Combined Cycle Journal recently published an article on turbine lube oil varnish written by Peter Dufresne Jr. and his team at EPT. We’ve divided the article into four blogs to make it easier to digest -- click here to find parts one, two and four. 

Combined Cycle Journal recently published an article on turbine lube oil varnish written by Peter Dufresne Jr. and his team at EPT. We’ve divided the article into four blogs to make it easier to digest -- click here to find parts one, three and four. 

Changing a filter element can cause massive contamination ingression if the proper precautions are not taken and the proper procedures followed. We have compiled a step-by-step guide to minimize contamination ingression while changing out elements. Check out how to change out a filter element below 

Reduce unplanned downtime and maximize the fuel efficiency of your diesel engines

Diesel engines are widely used today. You can find them inside buses and tractor trailers traveling our roads, humming along in construction equipment and drill rigs, submerged in marine environments and helping save lives in hospital generators, amongst many other applications. Diesel engines are popular for good reason. Not only do they have cleaner exhaust emissions, they are also known for more reliable starts in extreme temperatures.

If you deal with phosphate ester (PE) based hydraulic and lubricating fluids, then you likely understand how important it is it to keep it under control. Millions of dollars and thousands of downtime hours are wasted each year by power plants, military and industrial users who need solutions to properly maintain PE fluids. If they're not managed, major damage can take place to your equipment and to your fluids. Let's take a look at what really happens when phosphate ester is out of control.

Do you have desiccant breathers on your hydraulic and lube oil systems? (Here's where we pause with baited breath for you to answer.)

If you’ve been following our blog, you probably have a pretty solid understanding of ISO fluid cleanliness codes (if not, click here). You know that ISO codes quantify levels of particulate contamination at three different micron sizes (4μm/6μm/14μm), but how big is a 4μm particle? Watch the video below for a brief explanation of micron size.

Static electricity is an amazing thing. It can cause hairs to stand on end when rubbed with a balloon, which can cause it to then stick to a wall. (It’s a fun trick, especially for kids). Unfortunately, when it comes to interaction with filters, static can have devastating results.

Here at Hy-Pro, we understand the importance of selecting target ISO Cleanliness Codes. That’s why we’ve put together this set of instructions for selecting target codes in case you’re in need of a little help.