Zuher Syihab, S.T., Ph.D.

Dr. Zuher Syihab

Zuher Syihab, S.T., Ph.D.

Assistant Professor | Reservoir Engineering

Scopus | ResearchGate | Google Scholar | Science and Technology Index

zuher.syihab@itb.ac.id

Education

Ph.D., Petroleum Engineering, Texas A&M University, USA, 2009

B.Sc., Petroleum Engineering, Bandung Institute of Technology (ITB), Indonesia, 1997

Research Interests

  • Reservoir simulation and fluid flow modeling, including dual porosity, fracture networks, and heterogeneity modeling
  • Application of advanced numerical methods such as neural networks and probabilistic approaches in reservoir simulation
  • Carbon Capture, Utilization, and Storage (CCUS)
  • Oil and gas data analytics

Courses Taught

  • TM2202 — Reservoir Fluids Laboratory
  • TM2203 — Numerical Methods and Programming
  • TM4101 — Reservoir Characterization and Modeling
  • WF1101 — Introduction to Mineral and Energy Resources

Selected Publications

  • An Integrated Approach to Economic Analysis of EOR Projects: EOR Screening to Optimization of Field Development Scenario (2024)
  • A New Approach for Storage Capacity and Allowable Injection Time Calculation in Carbon Capture and Storage (CCS) Reservoir (2022)
  • Analysis of Hydraulic Conductivity of Fractured Groundwater Flow Media Using Artificial Neural Network Back Propagation (2021)
  • Estimation of Oil Recovery for Hydrocarbon Injection EOR Method Using a Newly-Developed Predictive Model (2020)
  • Development of ANN-based Predictive Model for Miscible CO₂ Flooding in Sandstone Reservoir (2019)

Projects & Activities

  • Application of Probabilistic and Neural Network Methods as Linear Solvers in Reservoir Simulation (2025)
  • Development of Neural Network-Based Nonlinear Solver in Reservoir Simulation (2024)
  • Technical Evaluation of CCUS Implementation in Subsurface Formations in Indonesia (2023)
  • Optimization Study of Economic Algorithms for Upstream Oil and Gas Projects (2023)
  • Development Study of Economic Algorithms for Upstream Oil and Gas Projects (2022)