In Re the Appeals of Edmiston Oil Co.

269 P.3d 833, 46 Kan. App. 2d 969, 2012 Kan. App. LEXIS 1
CourtCourt of Appeals of Kansas
DecidedJanuary 13, 2012
Docket104,950
StatusPublished
Cited by1 cases

This text of 269 P.3d 833 (In Re the Appeals of Edmiston Oil Co.) is published on Counsel Stack Legal Research, covering Court of Appeals of Kansas primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
In Re the Appeals of Edmiston Oil Co., 269 P.3d 833, 46 Kan. App. 2d 969, 2012 Kan. App. LEXIS 1 (kanctapp 2012).

Opinion

Greene, C.J.:

Edmiston Oil Company and a host of other oil and gas producers (Taxpayers) appeal the decision of the Kansas Court of Tax Appeals (COTA) that denied them a sales and use tax exemption on down-hole machinery and equipment, as well as surface pumping equipment, under K.S.A. 2010 Supp. 79-3606(kk). Concluding that the subject machinery and equipment is not used as an integral part of integrated production operations by a processing plant or facility operated by a processing business where the oil or gas that has been extracted from the earth is then treated or prepared before its transmission to a refinery or wholesale distribution as contemplated by the applicable statute, we affirm COTA in denying the tax exemption for the purchases of such machinery and equipment.

Factual and Procedural Background

Taxpayers applied to the Director of Taxation for a refund of sales and use taxes paid in Kansas for the purchases of certain oilfield machinery and equipment after the legislature substantially amended K.S.A. 79-3606(kk) in the 2000 session. See L. 2000, ch. 123, sec. 1; K.S.A. 2010 Supp. 79-3606(klc). Specifically, their claims remaining in this appeal include requests for sales and use tax refunds on purchases of pumping and down-hole machinery and equipment, including gas compressors and lines; surface pumping units, engines, and motors; down-hole pumps, rods, tubing, tubing strings, production casing strings, and cathodic protection; valves and fittings; and electrical equipment. Taxpayers essentially claimed these purchases were for machinery and equipment used as an integral part of an integrated production *972 operation by a processing plant owned by a processing business, and thus eligible for exemption under K.S.A. 2010 Supp. 79-3606(kk).

After the Director of Taxation denied these refund applications and that denial was upheld by the Secretary of Revenue, Taxpayers appealed the matters to COTA. COTA’s small claims division upheld the denial of refunds, and Taxpayers then petitioned COTA for an evidentiary hearing. COTA resolved the claims on two rounds of summary judgment proceedings, based on uncontroverted facts as follows:

“6. Oil and gas is contained in rock formations, or [in] the earth. Oil and gas is free to move through rock formations over time, so [it] must accumulate in traps to pool sufficient quantities to warrant drilling, equipping and producing the oil or gas.
“7. Traps can be structural in nature in which the oil and gas accumulate in the upper part of rock folds or in faults and fractures. Traps can be stratigraphic in nature where oil and gas accumulates in the upper part of the changes in rock types that prevent the further migration of the oil and gas. Traps can be a combination of structural and stratigraphic traps. To remove oil and gas from the earth, wells are drilled to locate and extract the oil and gas from the rock and out of the earth and then deliver it to the surface where it can be sold.
“8. After a successful well is drilled to the total depth, casing pipe is run into the well and cemented in place. This prevents the rock formations from collapsing and closing up the hole. The casing in the well bore then becomes the equivalent of a mine shaft for extracting the oil and gas from the earth or rock formation. Without the casing in the well, over time, the well would fall in or collapse on itself, plugging off the well.
“9. After the production casing is cemented in the hole, a perforating ‘gun’ is lowered inside the casing to the depth where the oil or gas was identified during drilling. The ‘gun’ is set off, firing individual focused charges that bum a hole through the casing and cement into the rock formation. This opens channels into the rock or earth for the oil, gas, condensate and water to migrate to the well bore.
“10. The perforated interval will require additional treatment before the rock will allow the fluids to flow properly. Acid is pumped into the perforated interval to dissolve the cement and the rock around the perforations, to provide better channels for flow.
“11. In some rock formations, the oil, gas, condensate, and water is trapped in the rock because the pore spaces are not well connected, or lack permeability. Such wells require more than perforations and acid to cause the fluids to migrate to the well bore. In those cases, the rock formation is given a frac treatment which *973 involves pumping a gelled fluid, or an inert gas like nitrogen or carbon dioxide, along with sand at high pressure into the rock. The pressures generated by this treatment create small cracks or fractures in the rock that get filled with the sand. When the frac treatment ends, the pressure slowly dissipates and the rock formation relaxes and begins to close the artificial fractures that were created. The sand that was pumped along with the fluids fills the newly created artificial fractures, leaving a channel for the oil, gas, condensate and water to migrate to the well bore.
“12. Originally, oil and gas is trapped in the rock formations under considerable pressure. The well bore created by drilling into the rock creates a low pressure point. The oil and gas migrates through the rock to the low pressure point in an effort to equalize the pressure in the formation. This migration to the well bore is the primaiy method of extracting oil, gas, condensate and water from the earth. It would not happen without the construction of the well to provide the means for the fluids to leave the rock formation.
“13. Once the pressure in the formation has depleted sufficiently, there is no longer enough pressure to carry the fluids to the surface. At this point, fluid migration or extraction of the fluids from the rock ceases to happen as the reservoir finds a new pressure equilibrium. To overcome this new equilibrium point, pumping equipment is installed, known in the industry as ‘artificial lift.’
“14. The most common type of mechanical assistance or ‘artificial lift’ is the rod pump operated by the pumping unit. In all cases, the purpose of the artificial lift is to mechanically lower the hydrostatic pressure of the fluids in the well bore by pumping the fluids to the surface. If the hydrostatic pressure is not relieved, the fluids will reach an equilibrium point and will not migrate to the well bore and extraction of the fluids from the rock cannot take place.”

COTA also adopted the following additional facts:

“In some cases, due to lowering of the pressure in the tubing or well bore, some separation may occur in the tubing on the way to the surface. The primary purpose of the tubing is to convey the oil to the surface so that it can be separated from the gas and water that produced along with oil. The majority of separation is done using surface equipment.

Free access — add to your briefcase to read the full text and ask questions with AI

Related

In re Tax Appeals of Edmiston Oil Co.
297 Kan. 1246 (Supreme Court of Kansas, 2013)

Cite This Page — Counsel Stack

Bluebook (online)
269 P.3d 833, 46 Kan. App. 2d 969, 2012 Kan. App. LEXIS 1, Counsel Stack Legal Research, https://law.counselstack.com/opinion/in-re-the-appeals-of-edmiston-oil-co-kanctapp-2012.