Natural gas
Gas Lift stands as the cornerstone of our operational philosophy, representing the most fluid and adaptable method of artificial lift. By utilizing natural gas to lighten the hydrostatic column, a state of continuous operational flow is achieved. This method provides a level of production flexibility that mechanical pumps cannot match, ensuring that assets remain resilient throughout the entire field lifecycle.
The choice of Gas Lift is driven by a commitment to the long-term integrity of the wells. Unlike traditional pumping methods that subject wellbore components to intense mechanical stress, our systems operate with inherent smoothness. This approach reduces downhole interventions, minimizes equipment fatigue, and protects the subsurface environment. Every cubic foot of gas injected is viewed as an investment in the durability and reliability of energy infrastructure.
Repurposing natural gas within internal production loops significantly reduces flaring and optimizes energy consumption. Mastering the gas cycle ensures it serves the dual purpose of fueling global progress while minimizing the environmental footprint in the era of energy transition.
While alternative approaches often rely on waterflooding, we upheld a 'gas-first' mandate. Minimizing water injection eliminates the risks of scale formation and excessive water production, ensuring a more sustainable and streamlined lifecycle for all assets.
We provide the necessary gas stream for field power generation and enhanced oil recovery, prioritizing oil and condensate as a high-value and economically optimized asset. We favor this path because
a) domestic gas supply is hindered by payment delays,
b) the construction of LNG export plants is characterized by the inertia of international investment source,
с) global natural gas trade is subject to "sanction"-driven speculative claims
making this direction less attractive for long-term growth strategy.
