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Energy engineering that transforms every barrel

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Oil remains a cornerstone of the global energy system, both for its direct contribution as a primary energy source and for its strategic role in industrial and economic stability. Far from being a static industry, the oil sector has evolved toward more efficient, integrated, and technologically advanced operating models, driven by digitalization, automation, and data-centric decision-making across the value chain.

Currently, hydrocarbon exploration and production rely on high-resolution geological and reservoir models, numerical simulation, and integrated data analysis. These tools allow for reduced uncertainty, optimized drilling, and maximized recovery, especially in mature fields and complex reservoirs, while improving capital efficiency, operational safety, and long-term asset performance.

To meet this anticipated demand, the major OPEC+ members (led by Saudi Arabia) agreed to restart more wells in October, adding an additional 2.2 million barrels per day that had been idled. Even so, the announcement barely depressed prices: a barrel of Brent crude is currently hovering around US$67. OPEC sees this as a validation of its strategy, but admits that in recent years its internal forecasts have been overly optimistic and do not always coincide with those of other analysts.

In its internal projections, OPEC estimates that global oil demand will grow by 1.3 million barrels per day this year, a pace nearly 40% faster than estimates from major financial firms like Goldman Sachs. This view contrasts with that of other entities: for example, the International Energy Agency (IEA) expects a record surplus of more than 3 million barrels per day by 2026, due to slower demand in China and booming production in the United States and other regions In short, OPEC speaks of a tight market, while others predict an oversupply.

These conflicting forecasts reflect global uncertainty. If the OPEC deficit is confirmed, we could see a spike in oil prices, which would make gasoline, diesel, and energy in general more expensive for the global economy. But the U.S. government projects the opposite: the Energy Information Administration (EIA) estimates that global reserves will grow by more than 2 million barrels per day in the near future . Under this scenario, it estimates that a barrel of Brent crude oil would fall to around US$51 by 2026. Ultimately, the oil market will be closely monitoring economic factors (global growth, Chinese demand, etc.) and political factors (OPEC+ decisions, US shale production, etc.). What OPEC+ does in the coming months will be key, as it will directly influence the price of crude oil and its effects on inflation and the global economy.

Did you know?

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Producing oil also requires large amounts of energy

 

In the oil business, energy isn't just sold: it's also consumed intensively to produce it. Every barrel of crude oil that reaches the market is the result of a chain of technical processes that demand energy from the very first day of operation.

 

During drilling, energy is used to power high-torque equipment, fluid circulation systems, and pressure control. Once the well is in production, energy consumption continues through artificial lift systems, such as mechanical pumping, electric submersible pumping, or gas lift, designed to overcome the natural conditions of the reservoir.

 

 

 

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From a technical and economic standpoint, this energy consumption directly impacts the operating cost per barrel. Therefore, optimizing equipment efficiency, selecting appropriate production methods, and improving integration between subsurface and surface operations can generate significant savings, as well as reduce emissions and extend the lifespan of assets.

Technical Talks

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APPLICATION OF GELS FOR WATER CONTROL IN OIL WELLS

MSc. Oscar Rausseo

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MARKETING IN THE INDUSTRY OF
HYDROCARBONS

Eng. José Hugo Contín

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UNDERSTANDING HOW IT WORKS
FROM THE TRIPLEX PUMP

Eng. Jaime Ciscar

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IMPACT OF ENHANCED RECOVERY IN CRUDE OIL FIELDS

Eng. Evelyn Quintero

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CYBER RISKS IN THE OIL INDUSTRY

PhD. Ramón Perdómo

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MODERN APPLICATIONS OF SURVEYING AND GEODESY IN BASIC INDUSTRIES

Dr. Melvin Hoyer

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HOW DO I DESIGN AND CONSTRUCT AN OIL WELL?

MSc. Gustavo Suárez

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IS DILUTION OF EXTRA-HEAVY CRUDE OIL A GOOD OPTION FOR TRANSPORTING IT?

MSc. José Gregorio Tovar

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NANO PARTICLES FOR TRANSPORT OF
HEAVY CRUDE PRODUCTS

MSc. José Gregorio Tovar

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USE AND ABUSE OF MULTICOMPONENT SEISMIC IN RESERVOIR CHARACTERIZATION

MSc. Javier Antonio Pérez Arredondo

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Short Technical Notes

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SPACING OR ARRANGEMENT BETWEEN OIL WELLS

FROM GEOLOGY

MSc. Miguel Marquina

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HAVE WE REACHED “PEAK OIL”?

WHAT TO DO WITH OUR MATURE DEPOSITS?

MSc. Miguel Marquina

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GEOLOGICAL FACTORS THAT AFFECT THE SUCCESS OF THE

WELLS DRILLED ON ACTIVE MARGINS

MSc. Miguel Marquina

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DEFINITIONS FOR HARNESSING SUBSURFACE HYDROCARBON RESOURCES - GEOLOGICAL MODEL

MSc. José Gregorio Tovar

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PROJECTS TO CONSTRUCT, COMPLETE OR REPAIR WELLS

THAT PRODUCE HYDROCARBONS - PLANNING

TYPES OF HOLES IN A PRODUCING WELL
HYDROCARBONS

MSc. José Gregorio Tovar

MSc. José Gregorio Tovar

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Definitions for harnessing underground hydrocarbon resources. Stress distribution in the subsurface and equilibrium with drilling fluid.

MSc. José Gregorio Tovar

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© 2020 by Static Model Consultants

© 2020 Petroleum Consultores S.A.S.
Version 2.0

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