Reverse Engineering Adapts with Advanced Technologies
EthosEnergy’s Engineering Manager Philip Booth discusses available technology in reverse engineering for rotating equipment.
During Turbomachinery International’s visit to EthosEnergy’s Houston-based light gas turbine workshop, Philip Booth, the Engineering Manager, shared his favorite part of day-to-day operations and offered insight into the available tools used in reverse engineering.
Q: What progress has been made over the last 10 - 20 years in available technology relating to engineering/reverse-engineering capability for rotating equipment?
Booth: The technology from OEMs has become increasingly complex, so reverse engineering must follow that complexity. Some of the available tools used to be computerized maintenance management systems (CMMs) where you get low-density data; we’re now using the most advanced blue-light scanning technology to capture the fit, form, and derive the function of parts.
We have a lot of technology available that is way beyond replicating a part. But we need to engineer solutions into that part so that we can make advancements to avoid early-life failure and bring that to bear so that our products are equal to anything from OEMs in the marketplace.
Q: What is your favorite part of day-to-day operations at your facility?
Booth: It’s the range of subjects we cover. From an engineering point-of-view, the team can be looking at performance data in the morning; they can be working on a repair development program at lunch; we’re supporting the workshop in the afternoon; and we might be supporting a field-service technician across the world in the evening. I love being part of those conversations and being part of the problem-solving process.
Check out our video interview with EthosEnergy on Aftermarket, Repairs, and Overhaul Market.
