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Baker Hughes has formalized the award of a comprehensive service contract granted by ANOH Gas Processing Company (AGPC), specifically designated for the ANOH gas plant. This agreement extends the supply of mechanical components, repair assistance, and engineering consulting for the turbomachinery systems installed at the facility, located in Nigerian territory.
Operational Optimization of the ANOH Gas Plant in Port Harcourt
To maximize operational performance, the agreement stipulates the implementation of the iCenter digital platform, which operates within the Cordant technology environment. The tool will facilitate continuous monitoring and remote diagnostics to increase the availability and reliability of the analyzed equipment. Specifically, technical support activities will focus on two NovaLT gas turbines, components that were originally supplied by the technology provider in 2019.
Likewise, operational activities related to contractual obligations will be coordinated directly from the Baker Hughes Service Center in Port Harcourt. This strategic facility promotes the employment of local specialists and ensures comprehensive technical support throughout the entire lifecycle of the industrial project. Additionally, the infrastructure enables decentralized technical support to provide timely responses to operational contingencies.
For its part, the general management of ANOH Gas Processing Company, under the leadership of James Makinde, emphasized that the operational stability of turbomachinery is essential to meet Nigeria’s energy supply goals. Additionally, Maria Claudia Borras, executive at Baker Hughes, stated that the combination of regional expertise with advanced digital solutions will enable the delivery of reliable and economical energy to the local population.
Finally, the development of the ANOH gas processing plant aligns with the national agenda focused on leveraging natural resources for electricity generation and industrial consumption. Through these measures, the country seeks to accelerate the transition from traditional hydrocarbons to cleaner combustion alternatives with lower environmental impact.
Source and photo: Baker Hughes
