Base Oil SN 3500
Welcome to the world of Base Oil SN 350, a pinnacle of quality and performance in lubricant additives production. Defined as a light-grade base oil, SN 350 sits squarely within the specifications of Grade I base oils, making it a preferred choice for a wide range of applications. **RAHA Oil Co:** As a leading supplier of base oil Group I certified by the American Petroleum Institute (API), RAHA Oil Co sets the standard for excellence. Our Base Oil SN 350 boasts purity levels exceeding 90%, with a viscosity index ranging from 85 to 120, ensuring optimal performance in lubrication applications. **Production Process:** Our base oils undergo meticulous solvent refining, dewaxing, and hydrogen treatment processes to eliminate impurities, guaranteeing a product free from any compounds that may compromise its quality. **Applications:** Base Oil SN 350 serves as the cornerstone for manufacturing various lubricant products, including: - Motor oil - Industrial oil - Grease - General-purpose oils - Mould oil - Transmission fluids - Gear oils - Metalworking fluids - Additives - Hydraulic oils - Transformer oils **Packaging Options:** We offer Base Oil SN 350 in a range of convenient packaging options, including new or used 180 kg drums, ISO tanks, flexitanks, and bulk shipments. Each 20-foot container accommodates up to 80 drums, ensuring efficient handling and storage. **Health & Safety:** While our lubricants pose minimal toxic hazards under normal usage conditions, proper handling is paramount. Avoid skin contact, splashing, and exposure to combustible materials. Store lubricants undercover and away from pollution risks, and ensure proper disposal of used oil to protect the environment. Trust Base Oil SN 350 from RAHA Oil Co for superior lubrication performance and uncompromising quality across diverse applications.
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Base Oil N60
Base Oil N60, the cornerstone of lubricating greases, motor oils, and metal processing fluids. Dive into the world of base oils, where different compositions and properties cater to diverse product requirements, particularly viscosity across temperatures. **Understanding Base Oil Production:** Base oil production starts with refining crude oil, where heating separates various distillates. Light hydrocarbons become fuels like petrol, while heavier ones form bitumen and base oils. The concentration of base oil molecules and their extractability determine crude oil suitability for base oil production. **Varieties of Crude Oils:** Crude oils worldwide, including paraffinic and naphthenic types, contribute to base oil diversity. Paraffinic crude oils are common, while naphthenic ones offer better solubility and excellent low-temperature properties. Hydrogenation technology removes sulfur and aromatics, yielding exceptionally pure base oils for stringent quality demands. **Enhancing Base Oil Quality:** Chemical additives play a vital role in meeting end-product quality requirements. Additives improve friction, cleaning properties, and overall performance. Some motor oils contain over twenty percent additives, highlighting their significance in achieving desired characteristics. Explore the intricate world of base oils and their crucial role in lubrication technology. From refining processes to additive enhancements, Base Oil N60 ensures top-tier performance across industrial applications.
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Base Oil SN 650
Base Oil SN 650, a premium-grade lubricant engineered to meet the rigorous demands of various industrial applications. Meticulously processed and purified, SN 650 offers unmatched quality and reliability for your operations. **Key Features:** - **Purity and Quality Assurance:** Derived from crude oil through a meticulous process of solvent refining, dewaxing, and hydrogen treatment, SN 650 is free from impurities and compounds that could compromise its performance. - **API Group I Specification:** Compliant with the standards set by the American Petroleum Institute (API), SN 650 belongs to Group I base oils, boasting high saturate content and a viscosity index within the optimal range. - **Versatile Applications:** From agro-processing to manufacturing, SN 650 serves as a vital component in various industries, ensuring smooth operations and superior performance. **Packaging Options:** Base oil SN 650 is available in a range of packaging options to suit your specific requirements: - New or used 180 kg drums - ISO tanks - Flexitanks - Bulk shipments Each 20-foot container can accommodate up to 80 drums, providing convenience and flexibility in transportation and storage. **Health and Safety Considerations:** While SN 650 lubricants are formulated with highly refined mineral oils and specific additives, it's important to observe proper handling protocols: - Minimize skin contact and prevent splashing during handling. - Store lubricants in a covered area, away from combustible materials and any potential sources of pollution. - Ensure correct disposal of used oil to prevent environmental contamination. Trust Base Oil SN 650 for superior lubrication performance and uncompromising quality in your industrial operations.
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Base Oil SN 150
Base Oil SN 150, a cornerstone product in various industrial applications. As one of the foremost producers of virgin base oil, we pride ourselves on delivering superior quality and performance to meet your needs. **About Base Oil SN 150:** Base Oil SN 150, categorized in group I, is a common quality base oil utilized in a multitude of applications. From lubricating greases to motor oil and metal processing fluids, SN 150 serves as a fundamental component in numerous manufacturing processes. One crucial aspect is its viscosity across different temperatures, ensuring optimal performance in diverse conditions. Our SN 150 boasts exceptional purity, free from impurities or compounds that could compromise oil quality. **Key Features of SN 150:** - **Highly Refined Paraffinic Oils:** Our SN 150 is meticulously processed to achieve high saturation and low sulfur concentration, guaranteeing premium quality. - **Excellent Solubility:** With superior solubility characteristics, SN 150 facilitates the integration of additives into various product formulations, enhancing overall performance. Trust Base Oil SN 150 from Base Oil Co for uncompromising quality and reliability in your manufacturing processes. Experience the difference that superior base oil can make in your applications.
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Base Oil N70
70N, your premier source for high-purity paraffinic oil solutions. Crafted through meticulous high-pressure hydrocracking and hydro-dewaxing processes, Pure Performance 70N stands out for its exceptional purity, low viscosity, and versatile performance. **Key Features:** - **High Purity:** Our base oil undergoes rigorous purification processes, removing virtually all metals, sulfur, and nitrogen from the feedstock, ensuring uncompromised quality. - **Low Viscosity:** With optimal viscosity characteristics, Pure Performance 70N offers smooth flow and excellent lubricating properties, suitable for various applications. - **Versatile Applications:** Customers rely on Pure Performance 70N for a multitude of uses, including as a process oil, in ATF formulations, agricultural applications, and as a key component in lubricant blends. Experience the difference with Pure Performance 70N, the benchmark in high-performance base oils. Trust us for consistent quality and superior performance across all your applications.
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Base Oil N7,N85,N150
Base oils – essential ingredients in the production of lubricants, motor oils, and metal processing fluids. Our focus today lies on Base Oil N7, N85, N150, and N300, each serving distinct industrial purposes. **Understanding Base Oils:** Base oils play a crucial role in various industries, offering lubrication and protection to machinery and equipment. Different products demand specific compositions and properties in the oil, with viscosity being a critical factor across different temperatures. **Production Process:** Base oil is derived through the refining of crude oil. This involves heating crude oil to separate various distillates. Light hydrocarbons, suitable for fuels like petrol, are separated from heavier ones, which are then processed into bitumen and base oils. Stay tuned as we explore the nuances of base oils and their significance in industrial applications. Whether you're in automotive, manufacturing, or any other sector requiring reliable lubrication, understanding base oils is essential for optimal performance and efficiency.
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N300
Base oils – essential ingredients in the production of lubricants, motor oils, and metal processing fluids. Our focus today lies on Base Oil N7, N85, N150, and N300, each serving distinct industrial purposes. **Understanding Base Oils:** Base oils play a crucial role in various industries, offering lubrication and protection to machinery and equipment. Different products demand specific compositions and properties in the oil, with viscosity being a critical factor across different temperatures. **Production Process:** Base oil is derived through the refining of crude oil. This involves heating crude oil to separate various distillates. Light hydrocarbons, suitable for fuels like petrol, are separated from heavier ones, which are then processed into bitumen and base oils. Stay tuned as we explore the nuances of base oils and their significance in industrial applications. Whether you're in automotive, manufacturing, or any other sector requiring reliable lubrication, understanding base oils is essential for optimal performance and efficiency.
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Crud Oils
Bonny Light Crude Oil from Nigeria Gravity, API: 35.4/35.8 Sulfur, wt%: 0.14 Hydrogen, wt%: 13.2 Total Nitrogen, ppm: 1030 Acid Number, mg KOH/g: 0.27/0.25 Pour Point, °F / °C: 0 / -18 Viscosity, cSt at 50°C (122°F): 2.90 Vanadium, ppm: 0.4 Nickel, ppm: 3.6 Ramsbottom Carbon, wt%: 0.93 Asphaltenes, (H.C7) wt%: 0.007 Escalante Crude Oil from Argentina API Gravity: 24.1 Sulphur (weight %): 0.19 Reid Vapour Pressure (kPa): 10 Hydrogen Sulphide (ppm): < 1 Density (g/mL)@ (°C)15: 0.9093 Pour Point (°C): -1 Kinematic Viscosity (mm2/s or cSt) @16°C: 2120 Metals (ppm): Iron: 4, Nickel: 1, Sodium: 5, Vanadium: 1 Nitrogen: 0.29 Cabinda Crude Oil from Angola Gravity, API°: 32.5/32.8 Sulfur, wt%: 0.12/0.13 Total Nitrogen, ppm: 2020 Hydrogen, wt%: 13.1 Acid Number, mg KOH/g: 0.06/0.06 Pour Point, °F / °C: 60 / 16 Viscosity, cSt at 40°C (104°F): 13.2 Vanadium, ppm: 2.2 Nickel, ppm: 16 Ramsbottom Carbon, wt%: 3.4 Asphaltenes, (H.C7) wt%: 0.17 Nemba Crude Oil from Angola Gravity, API°: 38.7/39.3 Sulfur, wt%: 0.19 Total Nitrogen, ppm: 1210 Hydrogen, wt%: 13.6 Acid Number, mg KOH/g: < 0.02/0.02 Pour Point, °F / °C: 25 / -4 Viscosity, cSt at 50°C (122°F): 3.04 Vanadium, ppm: 2.2 Nickel, ppm: 2.3 Ramsbottom Carbon, wt%: 1.5 Asphaltenes, (H.C7) wt%: 0.21 Palanca Crude Oil from Angola Gravity, API°: 37.2/38.4 Sulfur, wt%: 0.18/0.17 Total Nitrogen, ppm: 1080 Hydrogen, wt%: 13.6 Acid Number, mg KOH/g: 0.03/0.04 Pour Point, °F / °C: 50 / 10 Viscosity, cSt at 50°C (122°F): 3.90 Vanadium, ppm: 1.1 Nickel, ppm: 1.4 Ramsbottom Carbon, wt%: 1.38 Asphaltenes, (H.C7) wt%: 0.40 Basra Light Crude Oil from Iraq API gravity at 16.6c: 34.1 Sulfur, wt%: 1.1 Pour Point, o: -27 Kin. Vis. Cst at 100°F: 6.394 Vanadium content ppm: 30.0 Nickel content ppm: 8.5 Iron content ppm: 1.6 Copper content ppm: 0.2 Rebco Crude Blend Crude Oil from Russia Density at 20°C, g/cm3, max.: 0.870 Sulfur, wt %, max.: 1.8 Paraffin, wt %, about: 6.0 Water and sediments, %, max.: 1.20 Distillation, % vol.: up to 200°C: min 21 up to 300°C: min 41 up to 350°C: min 50 Salts, mg/l, max.: 100
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Light Crude Oil
Light Crude Oil Overview: Light crude oil, a liquid petroleum characterized by its low density and free-flowing nature at room temperature, boasts low viscosity, low specific gravity, and high API gravity. Unlike heavy crude oil, which is denser and flows less easily, light crude contains a high proportion of light hydrocarbon fractions and typically has minimal wax content. Price Disparity: In commodity markets, light crude oil commands a higher price compared to heavy crude due to its superior yield of gasoline and diesel fuel during the refining process. This makes it a valuable commodity for oil refineries seeking to maximize the production of high-demand petroleum products. Environmental Considerations: While light crude oil offers advantages in refining efficiency, its environmental impact is relatively lower compared to heavy crude. The refining process for heavy crude demands more advanced techniques and may involve the use of contaminants, leading to greater environmental concerns. Specifications - Bonny Light Crude Oil: Gravity, API: 35.4/35.8 Gravity SG: 0.8478/0.8459 Sulfur, wt%: 0.14/0.14 Hydrogen, wt%: 13.2 Total Nitrogen, ppm: 1030 Acid Number, mg KOH/g: 0.27/0.25 Pour Point, F / C: -18 / -180 Charact. Factor (K-FACTOR): 11.9 Viscosity, cSt at 40°C (104°F): 3.14 Viscosity, cSt at 50°C (122°F): 2.90 Vanadium, ppm: 0.4 Nickel, ppm: 3.6 MCR, wt%: 0.99 Ramsbottom Carbon, wt%: 0.93 Asphaltenes (H.C7), wt%: 0.007 Delve into the world of light crude oil, its properties, and its significance in the global energy landscape.
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Light Cycle Oil
Light Cycle Oil: Enhancing Diesel Production Light Cycle Oil (LCO) is a crucial diesel boiling range product derived from Fluid Catalytic Cracking Units (FCCUs). While inherently valuable, LCO requires further processing to become a suitable diesel fuel blending component. Oil refining involves a complex industrial process of separation, conversion, and finishing, with FCCU serving as a primary conversion unit. FCCU and LCO Production Within the FCCU, responsible for producing petrol, LPG, and LCO, diesel stands out as the most efficient fuel for automobiles, driving global demand. However, many older refineries prioritize petrol production, necessitating optimization to meet diesel demands. LCO emerges as a byproduct alongside gas and petrol, demanding treatment in the diesel hydrotreater (DHT) unit to yield low-sulfur, environmentally friendly diesel. Optimizing LCO Production To meet diesel demands efficiently, refineries employ medium conversion mode over traditional low conversion mode in FCCUs. This strategic shift minimizes gas production loss, enhances petrol octane rating, and reduces low-valued slurry oil production. Medium conversion mode ensures both gas quality and quantity are maintained while improving petrol octane rating and reducing low-valued slurry oil. Additionally, a separate slurry oil stripping tower is employed to recover LCO from slurry oil, further optimizing production processes.
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