CJC Marine Segment Brochure
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CJC™ in The Marine Sector lean Oil - Br C igh t Id eas

On-Board Applications We all depend upon our machinery performing well - and performance improves with clean oil Have You Ever Experienced..? Sticking hatch covers? Non-operational cranes? Excess water content in thrusters? Excessive wear in reduction gears? Extraordinary overhaul on fuel pumps - all of the above mentioned are due to contaminated oil, which you can avoid by off-line oil filtration! Steering gear Removal of particles and condensed water in the hydraulic system particles, water

Further on-board applications: Hatch covers Cargo pumps Piston rod stuffing box leak oil Thermal oils tion products MDO/MGO Fuel m Bilge water Removal of particles Absorption of oil and water equals zero from bilge water bacterial growth to below 5 ppm Hydraulic Valves m Bow thruster Removal of oil Removal of water degradation products

The Most Common Types of Wear 80% of all machinery repair and maintenance costs are Oil care is important due to 80% of all machinery repair and maintenance costs can be traced back to oil contamination. This has been substanciated by several independant analyses. The main cause is wear induced by con- tamination through solid particles, water and oil degradation products - which are not intercepted effectively by most in-line filters. When particles are transported with the oil flow, the particles col- lide with metal parts, destroying the metal surface and forming When clearance sized...

One Filter - Three Solutions CJC™ Off-line Filters remove particles, absorb water and adsorb oil degradation products round-the-clock CJC™ Off-line Filters do not only retain solid particles and water. They also remove oil degradation by-products - "soft containments" - which are the precursors to the sticky varnish that deposits on metal surfaces. They cannot be removed by traditional filtration as they behave like a fluid in a CJC™ Filter Insert mass the CJC™ Filter Insert mass absorb the water degradation products CJC™ Filter Insert mass

Traditional In-line Filtration In most applications the in-line filter alone will find it difficult to keep an oil system clean In-line filters are ususally of very compact design but must still cope with high flow rates. This affects their minimum pore size and consequently the optimum oil cleanliness can only seldomly be achieved. Oil degradation pro- ducts, water and micro particles will accumulate in the oil. Contamination sources: Particles and water is ingressing Internal environment Water produced High temperature + dirty oil = Acid, water and resin Water instigates the formation of...

The CJC™ Off-line Solution Round the clock removal of particles, water and oil degradation in the same operation CJC™ Off-line Filters are easy to install and the depth filter insert has a very large dirt holding capacity. CJC™ Filters have low operational costs and are also almost maintenance free. All CJC™ Fine Filter Inserts have a 3 urn abso- lute filtration ratio and will remove particles, water and oil degradation products in one and the same operation. Contamination sources by adding an Air/Silica Gel filter Internal environment Water still condensates in the oil reservoir but with...

The CJC™ Oil Filtration Crew Each application performs specific tasks - so do CJC™ Off-line filters in order to ensure high oil cleanliness On-board oil systems have a hard time dealing with high levels of contami- nants from the environment. Some applications face a high level of solid par- ticles, some of humid air and water, some of developing varnish-like depo- sits, and most face a mix of all three contaminants in various degrees. CJC™ Off-line Filters are designed to deal with all of them. Hydraulic systems Hydraulic systems are vulnerable in terms of particle contamination from...

CJC™ Off-line Filters CJC™ Filters are of compact design and based on a modular build-up prin- ciple, depending on purpose and volume of oil. The CJC™ Filter types shown here are only a very small extract of the whole range. If needed, CJC™ Filters can be customized to meet certain conditions. Thrusters operate in a difficult envi- ronment. Besides the contamina- tion of particles and oxidation resi- dues, there is a risk of continuous water ingress. capable of removing water to very will demulsify, the PTU series offer water removal and fine filtration in offer a solution to remove the...

CJC™ Series of Solutions_ All CJC™ Series are of uncomplicated design, easy to install and almost maintenance free Using CJC™ Off-line Filters will have a positive effect on your maintenance budget as well as increase your productivity and reduce your energy con- sumption - all advantages to the total economy! The CJC™ Fine Filter removes particles, water hydraulic and lubricating oils and have flow rates from A used CJC™ Filter Insert (sliced half way down) showing the large dirt holding The CJC™ Filter Separators combine depth filtration with water separation and are used for water...

Optimal Oil Performance With CJC™ Off-line Filters CJC™ Desorbers The CJC™ Desorbers provide solutions for desorption of water in mineral, synthetic and high viscosity oils The Desorbers remove water from even stable emulsions and in oils with a density above 1. CJC™ Blue Baleen System The CJC™ Blue Baleen System absorbs oil from bilge water effluent and is capable of reducing the oil content to a value less than 5 ppm. This ensures that environ- mental performance, objectives The new CJC™ Blue Baleen Oi/Absorb Insert ensures a fast return of investment due to its high yield compared to the...

Some Cases And Statements From Problem-solving has almost become a trademark for J. Lauritzen Shipping Company Senior inspector shipping company Danish shipowners Small investment benefits both the environment The J. Lauritzen shipping company has solved the pro- blem of expensive crane breakdowns by buying simple The small and simple CJC™ Fine Filter has provided the solution to a costly problem for the shipping industry. Crane breakdowns and nonworking hydraulic hatches are expensive and can create problems for both employe- es and the environment due to extended time in harbours and too...