Технологии, повышающие эффективность добычи углеводородов
Unique specialists
Our team consists of engineers, scientists, pioneers, and innovators. We understand the importance of well research and the selection of optimal intelligent well injection solutions for each field.
We know what the subsoil user needs
Throughout the life cycle of a well – from drilling to decommissioning, a subsoil user needs to understand how the well works, the reservoir, where water or gas breakthroughs are observed, how to make timely well repairs correctly and efficiently, and how to manage the production process.
Technology selection
Мы не занимаемся простой продажей оборудования. Наша цель – помочь недропользователю подобрать правильные технологии для эффективной и безопасной эксплуатации недр.
Services
Our services provide accurate and reliable information on well flows, well integrity, and real-time flow control by shutting off water or gas breakthroughs with electric valves.
Our mission and vision
Our team consists of engineers, scientists, pioneers, and innovators. We understand the importance of well research and the selection of optimal intelligent well injection solutions for each field.
Mission:
Develop and implement oilfield service technologies and equipment that reduce Clients’ costs and increase environmental friendliness and business efficiency.
Vision:
Improved oil and gas production efficiency, which will allow oil and gas companies to produce a comparable volume of hydrocarbons from two smart wells as from three standard wells.
Well and reservoir performance analysis
The industry is changing, and NEO technologies are at the forefront of these changes. Hydrocarbon production today for many fields is balancing on the edge of profitability. Reservoirs are heterogeneous, permeability is declining, burial depth is increasing, and pressure and temperature are rising.
The subsoil user needs to weigh every step, and for this, reliable information is needed about how wells and reservoirs are performing.
Before performing an operation, any doctor is obliged to study a great number of tests and apply modern diagnostic methods. Similarly, a petroleum reservoir geologist needs to understand where and what is “hurting” — what is not working as it should.
Before carrying out costly repairs on an existing well, it is necessary to determine where oil and gas are flowing from, and where water breakthroughs are occurring.
For this purpose, modern well and reservoir investigation methods are applied, allowing quantitative assessment of flows, including those located behind the casing string.
Smart well completion
Having an accurate picture of multiphase flows in the wells and in the reservoir, as well as reservoir parameters, it is possible to select the optimal design for new wells. We offer intelligent well completion and continuous monitoring systems based, among other things, on the results of well surveys and reservoir flow modeling based on data refined by geophysical surveys. What length should a horizontal wellbore be drilled to? Into how many sections should it be divided? Will a multilateral well be effective? How can the well’s service life be extended? Our experts can help you find answers to all these complicated questions.
Technology Centre NEO
Our patented technologies have been developed from concept to fully commercial products and continue to be improved by an experienced R&D team and experts in close collaboration with leading universities and institutes. We are engaged in a whole spectrum of technological developments — from scientific research and applied mathematics to engineering, software development, hardware manufacturing, and the deployment of hardware-software systems in the field.
The NEO Technology Center consists of an R&D department, a state-of-the-art instrument manufacturing plant, and a testing center containing unique test benches.
Our team of qualified specialists in geophysics, physics, mathematics, software development, and instrument engineering provides the expertise needed to create new methods for well and reservoir analysis, and to develop intelligent downhole systems with electric valves and sensors for managing flows within the well.
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