Unconventional (Tight Oil/Gas) Development
We can help with lifecycle unconventional developments
Unconventional resources can provide energy security at affordable price in uncertain times and political turmoil. Even in deep decarbonizing scenarios, oil demand will still be around 67 MMSTBPD. Only the most abundant, reliable and flexible hydrocarbon sources will be competitive; only US unconventional (tight oil/gas) resources fits the bill , and we can help (see our video below)
Watch our Video on Shale Revolution & New Business models
Key Questions To Ask To Beat the Competition
What are the 'Big-Rules' that can help defines your play
What is the most attractive part of play to focus on drilling?
Where is the sweet-spot in the play and How to characterize it?
What are the reservoir and well controls on productivity?
What are the most optimum well completion and fracture design?
We have extensive experience in unconventional shale within continental USA (Antrim Shale in Michigan, and Eagle ford Shale in Texas) to help you with your strategy.
We have an auditable approach and sound methodology to ensure success. As soon as you acquire acreage, we can help with our 5-Step, play de-risking approach that guarantees high productivity and consistent results:
We help you develop big 'Big-Rules' for your unconventional oil or gas play
The big-rules help develop 'Common Risk Segment' (CRS) map; characterizing attractiveness of areas within the play
We then help develop a 'Sweet Spotting' strategy
We map PI's /IP's in the play and develop integrated view of 'controls on productivity.'
We then develop play specific 'well-completions' & 'fracturing design' to de-risk the play
STEP-1: BIG RULES
We help develop big rules that are for that are specific for your oil & gas play (see source rock evaluation)
STEP-2: CRS MAPPING
We help build the CRS maps for key play elements that identify and narrow the potentially attractive areas for sweet-spotting
We query databases and prepare map of Expected Ultimate Recovery (EUR) and Initial Potential (IP) to identify top quartile EUR/IP (sweet-spot) and relate to reservoir and maturity parameters that control the sweet spot (see Source Rock Evaluation)
STEP-4: CONTROLS ON PRODUCTIVITY
Map well Productivity Indices (PI) and/or Initial Potential and relate to various reservoir parameter that control production.
STEP-5: PLAY SPECIFIC WELL COMPLETIONS