In a scenario of rising technology companies, the hydrocarbon industry also maintains a strong footing in technology. Knabe thinks as well that the substantial energy requirements per unit of Gross Domestic Product will not disappear.


Vesna Marinkovic U. (*)

 

1Considering the growing strengthen of technology companies such as Apple, Amazon and Microsoft, which are focused on data processing, is the importance of major companies in the energy sector in the global economy decreasing?

 
On world stock markets, it is true that the capitalization of companies in the energy sector is decreasing relative to that of technology companies.


However, the high energy requirements per unit of gross domestic product are not going to disappear, and data analytics and the use of various forms of artificial intelligence are becoming increasingly important within the energy sector, as in other industries.


This trend of implementing “smart energy” technologies is gaining momentum in today’s environment of low oil and natural gas prices, and should lead to a level of digitization comparable to that of high-tech industries.

 

2Any possibility that information could become the commodity of the future instead oil?

 

Information has become an indispensable “raw material”, and the oil industry is an increasingly important consumer of information.


For example, building simulation and geological models for a medium-sized oil field may involve more than a terabyte of data. Similarly, the conversion of oil and gas fields to “smart fields” can only be done with high data intensity in real time.


For this reason, the oil industry is moving to the Cloud for various processes, such as reservoir modeling and simulation.



                                                      



3In companies like Halliburton, is there a strategy to strengthen service lines that, without neglecting the main energy business, focus directly on the interpretation, optimization, modeling and forecasting of data (i.e. data analytics / machine learning), which are obtained in the execution of your services to add greater added value to your management?

 

The digitization of Halliburton has become essential to add value to our clients.


For example, prior to a hydraulic fracturing job, initial analyses may involve reservoir modeling, simulation of various types and intensities of hydraulic fracturing to estimate the dimensions of induced fractures, and other simulations to estimate potential output after the job.


During the hydraulic fracturing operation, further data analysis is done in real time to optimize fluid and proppant injection.


After multiple wells have been fractured, machine learning and other analyses can help fine-tune the hydraulic fracturing process in the area.
This is just one example; there are several others.

 

4Is it possible that companies serving the hydrocarbon industry can contribute to a technological revolution that allows us to continue using fossil fuels in a more sustainable way?

 

Yes, we recognize the importance of contributing to carbon neutrality in the hydrocarbon industry.


For instance, companies in our sector are already taking advantage of electrification opportunities for various types of equipment.


What’s even more significant is that companies like Halliburton can leverage our expertise in carbon dioxide injection in enhanced oil recovery projects to solve technological challenges related to permanent carbon storage. These challenges include the use of advanced metallurgy and carbon dioxide resistant to the carbonic acid formed when carbon dioxide contacts water in the formation.


What surprises many people is that carbon dioxide has been injected into improved oil recovery projects in the United States for more than thirty years. Companies like Halliburton have gained a lot of experience in managing CO2 over the course of this period.


                                                                                         
 


5What is the progress of research and development departments in carbon capture technology in companies like yours?
 

In addition to the research and development of advanced metallurgy and cements for carbon dioxide injection wells, we have developed software to model CO2 injection in saline aquifers or depleted gas fields.

This software facilitates the practical design of permanent storage projects for CO2, for example the analysis the possible injection flow rates in the reservoir, the injection pressure limitations to be observed to protect the cap rock, and the diffusion of CO2 in the reservoir over the course of time.

Moreover, we have developed technologies such as the use of fiber optics adapted to difficult conditions in injection and production wells. The information collected based on this technology provides an effective way to monitor pressure, temperature and tension conditions in wells and in the reservoir.

 

6What do you think is the effect that the pandemic has on the worldview of people on climate change, the challenges of sustainability, and efficient energy management?

 

People in various cities around the world recognize the significant reduction in air pollution thanks to the lower traffic density. Possibly an effect of the pandemic will be that people demand from their politicians that this improvement in the environment continue, resulting in less use of fuels such as coal and high sulfur fuels.

 

Similarly, the discovery that working from home works fairly well for various professions could cause a permanent reduction in the use of gasoline and diesel, increasing efficient energy management.


                                                                                  

7How do you think of the situation in the hydrocarbon industry in general during the COVID-19 pandemic? Many layoffs?

 

The COVID-19 pandemic, coupled with the recent “price war” in the oil industry, have significantly reduced activity across the industry, be it exploration, production, refining or distribution.


Unfortunately, one result has been substantial layoffs and early retirements.


However, the cyclical nature of the industry provides hope for new hires if oil and natural gas prices recover. The trend mentioned before of “digitizing” the hydrocarbon industry also opens the door to the hiring of new personnel.

 

8The outlook for the sector post COVID-19 is optimistic or negative?

 

In many ways it is optimistic, especially for natural gas, an abundant resource in Bolivia frequently designated as a “transition fuel.”

 

Natural gas by the nature of its combustion is cleaner than other fuels. Furthermore, the use of natural gas in applications such as power generation lends itself to CO2 recovery at a cost that some countries and companies should be able to tolerate to minimize their carbon footprints.



Furthermore, the use of natural gas in applications such as power generation lends itself to CO2 recovery at a cost that some countries and companies should be able to tolerate to minimize their carbon footprints


(*) Traduction by Steve P. Knabe.




PROFILE

Steven P. Knabe is Halliburton Consulting Director . He is an experienced oil & gas technical manager, with work experience in service companies and major oil and gas operators, he has worked in large oil & gas development projects around the world, in areas such as: drilling, completions, stimulation, well and reservoir evaluation; development plans; enhanced oil recovery projects; and innovative digital solutions for well and reservoir management. He has a B.Sc. in petroleum engineering from Sandford University, and an MBA from Harvard Business School. He is an active member of the Society of Petroleum Engineers (SPE) and holds a license as a professional Engineer in the State of Texas.

 

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