David Valette of MAN Energy Solutions says its Multi Fluid Monitor works in tandem with laboratory oil analysis and traditional detection systems.

Adolfo Delgado of Texas A&M’s Turbomachinery Laboratory says component-level testing and development have significant impacts on the industry as a whole.

Baker Hughes submitted its solution to the Tradewinds Solutions Marketplace and can now develop geothermal plants for baseload power.

The contract represents over 100,000 hours of annual maintenance executed by a 30-person team, so EDF PEI can achieve 95% availability on power assets.

The new Propulsion and Energetics Research Laboratory makes safe, high-pressure, high-energy experiments possible for faculty and external researchers.

The Sea Dragon will conduct a range of operations, including gas crew changes, drilling support, field-safety standby, emergency towing, and ice management.

Once NextDecade permits, constructs, and operates Trains 6 through 8, the total liquefaction capacity will increase by approximately 18 MTPA.

Smart condition-monitoring strategies can mitigate unscheduled downtime by identifying faults before they occur, reinforcing continuous operation.

The acquisition will expand the range of high-performance components, shorten lead times, and offer greater service flexibility for customers in critical industries.

Preparatory construction work is underway next to the Niehl harbour basin, where Rhine water will be extracted to serve as the plant's environmental energy source.

The company plans to tie back the discovery to bp’s operated West Nile Delta Gas Development project, which includes the Raven and El King-2 gas wells.

The Net Power platform will use lessons learned from the development and testing at Net Power’s demonstration facility and the company’s power plant.

Women are making strides in the male-dominated turbomachinery and power generation fields, progressing in turbine efficiency, renewable energy integration, and power plant optimization.

The transition from coal, increased electrification, and rise of AI computational demand may allow the turbine fleet to achieve 10 million hours of cumulative runtime.

Electrolysis-generated green hydrogen will be converted into e-methane, allowing the fuel to integrate within current natural gas infrastructures.