SGS fuel analysis – Diesel Oil CAN/CGSB-3.517

In March 2023, the independent and accredited laboratory SGS received a sample of diesel oil supplied by the fuel supplier SG Énergie, established in Quebec City, Canada.


The laboratory analyzed the regular fuel, then treated a sample with XBEE Enzyme Fuel Technology at the advised ratio of 4,000:1. This additized sample was stored for a few weeks in order to simulate storage, and was finally analyzed according to the Canadian standard CAN/ CGSB-3.51-2020.

According to the assistant to the head of the Laboratory Alexandra Cosquer :

“The analyzed characteristics comply with the specifications.”

Analyses

Methods

Without XBEE

With XBEE

Units

Limits

Flash point

ASTM D 93

42.0

43.0

40 min

Kinematic viscosity at 40°C

ASTM D 445

1.740

1.736

mm²/s

1.70 - 4.10

Distillation at 90%

ASTM D 86

297.3

297.8

360 max

Water and sediment

ASTM D 2709

<0.01

<0.01

Vol %

0.02 max

Acid number

ASTM D 664A

<0.1

<0.1

mgKOH/g

0.10 max

Total sulphur

ASTM D 5453

6.9

6.6

mg/kg

15 max

Copper corrosion (3h at 50°C)

ASTM D 130

1a

1a

n°1

Carbon residue Conradson

ASTM D 4530

<0.10

<0.10

mass %

0.20 max

Ash from petroleum products
· Ash content
· Mass of the sample taken

ASTM D 482


<0.01
100.76


<0.01
79.81

mass % g

0.010 max

Measured cetane number
· Cetane number
· CRS reference

ASTM D 613


43.2
T32/U32


43.1
T32/U32

40 min

Electrical conductivity at 20°C

ASTM D 2624

>2,000

>2,000

pS/m

25 min

Upper pour point

ASTM D 97

-45

-45

Cloud point

ASTM D 2500

-31

-32

Cold filter plugging point

ASTM D 6371

-45

-47

Lubricity by HFRR
· Minor axis
· Major axis
· Wear scar diameter
· Fuel temperature

ASTM D 6079


500
400
450
25


440
360
400
25


µm
µm
µm

Among the most notable elements, we can notice that the lubricity is improved, going from 450 to 400 µm of wear, i.e. a 12.5% improvement.