The performance of gas turbines (GT) for power generation has a fundamental influence on the bottom line. Lack of availability, reduced power output and maintenance overheads all link directly back to profitability. As the efficiency of GTs continues to…

According to the McKinsey Global Gas and LNG Outlook to 2050 report, demand for LNG is expected to grow 3.4 percent annually to 2035 — with approximately 100 million metric tons of additional capacity needed to meet demand growth as well as decline from…

For power plants located in moisture-rich environments, such as coastal locations, high levels of humidity, rain, fog, mist and sand can damage and impair the performance of the gas turbine. Coalescers are installed to remove moisture and liquid phase…

The Parker Filtration Innovation Center houses the research and development for all of Parker Hannifin's filtration products. This 82,000 square foot facility is dedicated solely to the discovery of new filtration technologies and proprietary manufacturing…

Today, the global supply and demand for liquefied natural gas (LNG) is approximately 300 million tons per annum (MTPA). Over the next five to ten years, demand is predicted to surpass supply. With such high use expected, LNG is a valuable commodity, commanding…

Gas turbine performance is affected by the environmental challenges of a specific power plant installation. In a recent project located in the Middle East, a filtration solution to protect the turbine needed to be designed to address each of the conditions…