ECO: Completion

A system of hardware and software solutions that combines in a single protocol the design of the well with the actual data obtained during the drilling process, as well as with the historical data of neighboring wells for more accurate solutions for completing wells, including complex completions such as those for multi-stage hydraulic fracturing. Minimizes emergency risks, increases the speed of decision-making and work. Uses machine learning and artificial intelligence algorithms for the most sophisticated design decisions for greater well productivity.

Completion is easy

Three-dimensional modeling of the position of the wellbore in the reservoir,taking into account all the data available for analysis - geological, geomechanical, petrophysical, a database of previously drilled wells, a well design and actually obtained results to build the most effective design

Effective Completion

Accurate well position data, combined with the ability to process and analyze a large database, allows user to design and place perforation intervals and hydraulic fracturing elements to achieve the highest well productivity indicators. Eliminates unnecessary perforation and fracturing costs in poorly productive areas

Combining drilling and completion in a single cycle

Allows achievement the most effective results of the investment

Incident-free

The ability to process large volumes of geological, technical and historical data allows you to constantly increase success and failure-free performance when completing wells of any complexity

Cost control

The ability to plan, monitor and analyze costs in real time can minimize costs without losing quality and make the most accurate design and organizational decisions for balancing price and quality. Maximum return on investment

Communications

Instant interaction between the contractor and the customer to review and confirm decisions. Acceleration of processes at all stages of work. Information flow transparency for all process participants

ECO: Completion

ECO for completion consists of 3 components

Planning

Design

Implementation

ECO: Completion Planning

Geological data obtained and analyzed in real time during the drilling process allows you to quickly put the well into production.
Information obtained during drilling allows identification with high accuracy of the most productive zones of the formation, to select the most suitable technologies and solutions for well completion.
If necessary, a traditional analysis of logs is possible to identify lithological properties, tectonic stresses and reservoir pressure

ECO: Completion Design

Design of injection tests and mini fracturing
Determination of stages and sizes of sales and technological parameters of hydraulic fracturing
Proppant design and crack propagation
Hydraulic fracturing project

ECO: Implementation of Completion

Collection of technological parameters, visualization of real-time progress and summary of hydraulic fracturing
Automatic adjustment of the project based on the results of mini fracturing and injection tests
Real-time simulation of crack propagation and trunk hydraulics
Analysis of pressure deviations during operation

What can ECO do in completion

Intelligent software for the design, maintenance and analysis of complex wells

Intuitive interface and machine recommendations to improve solution accuracy

Exact recommendations on the placement of hydraulic fracturing stages and volumes of injection into each of the stages

Real-time recommendations during hydraulic fracturing

Intellectual property, accumulated experience and acquired data remain in the company without the risk of their loss

Digital reporting at any time and at the end of project with the ability to analyze all data collected for subsequent operations

Reducing the risks of design and operational errors by minimizing the subjective factor

24/7 operational support

ECO

ECO Digital platform
aommotorra@gmail.com
+1 (713) 502-6513