Utica Shale Mineral Rights

Eastern Ohio's Utica play changes character almost county by county, so the first question our desk asks about any Utica tract is which window it actually sits in, dry gas, wet gas, or condensate.

The Utica Shale sits beneath, and in places stacked directly against, the Marcellus across eastern Ohio, with Belmont, Monroe, Guernsey, and Harrison counties carrying much of the more liquids-rich condensate and wet gas activity, while areas further from that core skew toward drier gas. Ascent Resources, Encino Energy, and Gulfport Energy have been among the more active operators developing the play since it took off in the early 2010s.

Because the Utica and Marcellus overlap in parts of eastern Ohio and West Virginia, some mineral owners in this region actually hold rights to production from either formation, or both, depending on how their lease and the operator's development plan are structured. Sorting that out correctly is part of our review before we can accurately value a tract.

Reading the condensate window correctly

The Utica's condensate window, concentrated in a band running through Belmont, Monroe, and parts of Guernsey and Harrison counties, produces meaningful volumes of high-value liquid hydrocarbons alongside the gas stream, which can make wells here more valuable per unit of gas produced than in the surrounding dry gas areas. We confirm a tract's position relative to that window using actual well statements rather than assuming based on county alone, since the boundary is not perfectly aligned with county lines.

Wells in this window also tend to see more consistent operator interest, since the liquids revenue supports continued development even during periods of softer dry gas pricing, which is a real factor in how we think about a tract's remaining inventory.

When a tract's minerals sit under both Marcellus and Utica potential

In parts of eastern Ohio and neighboring West Virginia counties, the two formations sit close enough in depth that a single mineral tract can theoretically support development in either, and operators have in some cases negotiated separate leases or amendments for each formation. We check the lease language carefully to understand whether an owner's current agreement covers both formations or only one, since that affects what additional development potential the tract might carry beyond its current producing well.

This stacked-pay situation is less extensive here than in the core Permian, but where it applies, it is a meaningful factor in how much upside we build into the underwriting beyond the currently producing zone.

Ohio-specific title and pooling considerations

Ohio's mandatory pooling process for oil and gas units has its own procedural requirements that differ from neighboring Pennsylvania and West Virginia, and we confirm a tract has been properly incorporated into its unit under Ohio law before finalizing a review. We also see a fair number of Ohio interests still held by older leases signed before the Utica boom, some at royalty terms well below what a current lease in the same county would carry.

Clean, well-documented Utica interests, particularly ones with a straightforward single-formation lease and clear division order, tend to move through our process efficiently once we have confirmed which window the tract sits in.

Deep Utica versus the Point Pleasant interval

Operators in eastern Ohio have distinguished increasingly between the classic Utica shale and the underlying Point Pleasant interval, which in some counties has become the more consistently targeted zone even though older lease and division order language often still just says Utica. We ask which specific formation a tract's producing wells actually landed in, since Point Pleasant completions in the play's core counties have generally shown stronger, more predictable results than shallower Utica-proper tests further from that core.

This distinction matters most on tracts where the operator has stacked multiple laterals in the same unit, since knowing which interval each well targets helps us judge how much undeveloped inventory realistically remains rather than treating the whole section as a single, undifferentiated Utica package.