Hydrogen

The 40,000-cubic-meter vessel will support a government-backed demonstration aimed at commercializing the global transport of liquefied hydrogen by 2030.

This project accelerates Vietnam’s transition to natural gas-based power generation, which may produce up to 60% less carbon emissions than coal-fired plants of a similar size/power output.

As global demand for lower carbon ammonia increases, the soon-to-be-operational Beaumont New Ammonia facility may approximately double ammonia exports from the United States.

Functional testing validated the system’s ability to process the high volumes of operational data generated by progressively larger and higher performance gas turbines.

Hydrogen is gaining traction as the turbomachinery industry balances near-term emissions reductions with long-term fuel flexibility amid evolving regulatory and infrastructure conditions.

The wet gas scrubbing system features high SO2-removal efficiency, low-pressure operation, reduced energy consumption, and accommodates site layouts with customizable designs.

The GT26 gas turbine will aid Hungary’s decarbonization and power supply initiatives by delivering lower CO2 emissions, hydrogen-ready capabilities, faster load ramping, and more.

The major milestones for Belgium’s electricity supply include a combined-cycle gas turbine plant, a battery energy storage system, and the Coo pumped-storage plant.

The electrical upgrade will increase oxygen capacity by 10% and immediately reduce CO2 emissions by 224,000 tons per year, furthering China’s industrial decarbonization goals.

KOHO and Svanehøj previously collaborated on numerous high-profile shipbuilding projects, such as the Northern Lights LCO2 carriers and Höegh Autoliners’ Aurora-class design.

The Louisiana Clean Energy Complex and NEOM Green Hydrogen Project will collectively supply hydrogen and ammonia for Yara International’s production and distribution network.

Following capture with the Advanced KM CDR Process, the CO2 will be transported via pipeline for permanent sequestration in depleted gas fields beneath Liverpool Bay.

By 2030, the Kawasaki LH2 Terminal will enter operation alongside a newly constructed liquefied hydrogen carrier, advancing Japan’s effort to establish a hydrogen supply chain.

The 2025 Turbomachinery & Pump Symposia covered hydrogen compressor testing, new gas seal technology, various pumps for ammonia and supercritical operations, and more.

The company’s Kawasaki CO2 Capture was originally developed for submarines and space stations and will be installed at Kobe Works to capture and separate CO2 from the atmosphere.

The November/December 2025 issue covers steam turbine blade dynamics and aerodynamics, gas turbine bucket repair, a TPS 2025 recap, a Q&A with Ebara Elliott Energy, and much more.

On the power generation side, Caterpillar and Solar Turbines will supply natural gas turbines and reciprocating engines to provide data centers with electric power and thermal energy.

The industrial-scale ammonia cracking unit utilizes key enhancements across critical areas, including process safety, material testing, ammonia combustion, molecule separation, and more.

Following over 250,000 hours of testing, the Jenbacher NX Oil 40 demonstrated significantly reduced soot formation, lower particle counts, and improved dispersion over oil drain intervals.

Under the pilot project, the partners will develop ammonia cracking systems to build out hydrogen and ammonia supply chains and decarbonization technologies.

Ever-increasing energy demands are placing a harsh spotlight on the supply chain and workforce challenges plaguing the turbomachinery industry.

The company’s coiled-tube drilling operations include its CoilTrak bottomhole assembly system and enhanced reservoir analysis driven by the GaffneyCline energy advisory.

The 2026 Handbook includes a comprehensive outlook of the U.S. power industry and gas turbine market, as well as an industry-wide directory and specifications listings.

The new power plant will deploy Mitsubishi Power’s M701 JAC gas turbine with 30% hydrogen co-firing potential, helping to meet the Singaporean net-zero emissions target by 2050.

Xdot Bearing Technologies’ product offerings will accelerate growth in high-performance markets with advanced pumps, compressors, and high-speed rotating machines.