Understanding the Environmentally Acceptable Lubricants (EAL) for Your Hydraulic Systems
Environmentally acceptable lubricants are biodegradable lubricants that will not affect the environment. They are eco-friendly, renewable, non-toxic, and considered to be green energy. They are mostly used in aquatic environments, hence protecting the fish, seawater, and other marine life.
Where You Can Use the Environmentally Acceptable Lubricants
The EALs are commonly used in marine hydraulic systems. The application covers the pitch propellers, thrusters’ hydraulic interfaces such as lubrication discharges from paddle wheel propulsion, stern tubes, thrusters’ bearings, stabilisers, and rudder bearings. You will also use them on Azimuth thrusters, propulsion pod lubrication, and the wire rope and mechanical equipment that could be immersed into the water.
The Benefits of Using Environmentally Acceptable Lubricants
Besides the propulsion’s efficiency, here are other benefits that you get from using the EALs
- The lubricants give you better performance than conventional lubricants
- They result in less machinery and equipment downtime
- Your nautical systems get evidence of continuous improvement for major environmental management programmes
- They provide a great way to improve corporate reputation as your organisation or company gets o to demonstrate Corporate Social Responsibility(CSR)
- They are a great way to curb the effects of accidental leakage into the oceans and seas.
How to Choose the Best EALs
Here are a few pointers to selecting the best lubricants;
- Find a reputable distributor: Check the credentials of the distributor before purchasing the oils from them.
- Lookout for quality: Carefully check the quality of your provider’s oils before purchasing.
- Compatibility: Check your vessel’s hydraulic system for compatibility.
- Read the manufacturer’s instructions: Go through the manufacturer’s advice before buying.
Selecting the right EAL for your hydraulic systems should never be a hectic process. However, you must first assess your type of vessel and read the manufacturer’s specification so you can know what works best.