GE Vernova is a global energy technology company formed from General Electric’s energy businesses. It provides equipment, software, and services for electricity generation, transmission, and distribution. Its portfolio spans gas turbines and lifecycle services; onshore and offshore wind turbines; and electrification technologies including grid solutions, power conversion, and energy storage and controls.
Through the GE Hitachi Nuclear Energy joint venture, the company develops nuclear power technologies, including advanced boiling water reactors and small modular reactors. GE Vernova serves utilities, independent power producers, and industrial customers worldwide, with activities focused on grid modernization, reliable power supply, and decarbonization of the energy system.
chemXplore tracks 2 projects involving GE Vernova, of which 2 are active.
GE Vernova's role on them: Technology / equipment supplier.
2 new construction.
Expected to start operating, per year.
Contractors and licensors are recorded on all 2 of them For subscribers
Targeting: Natural gas (2), Carbon dioxide (1), Crude oil (1), Hydrogen (1), Water (1)
Quarterly results bolstered by record own oil output, above-100% refinery utilization and higher derivative production, supporting cash generation and lower imports.
Preferred carbon-capture tech chosen for proposed Connah’s Quay project; configured for flexible gas‑turbine operation, tied to HyNet CO2 pipeline, up to 1.38 GW in two phases.
Preferred EPC chosen for proposed Deeside low‑carbon power plant fitted with carbon capture, targeting at least 95% CO2 removal and connection to regional CO2 transport.
Focus on flexible generation, hydrogen-ready plants, renewables and gas diversification; projects include ~1.7 GW of tendered plants, data‑centre site development and gas portfolio expansion.
Brought online three months early, FPSO adds 180,000 bpd and 7.2M m³/d compression, raising field capacity to ~1.33M bpd; 14 wells planned and up to 3M m³/d gas export.
At CERAWeek he warned AI and data-centre growth will surge electricity demand, urging investment in transmission, distribution and generation and meeting global energy officials.
15 MW turbines installed at Baltic Power, using Polish components. First electricity expected next year, covering 3% of national demand. Completion by 2026.
A new 850 MW hydrogen-compatible plant in Voerde aims to support Germany's energy transition, with construction starting post-tender approval and operation by 2030.
By country, the most active first.
