Polykod company specializes in software developing for the oil-gas industry and educational and academic organizations.
The software platform is web applications based on a client-server architecture with a high degree of reactivity between clients and with dedicated servers: authorization server, client interface server, application logic server, mathematical operations server and database server.
This allows you to achieve a high degree of flexibility and security at the same time, which is especially important when working together on projects from different places. In particular, Polycode applications are available to users from any operating platform.
The company's applications implement the concept of SAAS (Software-As-A-Service), which can be run in the cloud (Cloud version) or in a closed corporate network (Box version).
PolyGon software is a comprehensive tool for analyzing and interpreting dynamic flow rate and pressure data into the oil and gas field development process. The software includes modules for initial development analysis (displacement curve analysis, productivity analysis, reservoir development maps), PVT fluid models, SCAL reservoir models, reservoir pressure interpretation, PTA and single-well deconvolution, classical and pressure pulse-code testing, multi-well deconvolution, CRM- models and numerical 2D + modeling.
PolyPlan software is the Oil and Gas Synthetic model simulating a reservoir-well-infrastructure system taking into account the economics and logistics of supply and the ability to simulate well and reservoir studies. PolyPlan software is used to design development of new assets, monitor deviations in current assets and as a simulator for training in analysis and field development.
POLYGON SOFTWARE USING FOR PRESSURE AND PRODUCTION RATE INTERPRETATION FOR DETERMINING RESERVOIR CHARACTERISTICS
INTERPRETATION CAN BE CARRIED OUT SIMULTANEOUSLY IN MORE THAN TWO WELLS
2D+ piezosimulator (high speed calculations of numerical models)
Pulse-Code Detrending (selection of true signal from a generator at receivers)
A unique method of filtering pressure data from different types of noise
The multi-well deconvolution algorithm (taking into account the influence of neighboring wells (their flow rates and injectivity) and determining more accurate reservoir characteristics)
Unique fitting method (pressure auto-adaptation for all wells simultaneously)