An Intensive 5-Day Online Training Course
Reservoir Characterization
From Core & Well Logs to Reservoir Static Model
Scheduled Dates
| 23 - 27 Sep 2024 | Online | $3,950 |
Why Choose this Training Course?
Why Choose this Online Training Course?
Participants to this 5-day intensive Reservoir Characterization Online Training course should be geologists and engineers who deal with all risked variables to decide where, when and why to drill and what is expected from this drilling on both short and long term and finally how to maximize the life and return from such drilling.
By choosing this PetroKnowledge Online Training course, the participants will be able to evaluate all type of involved data; good or bad, important or less important, rank different interpretation, risk all possible probabilities and conclude the best applicable scenario to work with. Participants will able, despite their different working sectors, to deal with: variable type of rocks, petrophysical parameters involved, multiple diagenesis, analyze the main facies in concern (barriers or reservoirs) ,interpretation of logs, maps, correlations and data distribution.
This PetroKnowledge Online Training course will highlight:
- Why sedimentological work is vital even to RE
- Planning for all team to work together on reservoir characteristics
- Linking different reservoir characteristics (Clastics and carbonate) to possible HC production
- Merging petrography, petrophysics to depositional setting and reservoir behavior
- Geological architecture and associated displacement and diagenesis processes
- HC recovery estimates, field development planning and uncertainty management
- Applied fluid flow equations Vs reservoir characterization
What are the Goals?
What are the Goals?
The main goal of this PetroKnowledge Online Training course is to enrich the participant’s knowledge with in-depth interpreted sedimentological, reservoir, logging and seismic, among others. By the end of this Online Training course, participants will learn to:
- Define rocks parameters involved in Reservoir Characterization
- Integrate all available data to define reservoir geometry
- Study and define depositional environment Vs. flow units
- Distribute physical parameters, and flow properties in a reservoir.
- Learn to work with sedimentology experts defining reservoir facies
- Link facies to reservoir connectivity, and flow properties (Ø, K, Sw, etc).
- Build Geologic models that help capture reservoir heterogeneities and uncertainties
- Get HC volumes distribution from reservoir models
- Assist in geo-steering wells to optimum locations, and provide input to reservoir simulation
Who is this Training Course for?
Who is this Online Training Course for?
This PetroKnowledge Online Training course is for all professionals in the exploration and reservoir engineering departments and geoscientists in the development sector, but it is mainly designed to for:
- Strategic engineers
- Petrophysicists
- Managers
- Geologists
- Geo-modeler
- Reservoir Engineers
- Geophysicists
How will this Training Course be Presented?
How will this Online Training Course be Presented?
This online Training course will utilize a variety of proven online learning techniques to ensure maximum understanding, comprehension, retention of the information presented. The Training course is conducted Online via an Advanced Virtual Learning Platform in the comfort of any location of your choice.
Organisational Impact
The organization will have a well-trained geoscientist who can Integrate well logs with core data for a better enhancement of reservoir performance and connectivity.
The unknown reasons for limited production and uncertainty in volumetric calculations will be highlighted so the organization would have a clear vision about where to drill the next wells and accurate volume estimation.
Personal Impact
Upon completion of this PetroKnowledge Online Training course, participants will be able to integrate core data results with well log analysis, calibrate it and weigh all petrophysical analysis by accurate measurements.
Also, participants will be familiar with challenges in each depositional environment which will help them to accurately construct reservoir static models and integrate results with reservoir engineering.
Daily Agenda
Day One: From Rocks to Reservoir and Reservoir Characterization
- Reservoir from sedimentological/field point of view
- Rock types
- What is meant by Reservoir Characterization?
- Carbonate rock classification and structure
- Impact of carbonate diagenesis on Reservoir Characterization
- Carbonate porosity and fracture impact on Reservoir Characterization
Day Two: Textural and Structure Impact on Reservoir Characterization
- Clastics classification and structure
- Carbonate geometry Vs Reservoir Characterization
- Reefal reservoir facies
- Clastics texture, porosity and packing Vs Reservoir Characterization
- Clastics petrography and photomicrograph
- Carbonate petrography and photomicrograph
- Geologic Controls on Reservoir Quality.
Day Three: Impact of Different Depositional Environment on Reservoir Characterization
- From diagenesis to depositional environment
- Fluvial depositional environment
- Main Aeolian depositional environment
- Different Deep marine depositional environment
- Deltaic and tidal depositional environment
- Supratidal depositional environment and sabkhas
Day Four: Reservoir Uncertainties, Trapping and Modeling
- Carbonate reservoir uncertainties
- Impact of Reservoir Characterization to the different reserves cases min to max, P10 to P90, etc
- From Reservoir Characterization to trapping
- Factors controlling Reservoir Characterization in a Petroleum system
- From reservoir data to geostatistcs
- Reservoir Characterization and static modeling tree who is first?
- Reservoir modeling steps, secrets and scheme
- Impact of Thin layers, hidden facies and shoulder effect on Reservoir Characterization
Day Five: Reservoir Characterization and Reservoir Modeling - Criteria and Case Studies
- Define reasons for Cutoffs and por/perm chart usage
- Relate Reservoir Characterization to facies and FZI
- From static to dynamic reservoir modeling one or 2 team
- Why we need upscaling
- Integrated Reservoir Characterization Vs reservoir heterogeneity
- Reservoir Characterization from data and parameters to stochastic approach
- Reservoir Characterization and modeling real cases
Certificate
- On successful completion of this online training course, a PetroKnowledge E-Certificate will be awarded to the delegates
