TET Technology
TET specializes in independent research and development of E&P data management, AI + physics powered reservoir modeling and simulation, digital-twin level of reservoir forecasting and model evolution, and intelligent decision-making for drilling, completion and production.
DataPool
Exhaustive data integration of exploration and development.
DataWiz
Powers an AI computing engine for deep learning and business intelligence.
Simba
Delivers a cloud-based engine for reservoir modeling and simulation.
Timeline
Manages model updates and fosters intelligent engineering decisions.
AI Application Philosophy
The uniqueness of TET-Suite is to incorporate the emerging AI technologies into classic modeling-simulation approach, based on a generalized “data + physics” framework. It offers a novel solution that could integrate all pieces of information, make fast and accurate predictions at real time, and most importantly, build a self-improving reservoir twin that keeps reducing the reservoir and decision uncertainty through data-driven, deep-learning algorithms.
TET published 26 patents and 58 software copyrights in high-fidelity modeling and simulation, multi-scale simulation, intelligent digital twin reservoir etc. The software products and technology solutions have been applied in more than 230 complex reservoirs worldwide.
Value-adding to Operators
01 Exhaustive Data Fusion into Valuable Assets
- Unified data lakehouse for vast storage, cloud computing and LLM application of structured and unstructured files
- Automatic sample construction and spatial-temporal alignment for integrated geological-engineering data modeling
- Improves efficiency of life-cycle data management by 80%; Saves time of data integration and visualization by 50%
02 Collaborative Reservoir Study Anytime Anywhere
- Cloud-native geological modeling and reservoir simulation suite, with zero cost in storage and computing on end devices and minimum user interaction. Substantially lowered the technical barrier for solid reservoir forecast
- One-click sharing and collaboration with colleagues using different end devices at any location
- Typical project turnaround time reduced from 6-12 months to 2-4 weeks
03 Spectrum of Simulation Models to Balance Accuracy and Efficiency
- Unstructured-grid based, fully discrete modeling and simulation of complex fractures/faults for maximum fidelity
- PINN model option for unified forecast and history match of mature waterflood reservoirs with thousands of wells
- Pre-trained surrogate models to save on-line simulation time by 99%
04 Digital-Twin Asset Modeling with Data-Driven Insights
- Fully integrated reservoir—wellbore—surface network simulation and pre-trained surrogate for rapid forecast
- Data-driven model evolution to ensure evergreen understanding of the system and optimal engineering decisions
- Al-based operation diagnosis and optimization improves research and management efficiency by 75%