Strategic Contract Drives Gas Infrastructure
Baker Hughes secured a strategic contract to supply gas compression technology in Argentina, strengthening the development of its energy infrastructure.
The agreement includes the provision of three NovaLT™16 gas turbines along with centrifugal compressors and associated services. These units will be installed at a key compressor station for natural gas transportation.
From a technical standpoint, gas compression is essential to ensure continuous flow in long-distance pipelines, especially in projects oriented toward liquefied natural gas (LNG) export.
Decisive Variable: First NovaLT™ in South America
From an engineering perspective, the introduction of NovaLT™16 technology in South America for the first time. This significant technical advancement marks a major step forward in the adoption of high-efficiency, low-emission turbomachinery in the region.
These Baker Hughes turbines stand out for their aeroderivative design, which enables greater thermal efficiency and lower CO₂ emissions compared to conventional technologies. This is key in projects aligned with the energy transition.
Furthermore, their integration capability with remote monitoring systems enables real-time performance optimization, reducing downtime and improving operational reliability.
Vaca Muerta as the Axis of LNG Development
The project is directly linked to gas transportation from Vaca Muerta to the Gulf of San Matías, where it will be processed for LNG export via floating units.
From a process engineering standpoint, this type of configuration requires efficient compression to maintain the necessary pressure conditions throughout the transportation system.
Additionally, the integration between pipeline and floating liquefaction units represents a flexible and scalable model, ideal for monetizing resources in early development stages.
Efficiency and Digitalization in Gas Compression
The supply includes advanced remote monitoring and diagnostic capabilities, reflecting the growing digitalization in the gas industry. These tools enable anticipation of failures and optimization of predictive maintenance.
From a technical perspective, the combination of efficient turbines and high-performance centrifugal compressors significantly improves the energy consumed/volume transported ratio.
Finally, this contract positions Baker Hughes as a significant technical architect in the development of critical infrastructure in Latin America, consolidating solutions that balance operational efficiency, emissions reduction, and energy security.
Source and Photo: https://investors.bakerhughes.com/news