LUKOIL-Marine subdivision has been established to promote the marine oil product line. An operational control system covering the major global marine oil markets, including Europe, America, Asia and the Middle East and now Nigeria has been established. The supply chain of Lukoil Marine embraces more than 900 ports in 72 countries of the world.
PRODUCTS
LUKOIL Marine Lubricants delivers the latest technology and state of the art Marine Grade Range. It covers main- and minor grades of proven quality. Our products exceed OEM specifications.
Our engine oils have excellent deposit- and wear control and meet the demands of latest and highly rated engine designs as well as other applications.
Our Two-Stroke Engine Grade Range consists of System Oil NAVIGO 6 SO and a range of Cylinder Oils NAVIGO MCL, also for low sulphur applications and engines running at optimized feed rates.
Our Four-Stroke Engine Oils are called NAVIGO TPEO. This range of products offers different level of alkalinity reserve, either as SAE 30 or SAE 40 grade and covers highly loaded engines at low lube oil consumption from distillate – to heavy fuel oil operation.
To offer consistently high quality products globally for ancillary machinery applications a cooperation with FUCHS Schmierstoffe GmbH was formed. Fuchs, the world’s largest independent lubricant specialist produces in about 40 blend plants globally the Marine Minor Grade range – German technology and highest quality on hydraulic fluids, gear oils, air compressor and turbine oils as well as refrigeration oils and greases – exclusively for LUKOIL Marine Lubricants.
The Marine Minor Grade range consists of Titan Engine Oils of super long-life premium quality, high Viscosity Index RENOLIN Hydraulic Fluids and TITAN Transmission Fluids reliable up to high loads, thermally stable and ashless RENOLIN ETERNA Turbine Oils, Thermal Oil, RENOLIN Gear Oils with outstanding load carrying capacity, high performance synthetic and mineral Compressor Oils, RENISO Refrigeration Oils of leading quality, Corrosion Protection and Marine Greases. For further details on individual products can be found on the relevant product data sheet.
BY RANGE
Our engine oils have excellent deposit- and wear control and meet the demands of latest and highly rated engine designs as well as other applications.
Our Two-Stroke Engine Grade Range consists of System Oil NAVIGO 6 SO and a range of Cylinder Oils NAVIGO MCL, also for low sulphur applications and engines running at optimized feed rates.
Our Four-Stroke Engine Oils are called NAVIGO TPEO. This range of products offers different level of alkalinity reserve, either as SAE 30 or SAE 40 grade and covers highly loaded engines at low lube oil consumption from distillate – to heavy fuel oil operation.
To offer consistently high quality products globally for ancillary machinery applications a cooperation with FUCHS Schmierstoffe GmbH was formed. Fuchs, the world’s largest independent lubricant specialist produces in about 40 blend plants globally the Marine Minor Grade range – German technology and highest quality on hydraulic fluids, gear oils, air compressor and turbine oils as well as refrigeration oils and greases – exclusively for LUKOIL Marine Lubricants.
The Marine Minor Grade range consists of Titan Engine Oils of super long-life premium quality, high Viscosity Index RENOLIN Hydraulic Fluids and TITAN Transmission Fluids reliable up to high loads, thermally stable and ashless RENOLIN ETERNA Turbine Oils, Thermal Oil, RENOLIN Gear Oils with outstanding load carrying capacity, high performance synthetic and mineral Compressor Oils, RENISO Refrigeration Oils of leading quality, Corrosion Protection and Marine Greases. For further details on individual products can be found on the relevant product data sheet.
TECHNICAL SERVICES
Although we guarantee a quick turnaround time in our Laboratory there might be circumstances that could require an immediate check on key characteristics of the oil.
If used correctly an onboard test equipment can help to identify whether corrective action is required. It cannot replace the onshore monitoring done in a specialized Laboratory, but a portable test kit designed for the analysis of lubricants onboard ship gives immediate data and reduces risks of equipment failures.
The Used Oil Analysis Service is a service provided by an independent partner of LUKOIL Marine Lubricants.
Our service is offered in two levels: Standard and Enhanced. The Enhanced Service monitors the condition of the equipment in addition to the Standard Service level, which is the condition of the lubricating oils.
The standard service level of the Used Oil Analysis Service concentrates on large systems such as main engines and big hydraulic systems to ensure the oil is fit for continued service.
With the Enhanced Service we enable you to monitor the performance of machinery the oil is in contact with. In addition to the condition of the used oils we are estimating the condition of the equipment. Of course the oil of a small system can easily be replaced. However for a critical system it might still be a useful service to prevent machinery breakdown.
In general the service describes the key oil characteristics such as kinematic viscosity, base- or acid numbers and evaluates external contaminants and the trend of different wear elements, size of particles, ISO cleanliness index, water content etc. The new oil characteristics and the OEM limits provides always a reference and are shown on the analysis report.
The interpretation of Used Oil Analysis Service results is done in accordance to our standards.
Dear customer,
Please find attached some general and special guide lines for changing over a vessel from its current supplier to the use of LUKOIL Marine Lubricants.
Our technical support engineers should be provided with the information about lubricant brand and grade of each application installed on board the ship.
Our lubricant recommendation is based on specification of manufacturers and the current lubricant in use. When setting up a LUKOIL Marine Lubrication Chart we take special care that changing over will be a smooth transition.
However, since different lubricants can have different properties or even different base stocks, this document shall help to reduce the risk of any issues during the transition phase from one supplier to LUKOIL Marine Lubricants.
Before LUKOIL Marine Lubricants launches a new product, an independent institute checks the compatibility and miscibility with other lubricant suppliers’ products. Although we follow up on new developments of major lubricant suppliers, a general warranty cannot be given. Furthermore, LUKOIL Marine Lubricants shall not be liable for any loss or damage resulting from any error or omission in this document.
The technical support engineer will discuss the Lube Chart with the customer and will draw attention to any machinery where special change-over procedures need to be followed. It must be ensured that the ship manager and the vessel are equipped with the Lube Chart, Technical Data Sheets (TDS) and Safety Data Sheets (SDS). These documents provide further information on product application, product benefits and first aid measures, which is essential before using any unknown product. LUKOIL Marine Lubricants TDS and SDS are enclosed to the Lube Chart on CD. For latest versions and updates please refer also to: www.lukoilmarine.com.
In case of any questions or if you are in doubt about any product recommendation or application, please contact LUKOIL Marine Lubricants.
Please limit the mixing of lubricants from different suppliers to the minimum. Before adding LUKOIL Marine Lubricants to the storage tank, the filling should be at its minimum quantity. For small volumes the normal oil drain interval can be followed. If topping up is required, the complete volume should be exchanged.
For larger volumes, where topping up is required, LUKOIL Marine Lubricants’ product should be filled on top of the lubricant in use. It is good practice to check beforehand that the used oil is in good condition and suitable for further use before topping up with LUKOIL Marine Lubricants. This can be ensured by taking a representative sample of the lubricant in use or by checking the latest used oil analysis report.
In case of trunk piston engine oils or other large quantities of lubricants containing detergent additives, special care should be taken. When topping up large quantities of new oil or replacing large volumes of used lubricants with new oil, it depends on the machinery condition and cleanliness whether it can lead to an increased level of deposits or even filter blockages. Hence, it is good practice to minimize the top up volume to 10% of the total system volume, as recommended by the CIMAC 29 Guidelines (chapter 4.6 Lubricating Oil Brand Change). In case of any questions or if you are in doubt, please contact LUKOIL Marine Lubricants.
The compatibility and miscibility of hydraulic oils containing the same kind of base oil is not a problem, but, on the other hand, hydraulic fluids based on e.g. mineral and synthetic based oils and water must not be mixed. The same applies to the additives: Additives containing zinc are readily miscible and compatible. Similarly, the miscibility and compatibility of mineral oils containing zinc-free and ash-free additive packages is also given, provided that the oils are in good condition and not contaminated. Any reaction between different additive packages (i.e. when mixing products containing zinc with zinc-free and ash-free products) can potentially cause problems like an increase in differential pressure of filters up to filter blockages.
It is recommended to add only fresh hydraulic oil directly from the drum to the system to preserve the cleanliness of the product. It should be ensured that specific manufacturers’ recommendations are followed. Some manufacturers specifically recommend a compatibility test.
It is always good practice not to mix different synthetic oils with each other and not to mix them with mineral oils. Of course, there are exceptions, but please get in contact with LUKOIL Marine Lubricants before changing over from any mineral oil to a synthetic oil or vice versa.
When changing over greases, as a general rule different grease types should not be mixed. Incompatibilities have been observed between different thickeners, base oil types and additives. Mixing incompatible greases carries the risk of bearing failure because it can result in a change of NLGI consistency (the grease might become too liquid and flow out of the contact zone or too solid to reach the contact zone). Another problem might be a steep decrease of the grease’s dropping point, which for bearings operating at higher temperatures might result in the grease flowing out of its contact zone.
If a change-over involves incompatible greases, it is recommended to purge the bearing or lubrication point and, if possible, remove and clean the bearing with a compatible solvent or cleaner. After that a sufficient amount of fresh grease should be added and the next one or two re-lubrication cycles should be performed at shorter intervals.
We have tested the compatibility and stability of our Main Grade Range in an independent and ISO 9001 certified Laboratory in Germany. The LUKOIL Navigo product has been mixed with other equivalent products available in the market place at different ratios. The test has been performed at different temperatures and took up to six month. The test results of each grade range are transferable to the entire viscosity- and Base Number (BN) range.
Dear Customer,
Enclosed, please find some general guide lines for change-over from current mineral oil to EAL.
Please note that the purpose of the guide lines is information only and LUKOIL Marine Lubricants is not liable for any errors. Therefore, an actual change-over should be done by shipowner’s decision according to Original Equipment Manufacturer (OEM)’s instruction.
General Information for Change-Over from Mineral Oil to EAL according to Theissen:
1. Drain warm hydraulic oil from the complete equipment, including reservoir, cylinders, cooler, pipelines. Keep in mind that the reservoir of common equipment contains only 60 to 70% of the total oil volume. The remainder is distributed throughout the whole equipment. The more thorough the draining results, the less flushing cycles are required. To check the flushing result, measure the amount of oil removed.
2. Check reservoir inside, clean if necessary. Check reservoir cap for clean condition and presence of the air filter.
3. Clean filters and replace filter cartridges.
4. Fill the system with EAL. If available, a special flushing fluid may be used here.
5. Release air and start equipment cautiously. Attention: cylinders with air pockets left inside operate differently than usual; the end damping feature may be temporarily out of order. All drives have to be moved several times in order to flush the whole system. Closed circuit hydrostatic drives, e.g. wheel drives of construction equipment, have to be flushed very thoroughly, because the fluid circulates several times before being replaced.
6. Check fluid level in the reservoir often. In case of sinking level – when air is being removed from the system – add oil to avoid suction of air or foam into the pump. Temporary foam generation during flushing is normal. Two reasons are responsible for this: Rests of air left in the system dissolve into the oil under high pressure, and are released subsequently when the oil returns into the reservoir with low pressure. Furthermore, the mixture EAL and mineral oil present during flushing has poor air removal and defoaming properties. With the final fill, and after a few hours of operation, foam generation should normalize at a lower level.
7. Drain system again as described above, refill with EAL and start-up. Move all drives again, repeat if necessary.
8. Flush fills are not suitable for unsupervised continuous operation of the equipment. Only after finishing the procedure may the equipment be released for continuous operation. The number of flushing cycles depends on how well the system can be drained. That means, it depends on the reservoir/system volume ratio, and if cylinders and pipelines have been drained completely. As an example, two limit cases are given: If the system is drained down to 14% every time, than twice draining, one flush fill and a final fill yields exactly 2% of remaining mineral oil, which is required in the industry standard ISO 15380 (14% of 14% is 2%). Should the draining only be possible down to 27%, draining is required three times, with two flush fills and one final fill, to achieve the 2% limit.
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MAINTENANCE ISSUES
Second filter cartridge replacement: After operating approximately 50 hours since the change, oil filters have to be checked for elevated amounts of debris, and replaced if necessary.
Cleanliness: EAL is sensitive to humidity, therefore its water content should not exceed 0,1%. If the oil is warmed up normally, a clean air filter installed, and the environment not too hot and wet, the oil in the reservoir will dry automatically during operation of the machine. However, extreme environmental conditions or inappropriate cleaning may cause major amounts of water to enter the system, that can only be removed with special filter cartridges. Good filtering or bypass micro-filtering will extend considerably the life expectation of the oil fill. This pays back quickly, especially when using expensive EAL.
Intermixtures: Mineral oil contamination may cause severe damage to the components. To avoid contamination with mineral oil during later operation, caused by ignorance when refilling leakage losses or changing oil, the equipment should be labelled clearly at the reservoir fill opening. For the same reason enough stock of replacement fluid should be available to refill leakages, otherwise there will always be a temptation to refill with easily available mineral oil.
Lab checks: It is good practice to take oil samples at regular intervals and have them checked in a laboratory for excess wear of the fluid or the hydraulic components. This pays back through longer usage already for mid-size equipment with 100 liters (25 gallons) oil volume or more, but it helps to support maintenance even for smaller machines. Normal recommendations are 500 hour intervals. This will provide regular information about the condition of the equipment. Furthermore, this allows replacing the oil when necessary, as late as possible, avoiding many expensive oil changes.
PRODUCT LISTING
The Material Safety Data Sheet (SDS) can be downloaded from this site or made available on request.
The Material Safety Data Sheet (SDS) can be downloaded from this site or made available on request.
The Material Safety Data Sheet (SDS) can be downloaded from this site or made available on request.
The Material Safety Data Sheet (SDS) can be downloaded from this site or made available on request.
The Material Safety Data Sheet (SDS) can be downloaded from this site or made available on request.
The Material Safety Data Sheet (SDS) can be downloaded from this site or made available on request.
The Material Safety Data Sheet (SDS) can be downloaded from this site or made available on request.
The Material Safety Data Sheet (SDS) can be downloaded from this site or made available on request.
The Material Safety Data Sheet (SDS) can be downloaded from this site or made available on request.
The Material Safety Data Sheet (SDS) can be downloaded from this site or made available on request.
The Material Safety Data Sheet (SDS) can be downloaded from this site or made available on request.
The Material Safety Data Sheet (SDS) can be downloaded from this site or made available on request.
The Material Safety Data Sheet (SDS) can be downloaded from this site or made available on request.
Environmentally Acceptable Lubricants are lubricants that fulfil the following requirements: They have to be biodegradable, minimally toxic and non-bioaccumulative. According to US regulations under the Vessel General Permit (VGP), products meet the definition of being environmentally acceptable if they bear certain labels, e.g. the European Ecolabel. The VGP compliance of LUKOIL Marine’s EAL products is confirmed in the Declaration of Compliance. Instructions for changing over from mineral oil to EALs are available here.
The Material Safety Data Sheet (SDS) can be downloaded from this site or made available on request.
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