MMS Provides New Encouragement for Deep Gas
|Thursday, August 19, 2004
MMS has issued a new Notice to Lessees and Operators (NTL) to further encourage the exploration for deep gas on the shelf area of the Gulf of Mexico at ultra-deep depths, "NTL 2004-G16, Suspension of Operations (SOO's) for Drilling Ultra-Deep Wells Under Salt Sheets."
According to Gulf of Mexico Regional Director Chris Oynes, "MMS learned from some companies that the period MMS was using to grant suspensions of operations for exploration beneath salt sheets at ultra-deep depths (greater than 25,000 feet) was very likely to be inadequate." The suspension, which extends the term of the lease, is necessary to allow adequate time to conduct geophysical evaluations to find a drillable target.
MMS issued the NTL pursuant to 30 CFR 250.175(b), which governs the granting of suspension of operations (SOO) for exploration beneath or adjacent to salt sheets. This NTL provides guidance for operators to request SOO's for drilling ultra-deep wells affected by salt sheets and informs operators that a departure may be obtained to the requirements contained in 30 CFR 250.175(b)(2).
To be eligible for such a departure, the lease must have been in its primary term on or before
August 1, 2002; the potential target must involve drilling below 25,000 feet true vertical depth subsea; the operator of the lease must have also acquired and interpreted full 3-D depth migrated geophysical data beneath the salt sheet and over the entire lease area before the end of the fifth year of the primary term; and the operator must submit a reasonable schedule of work leading to the commencement of drilling.
"MMS believes the ultra-deep frontier offers the potential for significant resources, but with accompanied high economic and technological risks," said Oynes. "MMS recognizes the importance of expediting domestic exploration to address the critical national need. To that end, MMS sees that this NTL is in the national interest to expedite exploration for new sources of hydrocarbons at these ultra-deep depths."