SKID MOUNTED LUBE OIL BLENDING PLANT
LINUS PROJECTS LIMITED (NIGERIA) is an ISO9001:2015 certified Multinational organization established in the year 2014.

LINUS PROJECTS LIMITED (NIGERIA) is manufacturer & exporter of Skid Mounted Lube Oil Blending Plant, It's a compact and portable facility designed for the blending of lubricating oils. These plants are typically mounted on a skid, making them easy to transport and set up at various locations. They are equipped with all the necessary components for mixing base oils and additives to produce high-quality lubricants, ensuring efficiency and flexibility in production.

• The Skid Mounted Lube Oil Blending Plant represents a significant advancement in the lubricant production sector, showcasing both efficiency and modern technology.

• This cutting-edge facility is specifically engineered to enhance the blending process of lube oils, ensuring accuracy and dependability.

• Designed on a compact and modular skid, this plant provides a comprehensive solution that maximizes space efficiency.

• Its configuration makes it particularly suitable for industries where space constraints are a major factor.

• Overall, this innovative plant is an excellent option for businesses seeking to optimize their lubricant manufacturing operations.

The skid-mounted blending plant, featuring state-of-the-art automation, significantly reduces the necessity for manual involvement. A combination of intelligent sensors, programmable logic controllers (PLCs), and intuitive interfaces work together to manage the blending process with accuracy. This integration not only improves the efficiency of manufacturing operations but also ensures the consistent production of high-quality lubricants.

The skid-based lube oil blending plant provides an all-encompassing solution for manufacturers aiming to enhance efficiency, adaptability, and dependability in their lubricant production operations. This facility exemplifies the technological progress within the industry, representing a strategic investment that enables manufacturers to fulfill market requirements, uphold product quality, and remain competitive in the ever-evolving lubricant sector.

SKID LUBE OIL BLENDER

The Skid Mounted Lube Blender is designed with a variety of features that significantly improve its efficiency, versatility, and ease of use in lubricant blending applications. These attributes position it as an exceptional choice for manufacturers aiming for accuracy and flexibility in their processes.

The blender is engineered to support a wide variety of base oils and additives, enabling manufacturers to create an array of lubricant products. User-friendly interfaces improve operational simplicity and offer real-time monitoring for operators. The system utilizes effective mixing techniques to guarantee comprehensive blending of base oils and additives, leading to superior lubricant formulations. The automated and efficient blending process minimizes processing time, thereby enhancing overall operational productivity.

Automated controls and accuracy in the blending process ensure uniform and high-quality lubricant formulations. Additionally, the system may include traceability features to track and document the ingredients utilized, thereby strengthening quality control protocols.

FEATURES:
• The system features a skid-mounted design, providing a compact and modular solution that facilitates easy installation and integration within current facilities.

• This skid-based setup maximizes space efficiency, making it ideal for environments with limited room.

• Its adaptable formulation capabilities cater to a variety of sectors, including automotive, industrial, and specialty lubricants.

• The inclusion of advanced sensors guarantees accurate measurement and monitoring of components throughout the blending process.

• Automated control of the blending sequence is achieved through programmable logic controllers (PLCs), enhancing consistency and minimizing manual input.

VISCOSITY INDEX KETTLE

Viscosity index improvers are additives designed to improve the viscosity-temperature characteristics of lubricating oils, thereby ensuring greater stability over varying temperature conditions. The incorporation of these additives typically requires the use of specialized equipment, such as kettles or vessels.

The kettle is engineered to facilitate the precise blending and integration of viscosity index improvers into lubricating oils. It guarantees an even distribution of the additive throughout the oil mixture. Typically, the kettle is made from materials that are compatible with both the lubricant additives and base oils, thereby preserving the quality of the lubricant formulation. Additionally, the kettle is often equipped with a heating system to keep the lubricant blend at an ideal temperature, which is essential for the efficient mixing and incorporation of the viscosity index improver.

FEATURES:
• Mixing mechanisms within the kettle facilitate the homogenization of the mixture, ensuring that the additive is evenly distributed throughout the blend.

• Maintaining precise temperature control is essential during the blending process to avoid the degradation of lubricant components and to ensure the effective incorporation of the viscosity index improver.

• The kettle may be equipped with an additive injection system that allows for the accurate and timely introduction of the viscosity index improver into the lubricant mixture.

• Safety mechanisms, including pressure relief valves, temperature sensors, and emergency shut-off systems, are often integrated to guarantee safe and regulated operation.

• The dimensions and capacity of the kettle are determined by the production scale and specific needs of the lubricant blending operation, with larger facilities typically utilizing industrial-scale kettles.

• In contemporary lubricant blending plants, the kettle for the viscosity index improver is frequently part of a comprehensive automation system, enabling coordinated control with other components of the blending process.

• Kettles utilized in lubricant blending are specifically designed for straightforward cleaning and maintenance, which is vital for avoiding cross-contamination between various lubricant formulations.

• The integration of advanced technology in the kettle design can lead to improved operational efficiency and reduced production costs in lubricant blending facilities.

DOSING TANK FOR ADDITIVE

ADDITIVE DOSING TANK

The additive dosing tank in a lubricant blending facility plays a vital role in the accurate formulation of lubricants. This tank is exclusively designed for the precise and controlled introduction of different additives into the base oil, ensuring the final lubricant meets the required specifications.

The additive dosing tank features an advanced injection system that allows for the precise and controlled introduction of specific additives into the blending process. This system guarantees accurate dosing, which is essential for maintaining the consistency and quality of the final lubricant formulation. Additionally, the dosing tank is typically designed for easy modular integration within the lube oil blending plant, allowing it to work harmoniously with other components like base oil tanks and mixing units.

FEATURES:
• The tank offers a high degree of versatility and is compatible with a broad spectrum of lubricant additives, such as anti-wear agents, detergents, dispersants, antioxidants, and viscosity modifiers.

• Designed for adaptability, the dosing tank allows for adjustments to meet varying formulation needs, enabling manufacturers to modify dosages in response to changes in base oils or specific product requirements.

• Many additive dosing tanks are equipped with a Clean-In-Place (CIP) system, which simplifies the cleaning process between different additive formulations, thereby preventing cross-contamination and preserving product quality.

• To enhance safety, additive dosing tanks often feature integrated systems for leak detection and overflow protection, which help to prevent spills and create a secure working environment.

• The system may also include functionalities for traceability and documentation, ensuring that dosage records are maintained for thorough quality control and adherence to regulatory standards.

• The additive dosing tank is fully incorporated into the comprehensive plant automation framework, facilitating coordinated management and synchronization with other components involved in the blending process.

• This integration provides manufacturers with the adaptability needed to create lubricants that meet particular industry standards and application needs.

LOAD CELLS

Load cells are essential in the blending of lube oil, as they offer accurate measurement and control of the materials involved in the mixing process. Within lube oil blending systems, load cells are commonly employed to oversee and adjust the flow of base oils, additives, and various other ingredients, thereby ensuring that the formulations are both precise and consistent.

Load cells play a crucial role in the continuous monitoring of the weight of materials introduced into the blending process. This real-time data allows for immediate adjustments to ensure the correct proportions of the blend are maintained. Typically integrated into a closed-loop control system, load cells measure actual weights and compare them to predetermined targets. The system is capable of making automatic modifications to uphold precision.

Regular calibration and maintenance of load cells are vital for maintaining their accuracy over time. Adequate care and calibration enhance the durability and dependability of the load cell system. In sectors where cleanliness and hygiene are paramount, load cells may be engineered with smooth surfaces and features that facilitate easy cleaning to avoid the buildup of contaminants.

THERMIC BOILER

Thermic boiler, commonly referred to as a thermal oil heater, is an advanced industrial heating apparatus specifically engineered to effectively and safely convey heat to a thermal fluid or oil. This heated fluid is subsequently circulated to deliver indirect heating to a range of processes, equipment, or areas within an industrial environment. The application of thermic boilers is prevalent in sectors where accurate and regulated heating is essential.

The effectiveness of thermic boilers is fundamentally rooted in their capacity for efficient heat transfer. The thermal fluid, chosen for its superior heat-carrying capabilities, effectively absorbs and conveys heat. These boilers are particularly adept at providing accurate temperature regulation. Sophisticated control systems guarantee that the thermal fluid sustains the required temperature, aligning with the stringent demands of various industrial applications. The adaptability of thermic boilers is a defining feature of their construction. They are utilized across a wide range of industries, including chemical, petrochemical, food processing, and manufacturing, where indirect heating is essential.

Designed for high-temperature applications, thermic boilers are capable of functioning effectively at increased temperatures. This characteristic renders them ideal for processes that require precise temperature regulation.

Applications:
• Thermal transfer mechanisms utilized in industrial production.

• Heating of asphalt materials during roadway development.

• Drying and printing processes in the textile sector.

• Culinary operations such as frying and baking within the food industry.

• Processes involved in chemical and petrochemical manufacturing.

SKID MOUNTED LUBE OIL BLENDING PLANT

LINUS PROJECTS LIMITED (NIGERIA) is an ISO9001:2015 certified Multinational organization established in the year 2014 and it’s headquartered in Mumbai, India.

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SKID MOUNTED LUBE OIL BLENDING PLANT LINUS PROJECTS LIMITED (NIGERIA) is an ISO9001:2015 certified Multinational organization established in the year 2014.