Reid Vapor Pressure Tester

Technical Data Sheet

Property Average Value
Gravity@15.6oc : 0.859 Max
SPI: 33.45
Sulphur: 1.2-1.5 Max
Water & Sediment Content: 0.2 Max
Water Content: 0.1 Max
Salt Content: 8 Max
Carbon Residue: 4 Max
Reid Vapour Pressure: 0
Pour Point: 0.35
Ash: 0
Asphalt : 1 Max
ASTM Stabilized Gravity: Degree 3.7
Recovery @50oc: 0.8 Min
@100oc: 8
@200oc: 28
@250oc: 37
@300oc: 47
Total Distillate: 47
Total Residue: 2.5Max

High-quality liquefied petroleum gas meeting GOST 20448-90 specifications, primarily a propane-butane mixture for industrial and domestic use.

Specifications
Specification: Propane-butane mix

MOQ: 50,000 - 500,000 MT/Month

Technical Details:
Propane Content: 45-55%
Butane Content: 45-55%
Vapor Pressure at 45 C: 1.6 MPa max
Sulfur Content: 0.01% mass max
Trading Details
Origin: Republic of Kazakhstan
Incoterms: CIF/FOB
Loading Ports: Port of Aktau, Rotterdam, Houston, etc.
Payment Guarantee: SBLC, DLC
Payment Terms: MT103 or TT
Performance Bond: 2% PB
Contract Term: 12 months minimum (with rolls and extensions)
Inspection: SGS, CIQ or similar

Specifications:

Origin: Nigeria Nnpc

Specific Gravity: 0.8398.

Api At 60 Deg. F: min 35.0 - Max 37.00 +/- 5% (astm D-1298).

Water Content By Distillation: 0.2% (astm D-4006).

Pour Point Degrees F: below 40 (astm D-97).

Sulfur Weight %: 0.14 (astm D-139).

Salt Content Parts Per Billion: 3.0 (astm D-526).

Reid Vapor Pressure (p.s.i.g.): 6.52 (astm D-529).

Kinematic Viscosity @ 30 Deg. C: 2.2 (astm D-523).

Initial Boiling Pt. (ibp): 35 Deg. C (astm D-86).

Distill To 75 Deg. C Vol.%: 7.0.

Distill To 175 Deg. C Vol.%: 35.5

Distill To 300 Deg. C Vol%: 60.5

Colour brown.

Scope
Automatic saturated vapor pressure analyzer is designed and manufactured according to national standards GB/T8017 ASTM D323 ISO3007 NFM07007 regulations. The instrument is suitable for measuring the vapor pressure of gasoline and other volatile petroleum products, and it is not suitable for the detection of vapor pressure of liquefied petroleum gas. Method of use: the cooled sample is filled into the gasoline chamber of the vapor pressure analyzer, and the gas chamber is connected with the air of a certain temperature.

BLCO. No chain of brokers. We are direct to the source. 2 million barrels and more per consignment. Long term contracts possible. Please do not waste our time - we will not waste yours. Contact us only if you can perform. Delivery can begin within 7 to 14 days of funding validation. Prefer European and Western delivery, but will consider all REAL Buyers.

Product Specifications:

SPECIFIC GRAVITY: 0.8398
API AT 60 DEG. F: Min 35.0 â?? Max 37.00 +/- 5% (ASTM D-1298)
WATER CONTENT BY DISTILLATION: 0.2% (ASTM D-4006)
POUR POINT DEGREES F: BELOW 40 (ASTM D-97)
SULFUR WEIGHT %: 0.14 (ASTM D-139)
SALT CONTENT PARTS PER BILLION: 3.0 (ASTM D-526)
REID VAPOR PRESSURE (P.S.I.G.): 6.52 (ASTM D-529)
KINEMATIC VISCOSITY @ 30 DEG. C: 2.2 (ASTM D-523)
DISTILLATION INITIAL BOILING POINT (IBP): 35 DEG. C (ASTM D-86)
DISTILL TO 75 DEG. C VOL.%: 7.0
DISTILL TO 175 DEG. C VOL.%: 35.5
DISTILL TO 250 DEG. C VOL.%: 51.5
DISTILL TO 300 DEG. C VOL%: 60.5
COLOUR Dark Brown

Specific Gravity: 0.8459
Water Content: 0.2% Vol. Max
BSW: 0.6% Vol. Max
Pour point: Below 40 Degree F. Max
Salt: LB per 1,000 bbl, 12, Max
Total Sulphur, wtK%: 0.14 Max
Reid Vapor Pressure: 6.52 PSIG, Max
Carbon Residue, wt%: 1.0, Max
VINI, PPM wt:, 2.0 Vis, cst @ 37.8 Deg C: 3.47, Min
Yield C1-C4 wt%: 2.10

Agents/Brokers/Buyers can always contact Ostus Ltd via Go4WB and provide us with your specification, terms and conditions with ICPO without exclusion of end-buyer's full details.

We will not process any paperwork that is incomplete; if you decide to remove the contact details of the end-buyer from the paperwork. End-seller can only prepare a FCO/SPAs to end-buyer.

Please, check on an International commodities pricing platforms for your Platts/DTD Net prices for BLCO.

Seller or Title Holders prefer SBLC, L/C Payment documents and not IRDLC/DLC.

Bonny Light Crude Oil:

01. Specific Gravity at 60* F/15.55? C: 0.8397 - 0.8498
02. API Specific Gravity at 60* F/15.55? C: 37.0
03. Density at 60* F/15.55? C - Cg - C M - MAC 0.85 max
04. Pour Point 40* F / 4.44* C
05. Sulfur Content, % Wt. 0.14 max
06. Colour Dark Brown
07. Salinity TB at 0.10% BS&W 47 max
08. Acid Number 0.39 max
09. Reid Vapour Pressure 6.52 psig max
10. Water Content, Pct.(%) 0.50 max
11. Sediment Content, Pct.(%) 0.50 max
12. Iron Wt. Ppm 1.00 max
13. Nickel Wt. Ppm 4.00 max
14. Vanadium Wt. Ppm 2.00 max.

PROPERTY APPROX. VALUE/ RANGE
SPECIFIC GRAVITY 0.8335
API 32.9 35.30
WATER CONTENT 0.36.13% VOL
RSW 0.6% VOL
POUR POINT +50 DEGREE F
SALT. Lb, 1,000 BBI 3.16
TOTAL SULFUR, wt% 0.14% 0.16%
REID VAPOUR PRESSURE 6.52 PSIG
CARBON RESIDUE, wt% 1.0
V/NI, PPM WT: 2 - 3
Vis cst@37.80C 3.47
YEILD C1 - C4, wt% 2.10

Propane: 85% min. by liquid volume
Propylene: 5% max. by liquid volume
Butane & heavier HC: 2.5% max. by liquid volume
Sulfur: 120 ppm max. by weight

LPG stands for liquefied petroleum gas, also known as propane or butane. It is a flammable hydrocarbon gas that is commonly used as fuel for heating and cooking in homes, as well as for industrial applications, transportation, and agriculture.

LPG is a byproduct of crude oil refining and natural gas processing. It is a mixture of propane and butane gases, which are liquefied through pressurization and cooling. LPG is stored and transported in pressurized tanks and cylinders as a liquid, but when released into the atmosphere, it vaporizes into a gas.

LPG is a versatile fuel that has many advantages over other fossil fuels. It is clean-burning and produces fewer emissions than gasoline or diesel, making it a more environmentally friendly fuel option. It is also highly efficient, as it has a high energy content per unit volume, and can be easily transported and stored in liquid form.

LPG is widely used around the world, particularly in areas where natural gas pipelines are not available or where electricity is unreliable or expensive. It is commonly used in households for cooking and heating, and in vehicles as an alternative fuel to gasoline or diesel. LPG is also used in industrial applications such as manufacturing, agriculture, and chemical processing.