News

Matt Gentry of Airflow Sciences says faster processing speeds and improved computing allow flow models to present turbine data more quickly and accurately.

Natural gas-powered thermal generation, carbon capture, and hydrogen must complement renewable energies as grid stability and capacity becomes paramount.

The TM2500 turbine will provide emergency power for utilities, municipalities, data centers, and other industries with its rapid start-up cycle.

2024 was a banner year for gas turbines, as orders were up 32%, with GE Vernova leading the pack, according to Mark Axford and Tony Brough.

The new industrial gas turbine field-service shop will house an engine dock and apprentice workshop to train and qualify mechanics.

The gas-bearing equipped system maintains stable performance during changes in atmospheric pressure, specifically in low-density air flights.

Springfield City Utilities will require increased power generation capacity by 2026 due to higher electricity demand, aging power assets, and extreme weather events.

The maritime LNG-fired power train combines solid-oxide fuel cells with onboard CO2 liquefaction and storage, decarbonizing maritime transport vessels.

The funding covers new machines, test cells, inspection technologies, and more across Italy, Poland, the Czech Republic, the United Kingdom, and Romania.

The CoilTrak coiled-tubing system, in combination with integrated compressor lines, establishes a reliable power system with reduced CO2 emissions at the Margham project.

The centrifugal hydrogen compressor uses a newly developed impeller to handle high flow rates, boost hydrogen pressure, and improve liquefaction efficiency.

XEOS is currently supporting LEAP-1B and 1A shop visits, module work, and engine testing, and it plans to expand overhaul capacity and repair capability in the coming months.

The dual-fuel engines will allow Karpowership’s power-plant barges to use various available fuels specific to their operating locations in energy-starved regions.

Increased vehicle loading and transport capacities allow greater leeway in the ship allocation schedule, securing more holiday and rest time for the crew.

The project demonstrated the culmination of Saudi Arabia's engineering talent development, including training, certifications, practical experience, and more.

Four key distributors will expand their parts, compressors, and additional products and services across Ohio, Pennsylvania, West Virginia, and more.

John Bartos of Rotating Machinery Services says South Houston’s BJ Superior contributes its in-house inspection, manufacturing, and refurbishment capabilities.

Petrobras will use the SureCONTROL Premium interval control valve to enhance operational reliability in its high-flowrate offshore fields.

The duplex and in-line pressure filters suit industries requiring minimized downtime, uninterrupted operation, and tight operational schedules.

The first commissioned vessel is powered by four mtu Series 4000 gas engines and two controllable pitch propellers, reaching a max speed of 23 knots.

“Build Baby Build” has brought about the remake of the energy transition to the energy addition.

The project is subject to Nuclear Regulatory Commission approvals and is the first American reactor to restart after ceasing operations.

CO2-induced corrosion is common in Brazil’s pre-salt fields, where Petrobras reinjects CO2 from its production operations into wells to decrease flaring and boost oil recovery.

The membrane efficiently separated hydrogen from the natural gas stream, enabling the production of high-purity hydrogen and cleaner streams.

Corpus Christi Liquefaction Stage 3 consists of seven midscale trains, with an expected total production capacity of over 10 MTPA of LNG.

Recently, Chart Industries completed the front-end engineering and design for the nitrogen rejection unit and helium plant.

This ship design satisfies Japan’s port entry restrictions at major power plants and ensures compatibility between ammonia loading/unloading terminals and cargo handling connections.

The Phase 1 expansion will increase total treating capacity to 200 MMcf/d, with plans to increase it further to 400 MMcf/d by 2026.

With engineering, manufacture, and demonstration complete, reliability and safety evaluations will be rendered prior to commercialization and final production.

The 1.2-GW Malaysian plant started commercial operation with GE Vernova’s equipment and control system software.