Boeing Company, Plaintiff-Appellee-Cross-Appellant v. Cascade Corporation, Opinion-Appellant-Cross-Appellee

207 F.3d 1177, 2000 Cal. Daily Op. Serv. 2321, 30 Envtl. L. Rep. (Envtl. Law Inst.) 20423, 2000 Daily Journal DAR 3140, 50 ERC (BNA) 1321, 2000 U.S. App. LEXIS 4651, 2000 WL 300820
CourtCourt of Appeals for the Ninth Circuit
DecidedMarch 24, 2000
Docket96-35246, 96-35304
StatusPublished
Cited by101 cases

This text of 207 F.3d 1177 (Boeing Company, Plaintiff-Appellee-Cross-Appellant v. Cascade Corporation, Opinion-Appellant-Cross-Appellee) is published on Counsel Stack Legal Research, covering Court of Appeals for the Ninth Circuit primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Boeing Company, Plaintiff-Appellee-Cross-Appellant v. Cascade Corporation, Opinion-Appellant-Cross-Appellee, 207 F.3d 1177, 2000 Cal. Daily Op. Serv. 2321, 30 Envtl. L. Rep. (Envtl. Law Inst.) 20423, 2000 Daily Journal DAR 3140, 50 ERC (BNA) 1321, 2000 U.S. App. LEXIS 4651, 2000 WL 300820 (9th Cir. 2000).

Opinion

KLEINFELD, Circuit Judge:

This case involves an action for contribution under the Comprehensive Environmental Response, Compensation, and Liability Act (CERCLA). The Boeing Company and Cascade Corporation contaminated porous soil, called an aquifer. The contamination overlapped. Both companies spent a great deal of money investigating and beginning the cleaning. The issue in this case is how their respective expenses ought to be allocated in a contribution action.

FACTS

Boeing sued Cascade for contribution to offset Boeing’s higher expenses so far, and for a declaratory judgment allocating future expenses. The case was tried to the court without a jury. Boeing won, though not all it sought. Both sides appeal.

The district court determined that the fairest way to allocate costs between the companies was by the quantity of toxic chemicals each company put into the ground. Cascade was judged liable for seventy percent of the costs, Boeing for thirty percent. Cascade argues that the 70:30 allocation is erroneous and that the district court lacked jurisdiction to enter a declaratory judgment imposing the 70:30 ratio on future expenses. Boeing argues that Cascade was allowed to apply too much of what it had spent to its seventy percent share, and was erroneously given credit against its share for a settlement Boeing collected from a third party. We affirm in part and remand in part the district court’s judgment.

Boeing owns land about 200 feet northwest of Cascade’s land near Portland, Oregon. Because the ground slopes down to the north, liquid in the ground flows from Cascade’s property towards Boeing’s. Boeing manufactures airplane parts on its 151 acres and Cascade manufactures lift truck attachments on its 6 acres. Both companies and their predecessors have used chlorine-based solvents to clean machine parts and for vapor degreasers. Some of the solvents spilled or were dumped and contaminated the soil at each site. Nobody claims that there were any laws prohibiting them from disposing of the solvents in such a way at the time. Public authorities eventually grew concerned that contaminated groundwater flowed north towards the Columbia River, and towards water wells operated by the City of Portland as a supplemental source of drinking water. Neither Boeing nor Cascade has been accused of any legal wrongdoing and the evidence indicates that both companies have been diligently attempting to remedy the problem since learning of it.

In 1985, Boeing drilled monitoring wells on its property for another project and discovered the contaminated aquifer. An aquifer is a relatively porous soil layer, such as sandstone, that holds water, something like a sponge. In 1986, Boeing *1181 signed a consent order with the Environmental Protection Agency requiring Boeing to investigate the extent of the contamination and to identify its potential sources. Boeing installed monitoring wells, sampled groundwater and soil gas, and conducted pump and tracer tests to determine the sources and extent of the contamination. Sixteen of the wells, in Boeing’s southeast corner (the part of its property closest to Cascade’s), yielded samples suggesting that contaminated groundwater was flowing from Cascade’s property into Boeing’s.

Cascade learned of contamination in its industrial supply well a little later than Boeing, in 1986. For the next two years, Cascade tested the well and sent the results to the Oregon State Department of Environmental Quality. In 1987, Cascade tested the waste in the underground tanks it used to store waste oil and coolants, and discovered chlorine-based chemicals in the waste. Cascade removed the contaminated soil from the site and, in 1988, entered into a consent order with the Department of Environmental Quality to evaluate the extent and source of contamination at its site. Cascade, like Boeing, investigated the potential sources of the contamination, and has been trying to eliminate it.

In 1989, Boeing and Cascade began working together on investigation and cleanup under the supervision of the Oregon Department of Environmental Quality. In 1998, Boeing and Cascade entered into a joint consent order that directed the parties to control the contaminant plume and to learn more about the area so as to protect Portland’s water supply. Their cooperation has continued since.

There are three aquifers separated by two confining units or aquitards. An aqui-tard is a relatively impermeable layer that retards the flow of water. Thus, the structure is something like three wet sponges separated by dishes. The top sponge is called the Troutdale gravel aquifer. Beneath it is an aquitard, then the second sponge, called the Troutdale sandstone aquifer. The sandstone layer has an upper more uniform part, and a lower, more varied part. A second aquitard lies below it, then a third aquifer. The second aquifer down, the sandstone layer, holds the Boeing.and Cascade contamination at issue.

Because the aquifers and aquitards are natural dirt and rock, not sponges and dishes, they are irregular. Each layer contains “lenses,” or points within it that may hold water or retard its flow differently from the surrounding oil and rock. Some water flows along an aquitard, then seeps around a lens and through breaks and discontinuities into the aquifer below. In some areas, erosion and geologic stresses have removed the top aquifer and aquitard, leaving the sandstone aquifer immediately below the surface. Over the northeast portion of the Boeing land the top aquitard disappears, so groundwater flowing north toward the river in the gravel aquifer on top seeps without hindrance into the sandstone aquifer below it. The slope of the underground formations makes the water flow south instead of north for a stretch, then breaks it into two separate flows north toward the river.

There is a north-south separation in the sandstone aquifer on Boeing’s property. The parties agree that groundwater west of it has been contaminated solely by Boeing, while groundwater east of it was contaminated by Cascade and possibly by Boeing as well. One of Boeing’s experts, Dr. Henry Landau, testified that pumping from wells operated by the city may have pulled some of the contaminants across the separation. When a well is pumping, it pulls water toward it. The City of Portland’s wells draw groundwater toward them from more than two miles away. A local water district, the Rockwood Wells District, also draws from wells in the area and pulls water. Boeing started to pump and treat the groundwater in 1989, pulling some of the contaminated groundwater from the gravel aquifer so that it did not flow into the sandstone aquifer.

Both the gravel and sandstone aquifers are contaminated. Boeing and Cascade *1182 are separately cleaning up the gravel aquifers on their respective property and those costs are not at issue in this case. But contamination from the gravel aquifer has seeped past the top aquitard into the sandstone, as explained above. The dirty water plume extends beyond Boeing’s and Cascade’s properties and may have seeped past the second aquitard into the third aquifer down, the sand and gravel aquifer. The flow of contaminants could eventually reach the City of Portland wells if nothing were done about it.

The contamination of the sandstone aquifer is the subject of this case.

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207 F.3d 1177, 2000 Cal. Daily Op. Serv. 2321, 30 Envtl. L. Rep. (Envtl. Law Inst.) 20423, 2000 Daily Journal DAR 3140, 50 ERC (BNA) 1321, 2000 U.S. App. LEXIS 4651, 2000 WL 300820, Counsel Stack Legal Research, https://law.counselstack.com/opinion/boeing-company-plaintiff-appellee-cross-appellant-v-cascade-corporation-ca9-2000.