Using the correct SF6 gas equipment is an essential piece when it comes to reducing potential SF6 emissions. Feeling lost with where to start with what you need to properly and safely handle SF6 gas? Not to worry – we break it all down for you below.
When it comes to medium and high voltage circuit breakers, there is no better electrical insulator than sulfur hexafluoride (SF6). Unfortunately, the same properties that make SF6 such a great insulating gas also make SF6 the most potent of all greenhouse gases. With the ever-growing challenges of federal & local reporting and a shift towards more eco-friendly practices, the industry is seeking ways to reduce SF6 emissions.
As Winston Churchill said, “Give us the tools, and we will finish the job.”Selecting the correct recovery system is a crucial part of SF6 gas recovery. DILO has an App to help make the task easier than ever before! Click below to read more.
Here at DILO, we sure do talk a lot about SF6. It’s our job, as the SF6 experts! What is sulfur hexafluoride used for? The electrical industry accounts for 80% of SF6 gas usage, but some of its other applications might surprise you. Click below to read more.
Nameplate discrepancies can result in negative emissions and phantom emissions. Read on to learn how these emissions can affect year-end SF6 emissions reporting data and how they can be avoided.
When it comes to medium and high voltage circuit breakers, there is no better electrical insulator than SF6 gas. How does SF6 gas work in a circuit breaker? Why is circuit breaker electrical testing important? Are there SF6 gas handling considerations when working on an SF6 gas circuit breaker? Read on to learn all this and more.
