Mobile power generation packager Dynamis Power Solutions LLC (Dynamis) has ordered for 25 Baker Hughes aeroderivative gas turbines. The order includes LM2500, LM6000, and LM9000 gas turbines totaling 1.3 GW for mobile power generation across a wide range of oil and gas applications, including upstream, refining, and petrochemical.
Dynamis packages gas turbines and generators in mobile power solutions. As part of the agreement, Dynamis will package 10 of Baker Hughes’ LM9000 gas turbines in a new offering called the DT70 – 70 MW, which will total 700 MW of gas turbine power generation capacity, delivering the oil and gas industry’s highest reported mobile power density (MW per square foot) to date.
“Through our decade-long collaboration with Baker Hughes, we are redefining what’s possible in the mobile power generation market for oil and gas through our delivery of a new solution with power density once thought unattainable,” said Matthew Crawford, chief executive officer (CEO) of Dynamis. “Our use of LM9000s will offer twice the power of our flagship solution — the best-in-class DT35 — without compromising flexibility, reliability, or efficiency.”
“As energy demand continues to expand, our industry needs unprecedented collaboration to meet customers’ needs for reliable and efficient power solutions,” said Lorenzo Simonelli, chair and CEO of Baker Hughes. “We are pleased to continue our work with Dynamis to provide customers across a wide range of oil and gas applications with flexible and mobile power technology solutions, where access to power is business critical, supporting sustainable energy development.”
Designed to support unique and complex operational needs of industries requiring natural gas power solutions, the DT70 is based off Dynamis’ successful DT35 – a 1.5GW installed base which has been in operation for nearly a decade in more than 1200 locations throughout the North America region. Dynamis’ new application of Baker Hughes’ LM9000s boasts enhanced versatility for large power consumers in the oil and gas space, resilience in challenging environments, and the ability to power — benefits that are emphasized by the unit’s compact footprint and short rig-up and commissioning times.
