STC Submarine, Inc. v. Department of Revenue

13 Or. Tax 14
CourtOregon Tax Court
DecidedJanuary 25, 1994
DocketTC 3426
StatusPublished
Cited by12 cases

This text of 13 Or. Tax 14 (STC Submarine, Inc. v. Department of Revenue) is published on Counsel Stack Legal Research, covering Oregon Tax Court primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
STC Submarine, Inc. v. Department of Revenue, 13 Or. Tax 14 (Or. Super. Ct. 1994).

Opinion

CARL N. BYERS, Judge.

Plaintiff appeals the 1991 assessed value of its building and structures used to manufacture marine fiber optic cable. The central issues are the highest and best use of the facility and the concept of real market value as it relates to the building and structures.

FACTS

The subject property is located on the Willamette River in the Rivergate Industrial District of north Portland. The plant was designed specifically for plaintiff’s use in manufacturing fiber optic cable. The building has a ground floor area of 189,000 square feet. Its high eaves of 37 1/2 feet and 54 feet accommodate a second floor office space in the north end and a mezzanine area above the storage tanks, resulting in a total gross area of 222,200 square feet. Although constructed with conventional tilt-up concrete walls, the building is higher than typical industrial plants to permit the handling of fiber optic cable without bending it too sharply. The steel frame is also heavier than most similar industrial buildings, using 30-inch I beams rather than 6-inch or 12-inch I beams. In addition, the concrete floor throughout the building is 10-inches thick instead of the usual 6 inches.

Additional features were incorporated into the design of the building specifically for plaintiff’s use. Eight large open concrete tanks, 36 feet in diameter and 18 1/2-feet deep, are used to test and store the cable. The great weight of these tanks, when filled with water and cable, requires a special foundation. There are 288 70-foot-long pilings capped with a 2 1/2-foot-thick concrete raft footing to provide support for the tanks. There are also pilings under the heavy strander machines.

*16 The subject property includes a marine dock adjacent to the building. The dock provides capacity for direct loading and unloading of oceangoing vessels. There is no dispute as to the value of the dock using the cost approach. Consequently, the analysis of value pertains primarily to the building.

PLAINTIFF’S APPRAISAL

Plaintiff’s appraiser determined that it would be error to value the subject property for its specific use of manufacturing marine fiber optic cable. He reasoned that such an approach would result in a value in use rather than a value in exchange. He also asserted "that neither the property’s design, construction material, nor layout are so unique [and] that its utility is restricted solely to the function for which it was originally built.” This appraiser classified the building as a general-purpose industrial building but with a high ceiling, extra thick floor, and large storage tanks. He concluded that these special features were superadequacies and that the market would not compensate for them.

Based on this highest and best use analysis, plaintiff’s appraiser utilized the three approaches to value. Using the sales comparison approach, he analyzed six sales of typical light industrial or warehouse buildings. His analysis of these sales indicated the subject property would have a market value of $25.40 per square foot. Multiplying this by the total of 222,200 square feet gave him an indicated value of $5,643,880. 1

The same appraiser used seven comparable rental properties in the income approach to obtain an indicated rental value of 50 cents per square foot for office space and 25 cents per square foot for manufacturing area. In this approach, he subtracted 19,000 square feet to account for the unusable tank area. By using a net operating income of $673,835 and a 10 percent capitalization rate, he calculated an indicated value of $6,738,354. Deducting land valued at *17 $1,470,800 gave an indicated value for the building of $5,267,554.

In the cost approach, the appraiser calculated reproduction cost less physical depreciation at $11,012,304. However, because he viewed the high ceilings and extra steel and concrete as “superadequacies,” he deducted those from the cost. He also deducted capitalized excess operating costs associated with those features. Consistent with this highest and best use analysis, the appraiser recognized the building needed more truck doors to be used as a typical industrial braiding. Therefore, he deducted the cost of installing additional truck doors as curable functional deficiencies. After total deductions of $5,208,569, his cost approach gave an indicated value of $5,803,735 ($5,804,000 rounded).

DEFENDANT’S APPRAISAL

Defendant’s appraiser concluded that highest and best use of the subject property was its current use. He determined that its current use was legally permissible, physically possible, appropriately supported and financially feasible. His study of the industry found similar facilities (there are two others in the United States) were 100 percent occupied with no indication that the market was diminishing. Based on this determination of highest and best use, he found the property had no immediate market. Although there were sales of business enterprises whose assets included fiber optic cable manufacturing plants (including the subject), there were no discrete sales which would permit the use of the comparable sales approach. Defendant’s appraiser was also unable to use the income approach because he found no comparable rental properties.

Defendant’s appraiser used plaintiff’s asset list to calculate a reproduction cost new of $10,360,597 (excluding the dock). From this he deducted $800,736 for depreciation, resulting in an indication of value by the cost approach of $9,559,861.

HIGHEST AND BEST USE

The positions taken by the parties makes highest and best use of the property the critical issue in this case.

*18 The property was designed for and is being used to manufacture marine fiber optic cable. Plaintiff’s appraiser rejected the current use as the highest and best use of the property on two grounds, theoretical and practical. Plaintiff makes three arguments: (1) If the property’s current use is its highest and best use, any appraisal based on this analysis will reflect use value or investment value; (2) finding current use is the highest and best use ignores the reality of “what would happen” if plaintiff sold the plant; and (3) highest and best use deals with the requirements of the marketplace, not the requirements of a specific user. The court disagrees with plaintiff’s appraiser on all points.

Plaintiff’s appraiser confuses highest and best use analysis with valuation analysis. A highest and best use analysis “is an economic study of market forces focused on the subject property.” Appraisal Institute, The Appraisal of Real Estate 276 (10 ed 1992). An appraiser determines the highest and best use of property by weighing market demand for the uses, products or services the property is designed to provide. That analysis focuses on the uses to which a property can most profitably be put.

Highest and best use is not determined by ascertaining whether there are market transactions indicating a demand for a property. That analysis is too general. Rather, it is “[t]hat reasonable and probable use that will support the highest present value as of the date of the appraisal.” Freedom Federal Savings & Loan v. Dept. of Rev., 310 Or 712, 725, 801 P2d 809 (1990).

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13 Or. Tax 14, Counsel Stack Legal Research, https://law.counselstack.com/opinion/stc-submarine-inc-v-department-of-revenue-ortc-1994.