With the rising demand for high-performance lubricants, manufacturers are under mounting pressure to enhance efficiency and lower costs. Technological and process innovations are crucial to address these challenges while ensuring product integrity and adherence to industry standards. The global lubricant sector is poised for significant growth. Equipped with cutting-edge technology, this comprehensive solution enables capitalising on the increasing worldwide demand and establishing a strong foothold in this lucrative market.
What is driving
the increase in demand for Lubricant Oil Worldwide?
Lubricant oil is essential in the machinery industry as it significantly reduces friction between moving parts. Lubrication forms a thin layer between these components, effectively decreasing friction. Lubricating oil addresses problems such as overheating, scuffing, rubbing, and corrosion, aids in preventing wear and tear, thereby extending the equipment's lifespan, and provides protection against corrosion. This not only enhances the longevity of the equipment but also improves its performance.
The need for
bulk storage tanks is crucial for businesses operating in sectors
such as energy and oil manufacturing. Given the rising demand in the lubricant
oil industry, companies need bulk storage tanks to successfully manage large
volumes of diverse oils, which aids in price discounts, minimises waste, and
provides better protection and operational productivity. The capability to hold
multiple types of oils in bulk enables businesses to efficiently mix and
manufacture various formulations, thereby fulfilling the diverse demands of
their customers.
In today's rapidly evolving
industrial landscape, where downtime can incur significant financial
repercussions, having a reliable bulk oil storage system is imperative, not
optional.
Safety
Guidelines
The oil and gas field is
required to comply with a range of regulations that call for redundant
measurements in the processing operations. These strict regulations are
designed to minimise the risk of tank leaks and the related environmental
hazards, as well as to ensure the health and safety of workers and surrounding
communities.
Why Measuring
Sensors
During the scorching summer heat, lubricants tend to release vapour. Lubricant oil is a low-reflective and fairly costly product: customers need a technology that can accurately and reliably monitor the exact content of each tank for optimised processes and inventory control. Furthermore, some tanks require contactless measurement due to the presence of agitators. Given the significant number of tanks, the need for automated data transmission to a control room is evident.
Types of Measuring Indicator
Sensors
The standard types of
measuring indicator sensors for oil tanks include float level indicators,
ultrasonic sensors, radar sensors, capacitance sensors, and hydrostatic
(pressure) sensors. These sensors leverage various technologies to detect and
convey liquid level information to a display or control system.
What Are Radar Sensors?
Radar
Liquid Level Sensors provide a dependable approach for assessing
material levels in tanks and vessels without requiring physical contact. These
sophisticated devices send microwave pulses downward toward the liquid or solid
surface, and the sensor determines the distance by timing how long it takes for
the reflected signal to return, thus accurately indicating the level.
Their operational mechanism
renders them resistant primarily to difficult process conditions such as high
temperatures, pressure fluctuations, vacuum, or the presence of vapours and
dust, ensuring reliable accuracy where other technologies might struggle. As a
result, radar sensors are extensively used in various industrial sectors,
including petrochemical and chemical processing, for essential level monitoring
and control tasks. This robust, non-invasive technology delivers reliable and
precise level data that is crucial for efficient operations and safety. Without
a radar level meter in the plant, utilising manual measurement may result in
increased labour costs and lead to safety-related incidents.
Radar level transmitters
operate similarly to ultrasonic sensors, but they generate electromagnetic
radio microwaves instead of sound waves.
Types Of Radar
Sensors
- TDR Radar (Time Domain Reflectometry)
- FMCW (Frequency Modulated Continuous Wave) Radar
The Frequency Modulated
Continuous Wave (FMCW) Radar Sensor is more sophisticated than other sensors;
it can continually and accurately detect the level in process tanks, even when
the tanks are being filled. Its transmitters are unaffected by high
temperatures, internal tank movement, and agitators.
Benefits Of
Radar Level Sensors
- Continuous Remote Monitoring with SCADA or PLC systems: Radar sensors, contactless and remote monitoring, continue unaffected by pressure variations, foam, heat, vapour, dust, internal agitators, or during the tank filling process. Radar Sensors deliver constant level readings and are compatible with SCADA or PLC systems, enabling distant monitoring of lubricant oil levels in the tanks.
- Enhanced Security Preventing Overfilling & Pipeline Leaks: Radar Sensor technology supports remote monitoring, enabling quick responses to changes in levels and helping to avert potential issues such as overfilling, pipeline leakage, and contamination. It also helps prevent pressure-related problems or accidents that could lead to environmental harm or personal injury.
- Stock Inventory Management: Effective record-keeping using radar sensors helps reduce surplus stock. Radar sensors deliver precise information on lubricant oil levels in storage tanks, enabling continuous monitoring. Radar sensors ensure precise level information, which in turn prevents downtime and losses.
- Protection from Theft: The company allocates a significant portion of its resources towards security measures. Lubricant oil is a valuable product that requires consistent and continuous monitoring of product levels to enable operators to detect discrepancies and potential theft.
- Live Update to Stakeholders: Improving inventory management, safety, and operational efficiency. This technology facilitates remote monitoring. Stakeholders can access real-time information on lubricant levels, enabling them to make proactive decisions.
LINUS PROJECTS (INDIA) is an ISO 9001:2015 certified
Multinational organisation established in 2014 and headquartered in
Mumbai, India.
LINUS PROJECTS (INDIA) specialises in manufacturing and exporting fully automated lube oil blending machinery, featuring a continuous blender and an auto-cleaning system. Our equipment features a variety of VFD-controlled pumps, flow meters, and automated valves, all engineered by a highly skilled team adept at utilising the latest technologies. Additionally, the integration of radar sensors provides real-time level monitoring, seamlessly connecting with SCADA or PLC systems for remote oversight of lubricant oil levels in storage tanks.
LINUS PROJECTS (INDIA)
Address: Plot No. N 86/3,
Bohonoli Village, Opp CEAT Tyres,
Anand Nagar Additional MIDC, Ambernath. Maharashtra 421506.
LINUS PROJECTS LIMITED
(NIGERIA)
Address: KM 15, Phase II Plaza,
Jakande 1st Gate, Lekki Epe Express Way, Beside FCMB Bank, Jakande Lekki Lagos
State, Nigeria
Mobile: +91 - 9867080329 /
9867080330
Email: ceo@linusprojects.com sales@linusprojects.com
Website: https://www.linusprojects.com/
