Mechanical or electronic overspeed protection?
In the past, overspeed turbine protection systems were often designed by the turbine OEMs themselves as part of the mechanical system. These mechanical protection systems are still in use, especially…
Speed
Understanding the relationship between SIL and API 670
We often get questions from customers asking whether a system is SIL or API 670-compliant. But these are not interchangeable concepts; they are distinctly different. In fact, strictly speaking, a…
Case Study: Replacement of overspeed detection system at Nam Theun 2 power plant
Nam Theun 2 Power Company Limited operates a large-scale hydropower plant in Laos, where four turbines collectively generate approximately 1000 MW of electrical power. Each turbine is a critical component…
Woodward ProTech Overspeed Replacement – Upgrade to SpeedSys ODS
Replacing an overspeed protection system doesn’t have to be a lengthy or complex project. With the SpeedSys ODS cabinet, Istec has designed a direct retrofit solution. This makes replacing the…
Case study: Replacement of overspeed protection system with SpeedSys at Dillinger Hütte
Swift replacement of an established industry-standard overspeed protection system with Istec SpeedSys 300 and proactive support from Konrad Weinmann Challenge Dillinger Hütte, Europe’s largest heavy plate steel plant, required an…
Customer reference: Independent vibration & speed monitoring expertise for Destinus Energy
Destinus Energy develops, manufactures, and services advanced gas turbine systems, with headquarters in Hengelo, The Netherlands. The OP16 gas turbine delivers cost-effective and robust solutions for global energy demands, including…
Case Study: ARN enhances turbine safety with SIL 3 overspeed protection
At its waste-to-energy plant in Weurt, near Nijmegen, ARN B.V. generates sustainable electricity and heat from residual waste. The installation operates almost continuously, so the reliability and safety of its…
3 reasons to implement overspeed detection systems in hydro turbines
Hydropower plants rely on rotating machinery, such as turbines and generators, to efficiently convert water energy into electricity. Ensuring the safety and longevity of these critical components is paramount. One…
Top 3 reasons for hydro turbine speed monitoring
Hydropower plants rely on the precise operation of rotating machinery, such as turbines and generators, to efficiently convert water energy into electricity. To ensure this process runs safely and efficiently,…
The vital role of overspeed protection and speed monitoring systems in fertilizer plants
The fertilizer industry is essential for global agriculture, supplying the nutrients necessary to grow crops and sustain food production. With the increasing global demand for fertilizers, plants must operate safely,…
Overspeed in hydro turbines: 5 most common causes
Hydro turbines operate within carefully controlled speed parameters to ensure safe and efficient power generation. However, certain conditions can lead to overspeed events, posing a risk to equipment, environment, and…