Statistics show that as a power plant reaches its rated lifetime, the number of its forced outages begins to grow substantially, and its reliability and availability fall.
Simultaneously, in the operation process the turbine’s efficiency lowers more and more, even though it is partially restored at overhauls.
It is possible to find steam turbines that have successfully operated for 40 – 50 years or more. Lately, power equipment lifetime extension has substantially gained in its scope and acquired much more serious significance. (more…)
Let’s face it, we know the operations of our gas turbines can’t all be perfect, and we’ll run through calculations, feasibility studies and more to pinpoint the exact cause. But before all of that is accomplished, you should keep a list in the back of your mind of what might be causing your loss in performance, based on common factors that affect gas turbine efficiency and more.
We’re still the same, but if you’ve been here before, either on our main website or this very blog, you may have noticed some vast changes. We’ve updated our website and added some great features for our clients, software users, and readers (yes, you too!). Features like a live chat support tool, a user forum, easy access to our User Center, and training courses and schedules all from our home page.
We thought this would be a great way to communicate better, create conversation and listen to you. (more…)
What’s a better way to begin our brand new turbomachinery blog then by addressing a common design question about something we are very familiar with – steam turbines?
Many times the question, “How many calculation sections do you recommend for the (insert any number here)-stage steam turbine?” travels through our tech support emails and we always answer our clients with what we think is best practice. (more…)