WellStim Technologies® supports operators in US and overseas with focused engineering work across stimulation, reservoir evaluation, and production performance. These examples highlight the type of projects we deliver.

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Recently Concluded:

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Stimulation Design 

We completed a stimulation design and review for a multi‑stage hydraulic fracturing program in a low permeability unconventional gas reservoir. The work included schedule refinement, fluid system evaluation, and placement guidance to support better execution and stronger well response. This was achieved with close collaboration with field personnel and quick implementation of procedures to address the areas that needed attention. 

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Field Execution Support

We provided real time support during a series of stimulation treatments in a mixed‑lithology asset. The work included monitoring diagnostics, guiding adjustments, and helping the team maintain safe and efficient operations.

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Post‑Treatment Performance Analysis

We evaluated early production behavior for a set of recently stimulated wells for an overseas operator to assist in further fine-tuning treatment design. The review focused on flowback trends, drawdown strategy, and proppant stability to support improved performance and lower risk.

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Reservoir Behavior Assessment

We completed a reservoir behavior assessment for a development area with variable geology. The work included pressure trend review, fracture response interpretation, and guidance for future stimulation plans.

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Ongoing:

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Tight Gas Conventional Reservoir Stimulation Design and Planning

We are currently supporting stimulation design and planning for low‑permeability gas wells in a new and geographically challenging development area. The work includes offset well production history and match analysis, building 3D geomechanical models, and generating fracture treatment designs to optimize placement and improve well performance.

 

Hydraulic Fracturing Lookback Study

We are conducting a hydraulic fracturing lookback study on several unconventional wells for an overseas client. The work focuses on identifying key variables that contributed to improved well performance and developing next‑generation treatment designs to support continued optimization across the asset.