Tight gas and conventional vertical wells that have declined significantly from peak rates often retain substantial reserves that the original completion couldn't reach. Enhanced lateral drilling reconnects the wellbore to reservoir volume that's been stranded for years.
When a mature vertical gas well declines, operators face limited options. Reperforating adds modest incremental contact area. Refracturing is expensive and outcomes are uncertain. Each has diminishing returns as wells age.
Hydraulic fractures create planar features. Over time, near-fracture depletion leaves substantial reserves in the inter-frac area. Laterals access this volume from a completely different angle.
Many vertical wells penetrate several productive intervals but only completed a few. Lateral drilling can target bypassed zones in the same trip — no additional rig mobilization or perforation runs required.
In naturally fractured tight gas and carbonate reservoirs, laterals intersect fracture sets that run parallel to the wellbore — fractures that a vertical well could never connect to on its own.
Unlike hydraulic fracturing or acid treatments, lateral drilling doesn't introduce fluids or proppant into the reservoir. The flow paths are clean mechanical openings with no near-wellbore damage skin.
Treatment time in tight gas and conventional formations is somewhat longer than in coal, due to harder rock. But the per-well cost remains a fraction of a conventional workover or refrac, and the production response is measurable within days.
We focus on basins with large inventories of mature vertical wells, established midstream infrastructure, and reservoir characteristics that favor lateral drilling response.
Wells producing at 5–20% of their historical peak rate, with reserve estimates suggesting substantial remaining recoverable volume.
The formation needs sufficient permeability and porosity to deliver gas once new flow paths are established. Lateral drilling creates access — the reservoir has to deliver.
Casing integrity matters. The wellbore needs to be in good enough condition to receive the lateral drilling machine and maintain zonal isolation.
Wells connected to gathering systems with compression capacity are ideal. The incremental gas needs somewhere to go the day treatment is complete.
If your gas wells are declining but your reserves aren't depleted, enhanced lateral drilling may be the most capital-efficient path to production uplift. Let's screen your inventory.
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