NIST & ASTM Calibrated
Ref: H₂O @ 4°C = 1.0000 kg/L Density Library
kg to Gallons LAB

Mass to Volume Authority

Precision Density-Aware Reference Platform

Kg to Gallons of LNG

Convert kilograms of LNG to US liquid gallons, Imperial gallons, and liters using verified reference density (0.4500 kg/L).

Quick presets:
Direction: Mass → Volume
kg
Quick:
≈ 22.046 lbs
@ 20°C
Density: 1.0000 kg/L Lookup
1 US Gal = 3.78541 Liters
Converted Volume Liquefied Natural Gas LNG (0.4500 kg/L)
5.87049 US Liquid Gallons

10 kg of liquefied natural gas lng equals approximately 5.87049 US Liquid Gallons.

10G 7.5G 5G 2.5G 0G
📐 Interactive Vessel Level (26.4% of 10G Tank)
Equals approx. 2.64 standard 1-gallon jugs
Fluid Color & Density: Water (1.000 kg/L)
5-Gallon Pail 52.8%
55-Gallon Steel Drum 4.8%
264-Gallon / 1000L IBC Tote 1.0%
US Liquid Gal
2.6417 gal
Imperial / UK Gal
2.2000 gal
US Dry Gal
2.2702 dry gal
Metric Liters
10.000 L
Pounds (Weight)
22.046 lbs
Fluid Ounces
338.14 fl oz
Formula Applied: Volume = 10 kg ÷ (1.0000 kg/L × 3.78541) = 2.64172 gal
Accuracy: 5 Decimal Places
✓ No approximation error ✓ ASTM & NIST standards ✓ Instant live calculation
Why mass ≠ volume without density? →
Physical Density
0.4500 kg/L
Ref: -162°C
Specific Gravity
0.4500
Relative to H₂O
1 kg Equivalent
0.58705 gal
Imp: 0.48882 gal
1 Gallon Weight
1.703 kg
3.755 lbs / gal

Material Metrology & Physical Properties: LNG

Liquefied Natural Gas (LNG) is methane gas (CH₄) purified of acid gases, water, and heavy hydrocarbons, then cryogenically chilled to -161.5°C (-258.7°F) at atmospheric pressure. Under GIIGNL standards, liquid LNG has an ultra-light physical density ranging from 0.4300 to 0.4700 kg/L (mean baseline 0.4500 kg/L / 3.755 lbs per US gallon).

Liquefaction condenses natural gas volume by a factor of approximately **600 to 1**, making long-distance maritime transport in insulated double-hulled cryogenic tankers economically viable. In heavy freight transport and maritime propulsion, LNG replaces diesel to significantly cut particulate and nitrogen oxide emissions.

Because LNG is stored at boiling cryogenic temperatures, continuous boil-off gas (BOG) occurs. Bunkering stations and maritime terminals calculate energy transfer using certified mass in metric tons and gross heating values (MMBtu).

Boiling Point -161.5°C (-258.7°F)
Freezing / Cloud Point -182.5°C (-296.5°F)
Kinematic Viscosity 0.12 mPa·s @ -162°C
Thermal Expansion Coeff 0.350% / °C
Measurement Temperature -162°C
Handling, Safety & Measurement Guidance

Cryogenic liquid posing severe rapid frostbite hazards. Contact with water triggers non-combustible rapid phase transitions (RPT). Tank ullage must be continuously vented or reliquefied.

Commercial Packaging & Container Weights for LNG

Calibrated @ -162°C
Container Vessel Volume (US Gallons) Net Mass (Kilograms) Net Mass (Pounds)
1 US Liquid Gallon 1.0 gal 1.70 kg 3.75 lbs
5-Gallon Commercial Pail 5.0 gal 8.52 kg 18.77 lbs
15-Gallon Heavy Carboy 15.0 gal 25.55 kg 56.32 lbs
55-Gallon Industrial Drum 55.0 gal 93.67 kg 206.53 lbs
275-Gallon IBC Bulk Tote 275.0 gal 468.33 kg 1032.63 lbs
1 Metric Ton (1,000 kg) 587.0 gal 1,000.00 kg 2,204.62 lbs
Precision Metrology Chart

LNG Conversion Table (0.5 kg to 1,000 kg)

Multi-standard volumetric expansion calculated at verified density of 0.4500 kg/L.

1 kg = 0.58705 US gal
Weight (KG) US Liquid Gal Imperial Gal Liters (L) US Dry Gal Weight (lbs)
0.5 kg 0.2935 gal 0.2444 gal 1.111 L 0.2522 gal 1.10 lbs
1 kg 0.5870 gal 0.4888 gal 2.222 L 0.5045 gal 2.20 lbs
2 kg 1.1741 gal 0.9776 gal 4.444 L 1.0090 gal 4.41 lbs
5 kg 2.9352 gal 2.4441 gal 11.111 L 2.5225 gal 11.02 lbs
10 kg 5.8705 gal 4.8882 gal 22.222 L 5.0449 gal 22.05 lbs
15 kg 8.8057 gal 7.3323 gal 33.333 L 7.5674 gal 33.07 lbs
20 kg 11.7410 gal 9.7764 gal 44.444 L 10.0898 gal 44.09 lbs
25 kg 14.6762 gal 12.2205 gal 55.556 L 12.6123 gal 55.12 lbs
50 kg 29.3525 gal 24.4410 gal 111.111 L 25.2245 gal 110.23 lbs
100 kg 58.7049 gal 48.8821 gal 222.222 L 50.4491 gal 220.46 lbs
250 kg 146.7623 gal 122.2051 gal 555.556 L 126.1226 gal 551.15 lbs
500 kg 293.5245 gal 244.4103 gal 1111.111 L 252.2453 gal 1102.31 lbs
1000 kg 587.0490 gal 488.8206 gal 2222.222 L 504.4905 gal 2204.62 lbs
Answers & Clarity

Frequently Asked Questions

Direct answers to the most common mass-to-volume conversion queries.

Natural gas shrinks by a volumetric ratio of approximately 600 to 1 when cooled to -162°C, meaning 600 cubic feet of atmospheric gas condenses into just 1 cubic foot of liquid LNG.