HOUSTON, April 10, 2013 /PRNewswire/ -- An owner of a large fleet of combined-cycle power plants in the US has awarded Wood Group GTS a contract to install 15 ECOMAX ® systems, an automated combustion tuning technology. Twelve units have already been installed and the remaining units are scheduled to be installed later this year. To view the multimedia assets associated with this release, please click http://www.prnewswire.com/news-releases/wood-group-gts-ecomax-automated-combustion-tuning-technology-selected-for-frame-7fa-fleet-202176991.html The independent power producer granted the contract to Wood Group GTS following assessment of a pilot project at one of its facilities operating two GE Frame 7FA turbines. One year after installation ECOMAX tuning technology demonstrated more than 0.75 per cent power increase and more than a 0.15 per cent decrease in heat rate. ECOMAX delivers a fully automated solution that optimizes gas turbine combustor systems in near real time, while controlling emissions, managing dynamics and providing increased output, without exceeding OEM design limits. The performance improvement demonstrated at the power plant has the potential to save operators hundreds of thousands of dollars in fuel every year. "ECOMAX provides operators of Frame 7FA machines with flexibility to set operational objectives for a given time or set of circumstances, returning control of the unit to the operator," said Frank Avery of Wood Group GTS. "This award is a further endorsement of the value our independent and innovative services bring to operators of 'F' technology gas turbines and continues to demonstrate our commitment to our customers to not only reduce maintenance costs but also to improve the life cycle value of their technology investment." In 2011, a master service agreement was signed with the customer governing terms of business for a range of services including field service, capital parts, and component repairs, gas and steam turbine overhauls, fuel nozzle repairs, and compressor water wash systems to support the fleet.