Combined Cycle

The November/December 2024 issue highlights emerging decarbonization efforts that integrate hydrogen, ammonia, and new technologies into increasingly intermittent grids.

GE Vernova will acquire all heavy-duty gas turbine combustion assets from Woodward’s Greenville site after the transaction closes in early 2025.

Jeremee Wetherby, the Carbon Solutions Director at GE Vernova, offers deeper insights into the benefits of retrofitting carbon-capture systems with an exhaust gas recirculation system.

GE Vernova signed a maintenance contract and installed two 7HA.02 gas turbines, one STF-D600 steam turbine, two heat recovery steam generators, and three H65 generators.

The studies targeted up to 32% by volume hydrogen blending with natural gas and identified modifications to the power generation assets, including exhaust gas recirculation to lower carbon-capture costs.

In addition to HA combined-cycle equipment, GE Vernova signed a 12-year service agreement to manage the project lifecycle, training, and maintenance at the Gryfino Dolna Odra plant.

In addition to the hydrogen-capable 9HA.01 gas turbine, GE Vernova will supply an STF-A650 steam turbine, W88 generator, and heat recovery steam generator for the upcoming Singapore-based plant.

Presidential elections are typically important for the power industry, but few in recent memory stack up to the potential consequences of the 2024 election.

Powered by three 9HA.02 gas turbines, the plant will add 2.4 GW to the national grid, reduce fuel consumption and carbon emissions, and advance China’s coal-to-gas energy transition.

The plant will convert from cogeneration of heat and electricity to injecting biomethane into the local gas network in Belgium’s Flemish region.

The 2025 Handbook includes a comprehensive outlook of the power industry and gas turbine market as well as an industry-wide directory and specifications listings.

Integrating an exhaust gas recirculation system reduces the cost and footprint of a carbon-capture system and lowers operating costs.

The final turbine’s construction marks the on-time completion of a project awarded in 2018, featuring two gas turbine combined-cycle (GTCC) plants in Chonburi and Rayong.

The H-class power generation equipment will increase plant efficiency and replace aging conventional assets: three boilers and three steam turbines.

The AE94.3A gas turbine delivers high flexibility, leveraging a ramp rate of 50 MW/min and reaching full load in 26 minutes.

Using hydrogen-capable H-class technology, the power plant produces up to 60% fewer emissions than plants powered by diesel, coal, and other fossil fuels.

With a growing demand for liquefied CO2 carriers with emerging carbon capture and storage (CCS) projects, the partners will build and supply LCO2 carriers for the Japanese market.

The September/October 2024 issue highlights the dynamic shifts in the global LNG market that are affecting exports, production, capacity growth, and more.

The JAC gas turbine is hydrogen-ready with more than 64% efficiency rate, providing the plant with flexibility, faster start-up times, and load-following capabilities.

Session speakers offer an analysis of gas turbines, including their working principles, thermodynamics, condition monitoring and maintenance, and bottom-cycle performance.

Texas A&M’s TPS 2024 hosts a full house of rotating equipment engineers and technicians from more than 50 countries.

Under a long-term service agreement with PETROS, Mitsubishi Power will ensure the power plant’s stable performance following commercial operation.

Combined-cycle power plants equipped with HA-class gas turbines produce approximately 50-60% less CO2 than similarly sized coal-fired plants.

The power generation equipment will be installed at a simple-cycle power plant to boost the operational stability of Ireland’s power system.

Guangdong Energy Group (GEG) will add up to 1.34 GW of grid electricity and industrial process steam for a chemical complex in Huizhou, north of Hong Kong.

The July/August 2024 issue offers comprehensive coverage on industrial and aeroderivative gas turbines, steam, and hydro turbines.

The two plants, Taiba 2 and Qassim 2, will be built in the western and central regions of Saudi Arabia and will initially operate in simple-cycle mode before switching to combined-cycle operation.

Eight gas turbines will be delivered to the Taiba 1 and Qassim 1 power plants, which are expected to deliver up to 3.8 GW of electricity to the national grid.

ASME's European Turbomachinery Technical Conference & Exposition is expecting 2,500 attendees and more than 100 exhibitors from 22 countries.

As part of a memorandum of understanding (MoU), the companies aim to achieve a gas turbine hydrogen co-firing ratio of 20% at an EGAT power plant.