U.S. National Bank v. Multnomah County Assessor

15 Or. Tax 366, 2001 Ore. Tax LEXIS 219
CourtOregon Tax Court
DecidedAugust 30, 2001
DocketTC 4446
StatusPublished

This text of 15 Or. Tax 366 (U.S. National Bank v. Multnomah County Assessor) 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
U.S. National Bank v. Multnomah County Assessor, 15 Or. Tax 366, 2001 Ore. Tax LEXIS 219 (Or. Super. Ct. 2001).

Opinion

*367 CARL N. BYERS, Senior Judge.

Plaintiff (taxpayer) appeals the 1997-98 assessed value of a large facility used as a bank data/operations center, identified by the assessor as Account No. R-94330-0880. 1 Taxpayer claims that the real market value (RMV) of the property is significantly less than its assessed value due to technological and other changes. Defendant Multnomah County Assessor (the county) defended at trial. IntervenorDefendant Department of Revenue intervened but did not appear at trial.

FACTS

The subject property is a 365,000 square foot, two-story building on 43.02 acres located between Interstate 84 and Sandy Boulevard in Gresham.

In the late 1980s, taxpayer decided it needed a large data/operations center. It conducted an extensive study of the banking industry and that industry’s use of technology. International Business Machines (IBM), a major manufacturer of mainframe computers, served as taxpayer’s primary advisor with regard to the then current and future computing needs of the banking industry. IBM anticipated that mainframe computers would become larger, produce more heat, and continue to need to be located in close proximity to each other. Those projections and other insights resulted in taxpayer constructing a single building of extraordinary size with two-foot raised floors in the 47,000 square foot area intended for mainframe computers (including a 17,000 square foot expansion area). Oversized cabling, connectors, switches, and other electrical features were installed to handle the anticipated increased load. The design responded to anticipated increased heat by installing two 1,200-ton and one 500-ton cooling units (chillers) with a 96,000 gallon underground water tank.

In addition to those technological projections, taxpayer and its advisors saw the need for absolute reliability in *368 the total functioning of the data/operations center. Consequently, extraordinary measures were taken to design and construct the building to avoid any kind of downtime. For example, the building is constructed with extraordinary seismic resistance, enabling it to withstand an earthquake up to 8.5 on the Richter Scale, more than double the usual standard. Electrical forces and sources were also a major concern. The decision-makers therefore had a grounding mat installed under the entire building. An extensive uninterruptible power system (UPS) ensures a clean and steady source of power. Large batteries provide immediate backup, and the battery system was to be supported by a bank of nine generators fueled from underground fuel tanks. Taxpayer designed redundancy into almost every system in order to permit maintenance and repairs without any cessation of operations.

The facility is designed for a single user (as opposed to multiple tenants) with a large atrium at the entrance and down the center of the building. In addition to larger-than-usual shipping and loading docks, a warehouse, and semi-industrial area, there are large open areas for offices, an employee cafeteria, and (originally) an employee health club. The building is also amenable for use as a research and development site, light or high-tech manufacturing, financial operations, insurance headquarters, and similar uses.

Two major changes affected how the building is used. First, technology moved in the opposite direction of that anticipated by taxpayer’s advisors. Before the framework of the building was completed, fiber-optic cable became standard for connections between computers, ehminating the need for close proximity. Processing chips became smaller, faster, and gave off less heat, and businesses began making extensive use of networked personal computers connected to smaller mainframe computers. As a consequence, some of what had been installed in taxpayer’s building was either obsolete or excessive before the building was completed.

The second major change occurred in the banking industry itself. Following the lead of other national and international businesses, the banking industry experienced a waive of mergers and consolidations. In March 1997, the *369 First Bank of Minnesota announced that it would acquire and merge with taxpayer. From the beginning, before the merger was certain, merger participants planned to consolidate and move the main data-processing functions to an existing center in St. Paxil, Minnesota. The subject’s computer center, with its mainframe computer, would be deactivated. Therefore, as of the July 1, 1997, assessment date, taxpayer’s facility was still operating as a data/operations center, but it was clear that it would not continue to do so.

VALUATION EVIDENCE

Appraiser Robert Gill testified for taxpayer. Based on his analysis, Gill concluded that the highest and best use of the property was not as a data/operations center but for closely allied uses such as an operation center without a mainframe computer, light manufacturing, research and development, and similar uses. His analysis appears to have relied on the fact that taxpayer knew it would be closing the computer center and his belief that the computer center features were obsolete as of the assessment date. He believes that computer systems are so individualized that it would be “unreasonable to assume” that the computer center in the subject property would be used by anyone else.

Because of the changes in the banking industry, he saw no market for the property as a data/operations center. He testified that any buyer for a use other than as a data/ operations center would require a discount from the owner. Gill also concluded that it is too expensive to convert such a large, open building to multiple-tenant use, making its best use as a single-tenant office or technical-service building. His anticipated uses did not include continuing to operate a computer center.

Gill used all three approaches to value. His cost approach was a replacement cost new (RCN), based upon the Marshall & Swift cost program. He hypothesized an office building with a cost rank of 2.0 average. That gave him a calculated RCN of $47,022,880 for the improvements only. After adjusting his RCN for physical depreciation and functional obsolescence, he arrived at an estimated RMV of $34,017,269. Gill deducted all of the computer center’s mechanical and electrical costs on the theory that it was 100 *370 percent obsolete and not useable. In addition, he deducted another $25 per square foot ($750,000) as the cost of converting the 30,000 square foot computer center area to office space.

In the sales comparison approach, Gill assumed that there was a national market. He found 11 comparable sales (seven of which took place after the assessment date) ranging in size from 147,260 square feet to 493,378 square feet. 2 The sales prices range from $70.65 to $108.45 per square foot with an average of $91.59 per square foot. Gill selected $90 per square foot, which, when multiplied by the subject’s 365,000 square feet, indicates a market value of $32,850,000. None of the comparable sales was in Oregon.

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Cite This Page — Counsel Stack

Bluebook (online)
15 Or. Tax 366, 2001 Ore. Tax LEXIS 219, Counsel Stack Legal Research, https://law.counselstack.com/opinion/us-national-bank-v-multnomah-county-assessor-ortc-2001.