Expert and analytical works on development of EOR project design

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Scientific and expert support


Analysis


feasibility study


Expertise

Expert and analytical work

Implementation of innovative technologies to increase oil recovery, in particular EOR techniques, requires scientific and expert support from the very beginning of the project. The final result of the technology implementation will depend on the correctness of making certain decisions at the planning stage.

In this regard, we offer the following types of expert analytical work:

1. Assessment of geological and physical characteristics of objects

The current state of development with the aim of selecting the most promising objects for the implementation of the FHMUN:

Data collection and analysis
Gathering information on potential development sites. Analysis of reservoir properties and reservoir fluids. Analysis of the history and current state of development of the sites.
Selecting objects
Ranking and selecting the most promising sites for implementation. Selecting the most suitable test sites for pilot work.

2. Assessment of the technical condition of the equipment

Current state of surface facilities and technical condition of field equipment:

Departure and assessment
On-site visits by specialists to potential sites to analyze the current state of surface infrastructure and assess the technical condition of wells, water, and electricity supply systems.
Designing a circuit
Design of a comprehensive basic process flow diagram, including justification of the composition of equipment and engineering systems.
Research Recommendations
Development of recommendations for the necessary industrial geophysical and hydrodynamic studies.

3. Feasibility study (FS)

Preliminary analysis, assessment and calculation of the technical and economic feasibility of conducting the pilot project:

Review of global practices
A review of the best global practices of various technical and technological solutions in the implementation of FHMUN technologies.
Screening reagents
Screening of a group of chemical reagents for laboratory research based on the characteristics of the experimental site.
Cost and performance calculation
High-level analysis of capital (CAPEX) and operating (OPEX) costs. Calculation of preliminary investment performance (NPV, IRR, payback periods).
Preparation of a feasibility study
Preparation of a preliminary feasibility study for the pilot project for the implementation of the FHMUN technology.

4. Performance analysis and scaling

Analysis of implemented pilot projects and justification for technology scaling:

Analysis of the pilot project
Analysis of the pilot project's planned technological and economic performance indicators. Evaluation of the efficiency of pumping equipment, utility systems, and water treatment systems.
Scaling
Developing recommendations for the subsequent scaling of FHMUN technologies. Developing capital and operating costs for subsequent scaling/replication of the technology.
Final feasibility study
Calculation and evaluation of projected technological and economic efficiency indicators. Preparation of a final feasibility study for scaling and/or replicating technologies.

5. Hydrodynamic modeling

To clarify the visualization of technical and economic calculations, at the customer's request, hydrodynamic modeling of polymer and surfactant-polymer flooding processes is performed

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    Physicochemical eor techniques

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    Expert and analytical works on development of EOR project design

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    Laboratory studies on the selection and testing of chemical compositions

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    Chemicals for surfactant-polymer flooding

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    Dedicated equipment for polymer and surfactant-polymer flooding

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    Maintenance and operation of injection equipment during the implementation of cEOR projects

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