM D1762
e. Elemental Analysis of Carbon, Hydrogen, and Nitrogen by ASTM D5373
f. Heating value (calorific value) by ASTM D5865
g. Proximate analysis
h. Ultimate analysis
i. Iodine Number by ASTM D4607
j. pH by ASTM D3838

4] Agricultural
a. Moisture content based on ASTM D1762
b. Ash content based on NREL/TP 510-42622
c. Volatile matter based on ASTM D1762
d. Fixed carbon based on ASTM D1762
e. Elemental analysis of Carbon, Hydrogen, and Nitrogen by ASTM D5373
f. Heating value (calorific value) by ASTM D5865
g. Particle size distribution
h. Angle of repose
i. Tapped density
j. Proximate analysis
k. Ultimate analysis

5] Miscellaneous
a. pH of aqueous samples by EPA 9040c or ASTM E70
b. pH of nonaqueous samples by EPA 9040c or ASTM E70
c. Free cyanide in aqueous samples by Ion-selective electrode by EPA 9213
d. Total cyanide in aqueous samples by Ion-selective electrode following distillation based on EPA 9010c and EPA 9213
e. 5 day Biological Oxygen Demand by SM 5210B
f. Total dissolved solids (filterable solids) by EPA 160.1
g. Total suspended solids (non-filterable solids) by EPA 160.2
h. GC/MS analysis and method development

6] Collaborative Research
a. Method Development
b. Method Optimization
c. Process Analytics
d. Consulting
e. Other