Power Generation

The client, a frozen food manufacturer, will integrate the C800S microturbine to significantly reduce energy costs, lower pollutant emissions, and improve operational reliability.

In addition to electrical submersible pumps, the FusionPro and Leucipa solutions will enhance operational reliability and minimize non-productive time for Kuwait Oil’s fields.

Beyond supplying power for on-board electrical systems, the mtu Series 4000M35S power generators can secure the propulsion system during emergency scenarios.

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 Superpower gas turbine deploys extreme-temperature technology to maintain generation capacity—without water—in hot, arid, and challenging environmental conditions.

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.

The C1000S microturbine system will generate combined heat and power to support the manufacturing facility’s growing energy demands for oat processing.

The environmental product declarations tracked data on resource consumption, emissions, waste generation, and recyclability for the mtu Series 4000 DS2500 and 1600 systems.

The partners will pursue aging power projects across Central Asia, Africa, and Southeast Asia, executing plant performance improvements and rehabilitation work.

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

The mtu Series 4000 power generator is a low-carbon solution for data centers, allowing users to quickly generate up to 2.8 MW of electricity while filtering CO2 from exhaust gases.

Newlab New Orleans is currently evaluating power generation facilities capable of hosting a demonstration-scale project, seeking to validate advanced solvents, membranes, and more.

Although Malaysia’s decarbonization efforts focus on hydropower and solar, Everllence’s gas engines can balance fluctuating renewable input with short response times and high efficiency.

The combined-cycle combustion turbine facilities will comprise the Franklin Farms Power Station, delivering approximately 1,500 MW to a Meta data center and regional customers.

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.

On the modernization side, Doosan Skoda will deliver a turnkey solution covering the design, manufacturing, civil works, installation, and commissioning of the Opatovice Power Plant.

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.

Mechanical design decisions—ranging from stress management to natural frequency tuning—play a critical role in the reliability of steam turbines across demanding mechanical drive applications.

Combining Overwatch’s SIDE Platform with Idemitsu’s natural gas supply will help meet rising demand from hyperscalers, GPU-cloud providers, and investors seeking to build AI computing.

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.

Dynamis Power Solutions will package multiple LM9000 gas turbines as a mobile solution, providing increased versatility for large-scale power consumers in the oil and gas space.

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.

Separate from liquid ammonia operation, the ME-LGIA also sends real-time engine and operational data to Everllence shore-based monitoring to improve performance.

Kozienice is transitioning away from coal-fired power generation, instead using natural gas to generate up to 60% less emissions compared to fossil-fired plants of a similar size.

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