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Energy Newsbriefs Blog

This current awareness service is prepared by the WSU Energy Program Library with funding from the U.S. Department of Energy State Energy Program. This information is provided for energy professionals and interested members of the public to highlight recent energy-related news, articles, and reports that discuss energy efficiency, energy conservation, and renewable sources of energy in engineering and policy circles.

 

All posts tagged 'Combined cycle gas turbines'

Check out all of the posts tagged with 'Combined cycle gas turbines' below. If you still can't find what you are looking for, try using the search box.

A Cheaper HRSG [Heat Recovery Steam Generator] with Advanced Gas Turbines

Power Engineering, Mar. 2017, by S. Can Gülen, Ilya Yarinovsky, and Dave Ugolini.
http://www.power-eng.com/articles/print/volume-121/issue-3/features/a-cheaper-hrsg-with-advanced-gas-turbines.html

"Present state-of-the-art in gas turbine combined cycle (GTCC) design is three-pressure, reheat (3P-RHT) steam bottoming cycle with steam generation at three different pressure levels. The goal is to maximize total steam generation and steam turbine generator power output for a given gas turbine exhaust energy and, thus, to maximize combined cycle efficiency."

Steam Turbine Retrofits: Methods to Extend Turbine Life and Improve Performance

Power Engineering, Feb. 2017, by Muhammad Saqib Riaz. http://www.power-eng.com/articles/print/volume-121/issue-2/features/steam-turbine-retrofits.html "A steam turbine is designed and optimized for a specific set of steam conditions. After long term operations either the steam path components deteriorate or due to changes in steam conditions, a re-optimization of the steam path components is required to regain higher turbine performance. Steam Turbine retrofits are performed to achieve various goals such as improved turbine efficiencies, heat rate or power output. Retrofits are also performed to address turbine reliability and or maintenance issues. Availability of newer technologies and materials for steam path components can be utilized to not only increase steam turbine performance, but also to extend maintenance intervals, and extend life. Retrofits can also accommodate required changes to the thermal cycle based on emerging needs of the power plant. The effectiveness of the retrofit is achieved by ut ...

A Fuel Phase Transition: Converting Industrial Engines to Natural Gas

Distributed Energy, Nov/Dec 2016, by Daniel P. Duffy.
http://foresternetwork.com/distributed-energy-magazine/be-energy/fuel-cells/a-fuel-phase-transition/

"There is a quiet (and sometimes not so quiet) revolution taking place in the way America powers its motors, engines, and turbines. Industrial motors, traditionally powered by diesel and gasoline fuels, are transitioning to a new fuel source—natural gas."

Maximizing a Manufacturer’s Combined Heat and Power Plant

Consulting-Specifying Engineer, Nov. 14, 2016, by Andrew Price and Aaron Wickersham.
http://www.csemag.com/single-article/maximizing-a-manufacturers-combined-heat-and-power-plant/8dba326de767f993596c7d8e3ffcc9a8.html

"A Midwestern manufacturing facility opted for a hybrid combined-cycle steam turbine generator solution."

Innovations for Improved Gas Turbine Productivity

Power Engineering, Sept. 2016, by Gerrill Griffith.
http://www.power-eng.com/articles/print/volume-120/issue-9/features/innovations-for-improved-gas-turbine-productivity.html

"... Now, with demands for energy rising along with calls for reduced greenhouse gas emissions, the need for cleaner more efficient next generation turbine technology is critical. With a robust research portfolio, productive partnerships, and a mandate to increase power-producing efficiencies and improve the environment for future generations, the National Energy Technology Laboratory (NETL) is shepherding innovations for improved gas turbine productivity."

Distributed Power’s Rising Importance for U.S. Electrical Infrastructure

Power Magazine, May 2015, by Devon Manz and others.
http://www.powermag.com/distributed-powers-rising-importance-for-u-s-electrical-infrastructure/?printmode=1

"Renewable generation may be the most talked-about form of distributed power these days. However, historically, engine- and turbine-based smaller-scale generation—strategically located where needed by loads or for grid support—has supplied valuable distributed power. For many reasons, the roles for distributed power provided by rotating and reciprocating equipment continue to increase."

Are Flexible Generation Plants Performing as Expected?

Power Magazine, Mar. 2015, by Thomas W. Overton.
http://www.powermag.com/are-flexible-generation-plants-performing-as-expected/?printmode=1

"Highly flexible, fast-ramping, fast-cycling combined cycle plants hit the market with a big splash a few years ago. But are they performing as advertised? Though the few operational plants are still new and still learning, the initial results are encouraging."

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