NGT Smart

 
NGT SMART is an expert and analytical software application developed to facilitate decision-making in reservoir surveillance and management for oil and gas field development
  • Available on the market since 2010
  • Corporate software in leading oil companies in Russia
  • Track record in international projects (implemented in Vietnam, Serbia and Kazakhstan)
  • Active cooperation with Clients for developing and advancing software tools
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Corporate software

16

companies		 Over

8

years on the market		 Over

700

users

 

 

BASIC SOLUTION

Data visualization

Visualization of G&G and production data by well, by sector or area, by field. Routine mapping. True-to-scale printing of documents, maps and cross-sections. Import of images in different formats, coordinate positioning, digitizing / vectorizing

Tools for 2D grids

Reservoir structure gridding, grids of geophysical parameters, reservoir pressure grids, various additional supplemental maps
Tools for import / export of grids 

Data consolidation for analysis of performance indicators

Well-by-well data consolidation based on multilevel and multifunctional filter system. Analytical reports. User report generation
 



 


 

Reservoir development analysis and monitoring 

Analysis of reservoir performance and efficiency of geological and technological operations. Express calculation of predicted oil production rates. Operations with planned wells. Mapping of various performance indicators (including geological and engineering characteristics), maps of changes in field development parameters. Assessment of initial and remaining reserves

Database management 

Tools for data management. Tools for integration with the Field Operator’s information system OilInfoSystem (OIS), Finder

Plug-in support

Open software interface enable advanced users to create custom modules
 

Reservoir surveillance

Automatization of monitoring processes and express evaluation of reservoir pressure behavior trends and production characteristics of reservoir-well systems using data from normal operation

Waterflooding management

Automatization of processes for identification of areas to optimize flooding patterns and timely planning of measures to improve sweep and displacement efficiency by field

Analysis of key reservoir performance indicators

Automatization of processes for early identification of wells from the main production well stock with decreasing oil rates over a specified timeframe, description and classification of factors causing production decline, shortlisting programs for geological and technical measures to address declining rates and eliminate negative effects

Reserves

Automatization of processes for monitoring and interim assessment of field reserves according to international standards including Russian Classification 2016, SEC and SPE