Ebara Elliott Energy launches expanded turbomachinery service hub in Houston
By: ICN Bureau
Last updated : September 26, 2026 5:07 pm
The expansion adds 23,000 square feet of shop-floor capacity, bringing rotor restoration, over-speed spin testing and multi-OEM component manufacturing under one roof
Ebara Elliott Energy (EEE) has expanded its Houston Center of Excellence in a multi-million-dollar investment designed to make the facility a major single-source hub for turbomachinery repair, testing and restoration across the Americas.
The expansion adds 23,000 square feet of shop-floor capacity, bringing rotor restoration, over-speed spin testing and multi-OEM component manufacturing under one roof. The company says the move is aimed at cutting supply-chain delays and accelerating turnaround times for critical energy and process equipment.
The expanded Houston facility enables energy producers and process plant operators to carry out complete compressor, turbine and rotor overhauls locally, reducing the need to send critical machinery to outside vendors or overseas facilities.
The upgraded Center of Excellence now offers full-fleet restoration, in-house over-speed spin testing, advanced welding and reverse engineering.
The expanded capabilities are designed to give operators a single local source for inspection, repair, manufacturing, testing and restoration—potentially reducing the logistical complexity associated with managing multiple repair vendors.
"Unplanned downtime is the single biggest threat to our customers' operational margins, and managing multiple repair vendors only adds risk and delay," said Shane Reph, Deputy Chief Executive Officer and Chief Operating Officer, Ebara Elliott Energy.
"We expanded our Houston Center of Excellence to create one of the most comprehensive single-source turbomachinery facilities in the Western Hemisphere. Whether a customer is running EEE equipment or another manufacturer's fleet, our team in Houston now has the complete in-house capability to inspect, weld, machine, balance, spin test, and return critical machinery to service with unprecedented speed."