Hydrogen

This partnership follows the commissioning of GAIL's green hydrogen plant, in which Accelera supplied a 10-MW proton exchange membrane electrolyzer system.

The commissioning of Kuo Kuang 2 replaces older, CO2-intensive plants on the grid, emitting up to 66% less greenhouse gases than coal- or oil-driven power.

Cosmo Oil will combine its expertise in plant operations, fuel quality control, and logistics with Mitsui's capabilities in ethanol procurement to develop the project.

Fuel cells allow Equinix to generate on-site power at its data centers, with almost no air pollution or water usage compared to typical grid-delivered energy.

The IANUS project will also expand research laboratories and develop modular electrolyzers for large-scale, multi-MW industrial applications.

The M701 JAC gas turbine represents the first deployment of this technology in a Middle Eastern aluminum smelter, contributing to Aluminum Bahrain’s decarbonization goals.

Klaus Payrhuber and Michael Collins of INNIO Jenbacher detail hydrogen engine demonstration projects that may bridge the gap created by renewables.

Jeff Wirt of EnergyLink International and Paul DiMascio of ProEnergy explain how their ammonia direct injection system and dual-use catalyst improves NOx reduction.

Once operational, the plant's two gas turbines will generate a combined 990 MW, representing nearly 7% of Morocco's national grid capacity.

Keynote panelists discuss the latest innovations in gas turbine combustion systems, carbon capture, hydrogen, ammonia, and more.

Megan Reusser of Burns & McDonnell said mechanical, thermal, electrochemical, and chemical LDES could help reduce the need for grid expansion, but each has its challenges.

Keynote speakers focused on power consumption and how it will be managed and sustained in the future.

Jeffrey Benoit of PSM and Bobby Noble of EPRI talk about the battle for grid stability from intermittent renewables and how retrofitted gas turbines can enhance reliability.

POWERGEN International 2025 spotlights its reoccurring theme: Destination 2050.

The combined-cycle power station will feature two Siemens Energy SGT6-9000HL high-power-output gas turbines with hydrogen adaptability.

The January/February 2025 issue gives readers an update on software and controls under the lens of AI and ML, the digitalization of compressor maintenance, and more.

In his opening keynote, Lorenzo Simonelli, CEO of Baker Hughes, echoed the theme of an “affordable, sustainable, and secure” energy landscape.

The simple-cycle, bio-fueled station will be powered by Ansaldo’s AE94.3A turbine.

This year’s theme, Progress at Scale, explores how innovations can drive lasting change in the energy industry.

The investment will satisfy increasing customer demand, bolster national supply chains, and allow GE Vernova to continue developing its power technologies.

The multi-GW scale power plant, co-located to a data center, will use flexible power to support lower carbon solutions and renewable energy.

The acquisition strengthens Shell’s presence in New England and continues its 2019 energy supply agreement, securing long-term energy offtake from RISEC’s plant.

MFM generates an alert and technical recommendations for the operator, preventing further degradation that may cause damage and unplanned shutdowns.

The plant will produce approximately 200 GWh of e-methane for heavy road and maritime transport per year, as well as 180 GWh of CO2-free district heating for Tampere’s system.

These awards kick off Phase 1 activities and the hubs’ use of energy resources, existing infrastructure, electrolyzers, and more to reduce carbon emissions across heavy industries.

Xu Xin, President of GE Vernova Gas Power - China Services, said natural gas will help China replace coal with a scalable power supply.

With new financing, Amogy will continue developing and commercializing its ammonia-to-power systems in the maritime shipping and stationary power generation markets.

The facility will produce up to 800,000 MTPA of clean ammonia and connect to nearby natural gas and CO2 sequestration infrastructure.

GE Vernova’s DLN combustor technology eliminates the use of water and other diluents and improves the combined-cycle heat rate by 4 - 7%.

Hydrogen transport and storage are technically challenging and present significant operational and safety issues that must be addressed.