🔬 VUV Results

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H126 - Fuel Properties

Property comparison with CRC World Fuel Survey, SPK fuels, and ASTM specification limits

Property Comparison Charts

Horizontal bars show how this fuel's expected properties compare to conventional jet fuels (CRC survey), synthetic paraffinic kerosenes (SPK), and ASTM specification limits. Actual measured values for this sample are pending; charts show reference context.

CRC Survey Range (1655 conventional fuels) Unblended SPK Range (D7566 Annex fuels) A-2 Reference Value ASTM D1655 Spec Limits

Density (15C) (kg/m³ | ASTM D4052)

Flash Point (°C | ASTM D93)

Freeze Point (°C | ASTM D5972)

Viscosity (-20C) (mm²/s | ASTM D445)

Net Heat of Combustion (MJ/kg | ASTM D4809)

Smoke Point (mm | ASTM D1322)

Aromatics (vol% | ASTM D6379)

Hydrogen Content (mass% | ASTM D7171)

📊 Data Sources

CRC World Fuel Survey (AV-33-22, 2025): 38 conventional jet fuel samples representing global production. Range shown is min-max across all surveyed fuels.

SPK Range: Typical unblended synthesized paraffinic kerosene properties, representing fuels qualifying under ASTM D7566 Annex specifications (FT-SPK, HEFA-SPK, ATJ-SPK, etc.).

A-2 Reference: POSF 10325, the standard Jet A reference fuel used in aviation fuel research. Values from CRC Handbook.

Spec Limits: ASTM D1655 (conventional Jet A/A-1) and D7566 (synthesized aviation fuels) specification limits where applicable.

⚠ Actual measured properties for this sample are not yet available. The comparison context above shows where typical fuels of this type fall relative to industry benchmarks.

Measured Properties

Lab measurements pending. Placeholder values will be updated when available.

Density @ 15°C

—

kg/m³ | ASTM D4052

Flash Point

—

°C | ASTM D93

Freeze Point

—

°C | ASTM D5972

Viscosity @ -20°C

—

mm²/s | ASTM D445

Net Heat of Combustion

—

MJ/kg | ASTM D4809

Smoke Point

—

mm | ASTM D1322

Naphthalenes

—

vol% | ASTM D1840

Aromatics

—

vol% | ASTM D6379

Sulfur

—

mass% | ASTM D4294

Hydrogen Content

—

mass% | ASTM D7171

Distillation IBP

—

°C | ASTM D86

Distillation 10%

—

°C | ASTM D86

Distillation 50%

—

°C | ASTM D86

Distillation 90%

—

°C | ASTM D86

Distillation FBP

—

°C | ASTM D86

VUV-Derived Composition Summary

n-Alkanes

65.2%

mass % (VUV)

iso-Alkanes

15.9%

mass % (VUV)

Cycloalkanes

15.2%

mass % (VUV)

Aromatics

3.6%

mass % (VUV)

Total Identified

99.9%

mass % (VUV)