Re- Refinery Products ― Market Use
Table of Contents Raw Gas Oil Vacuum Gas Oil Hydrofinished Gas Oil Asphalt Flux
Raw Gas Oil The material is very thin RGO has low water content and light, having Raw Gas Oil (RGO) is a and is essentially the viscosity and density Petroleum Distillate gasoline and diesel which by-product. values similar to that of a have been removed from the diesel fuel and gasoline used motor oil feedstock. mixture. It’s produced in the early stages of the re-refining The product has This material is ideal for process as the feedstock approximately 1.0% sulfur fuel refiners needing is being stripped of content and has a yellow-to- additional feedstock for brown appearance. impurities. their process.
Parameter Test Method Target Value Range Raw Gas Oil Flash Point, °F D92 100 70-140 Specifications Water D6304 0.0 <0.5 Viscosity, cSt @ 40° C D445 2.50 1.00-5.00 Viscosity, cSt @ 100° C D445 1.00 1.00 API Gravity D287 36.0 34.0-40.0 Total Ash D482 0 <0.5 Arsenic, PPM D5185 0 <1.0 Cadmium, PPM D5185 0 <1.0 Chromium, PPM D5185 0 <1.0 Lead, PPM D5185 0 <1.0 Sulfur, WT% D5185 1.5 1.0-3.0 Silica, PPM D5185 10 <100 Pour Point, °F D97 0 0 Initial Boiling Point D7169 250 250 Temp @ 5% Recovery D7169 350 350 Temp @ 10% Recovery D7169 400 400 Temp @ 20% Recovery D7169 450 450 Temp @ 50% Recovery D7169 550 550 Temp @ 70% Recovery D7169 600 600 Temp @ 90% Recovery D7169 650 650 Final Boiling Point D7169 700 700
Vacuum Gas Oil Lube Distillate is the Petroleum Distillate that remains after fuels, water, impurities, and spent additive components have been removed from the used motor oil feedstock. This material is known as Vacuum Gas Oil (VGO) or Light Vacuum Gas Oil. The color characterization of VGO would be honey/brown. VGO has a low metal content, typically less than 50ppm total metals, and a normal viscosity of 130 SUS. After the removal of contaminants from the used motor oil, the resulting VGO can serve as an excellent feedstock for a fluid catalytic cracker in the production of gasoline/diesel or as additional feedstock for base oil producers.
Parameter Test Method Target Value Range Vacuum Flash Point, °F D92 400 >360 Gas Oil Viscosity, cSt @ 40° C D445 24.0 23.0-26.0 Specifications Viscosity, cSt @ 100° C D445 4.70 4.50-4.90 API Gravity D287 33.0 30.0-35.0 Total Metals, PPM D5185 20.0 10.0-50.0 Color D1500 6.0 5.0-7.0 Sulfur, PPM D4294 2000 1500-2500 Carbon Residue, Conradson, WT% D189A 0.01 <1.0 Airline Point, °F D661A 240 Report Nitrogen, PPM D5762 483 Report Pour Point, °F D97 10 10 Initial Boiling Point D7169 530 530 Temp @ 5% Recovery D7169 670 670 Temp @ 10% Recovery D7169 700 700 Temp @ 20% Recovery D7169 740 740 Temp @ 50% Recovery D7169 800 800 Temp @ 70% Recovery D7169 840 840 Temp @ 90% Recovery D7169 900 900 Final Boiling Point D7169 1100 1100
Hydrofinished Gas Oil Hydrofinished Gas Oil (HGO) is a fully refined Petroleum Distillate. This material has been captured at the completion of the re-refining hydrotreating process. HGO is the lightest product captured during the fractionation process. HGO has a water white appearance with a sulfur content of approximately 0.02% by weight. The viscosity is typically 50 SUS with a typical flash point of 270°F. The material is similar to highly refined Kerosene/Diesel Fuel and would make excellent feedstock for Diesel Fuel refining.
Parameter Test Method Target Value Range Flash Point, °F D92 280 >204 Hydrofinished Water, VOL% D6304 0.01 <0.05 Gas Oil Viscosity, cSt @ 40° C D445 8.50 6.00-10.00 Specifications Viscosity, cSt @ 100° C D445 2.30 2.00-3.00 API Gravity D287 35.0 >28.0 Total Metals, PPM D5185 <20 10.0-50.0 Color, ASTM D1500 <0.5 <1.0 Color, SAYBOLT D6045 20 >0 Sulfur, PPM D4294 100 <300 Carbon Residue, Ramsbottom, WT% D524A <0.01 <0.35 Cetane Index D976 54.0 Report Cetane Number D613 55.5 >40 Lubricity, Major Scar, um D6079 350 <500 Lubricity, Minor Scar, um D6079 300 <500 Lubricity, Avg Scar, um D6079 335 <500 Nitrogen, PPM D5762 483 Report Cloud Point, °F D2500 9.0 <26 Copper Strip Corrosion D130 1a <3 Pour Point, °F D97 -7 0 Nitrogen, PPM D3228 180 <300 Initial Boiling Point D7169 400 400 Temp @ 5% Recovery D7169 500 500 Temp @ 10% Recovery D7169 520 520 Temp @ 20% Recovery D7169 550 550 Temp @ 50% Recovery D7169 620 620 Temp @ 70% Recovery D7169 650 650 Temp @ 90% Recovery D7169 680 680 Final Boiling Point D7169 740 740
Asphalt Flux Asphalt Flux is a thick tar-like material that is produced from extracting the polymers and additive materials from used motor oil feedstock. This product is suitable as : • Feedstock for a delayed coker at a refinery producing transportation fuels. • An excellent Asphalt Extender for the paving industry. •An [additive] in material for the roofing and construction sectors.
Parameter Test Method Target Value Range Color Report Black Black Flash Point, °F D92 500 450-550 Asphalt Flux Viscosity, cSt @ 100° C D445 1000 500-1500 Specifications API Gravity D287 16.0 12.0-18.0 Total Ash D482 5.0 4.0-8.0 TCLP Metals SW 846 6010C Pass Pass Mercury, mg/L SW 846 7470A 0 <0.0005 TCLP Volatiles SW 846 8260C Pass Pass TCLP Semi Volatiles SW 846 8270D Pass Pass Sulfur, WT% D5185 1.5 1.0-3.0 Nitrogen, PPM D5185 Report 7500-10000 Calcium, PPM D5185 Report 5000-10000 Magnesium, PPM D5185 Report 1500-3000 Zinc, PPM D5185 Report 4000-7000 Sodium, PPM D5185 Report 12000-14000 Phosphorous, PPM D5185 Report 6000-8000 Silica, PPM D5185 Report 100-1000 Iron, PPM D5185 Report 500-2000 Lead, PPM D5185 Report 0-400 Initial Boiling Point D7169 700 700 Temp @ 5% Recovery D7169 800 800 Temp @ 10% Recovery D7169 850 850 Temp @ 20% Recovery D7169 890 890 Temp @ 50% Recovery D7169 950 950 Temp @ 70% Recovery D7169 1030 1030 Temp @ 90% Recovery D7169 1200 1200 Final Boiling Point D7169 1330 1330
Contact Information Michael Maloney Don Sanders Director of Re-Refinery Sales Refinery Operations Manager M – 316.209.4775 M – 417.540.5795 P – 316.832.3603 P – 316.832.3696 F – 316.832.3703 F – 316.832.3796 michaelm@universallubes.com dons@universallubes.com For more information about Universal Lubricants, please visit UniversalLubes.com
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