Hegre v. Simpson Dura-Vent Co.

748 P.2d 1131, 50 Wash. App. 388
CourtCourt of Appeals of Washington
DecidedJanuary 20, 1988
Docket19420-8-I
StatusPublished
Cited by3 cases

This text of 748 P.2d 1131 (Hegre v. Simpson Dura-Vent Co.) is published on Counsel Stack Legal Research, covering Court of Appeals of Washington primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Hegre v. Simpson Dura-Vent Co., 748 P.2d 1131, 50 Wash. App. 388 (Wash. Ct. App. 1988).

Opinion

Revelle, J. *

Jeffrey Hegre and Mary Ellis brought this action to recover damages for personal injuries and property destruction against Simpson Dura-Vent Co., Inc., and Woodcutters Manufacturing, Inc., based on strict product liability, negligence, breach of contract, nuisance and violation of the Consumer Protection Act. The trial court granted summary judgment of dismissal. Hegre and Ellis appeal, contending the affidavits and materials considered by the trial court raised genuine issues regarding factual causation and negligence.

In July 1983, Hegre and Ellis moved into their home, which was heated by a stove made by Woodcutters and vented through a 13-foot black iron chimney pipe made by Simpson. During the next 20 months Hegre replaced the entire chimney pipe, section by section, after each section corroded. He was unable to determine the cause of the corrosion. Hegre consulted the previous owner of the house, *390 who had not had any problem with the pipe corroding, but he was also unable to determine the cause of the corrosion. Hegre told the previous owner that he had not been burning green, or unseasoned, wood.

In March 1985, Hegre's and Ellis's home was damaged by a fire, which started in the ceiling or roof around the chimney pipe. The county fire department report stated the chimney pipe "was in poor shape, with many areas that were paper thin as well as burned through areas in three sections." This report concluded that the fire probably started from the stove. The other stove in the house was not lit and the electric heater was not operating on the night of the fire.

Dr. Mark Adams, a chemist who has written articles and advised businesses and individuals on corrosion, fires and fire investigation, investigated this fire. As to the cause of the fire, Dr. Adams stated in his affidavit:

Any wood stove, which like an internal combustion engine burns fuel and emits exhaust, produces creosote as an effluent. Creosote will or may condense on the walls of the stovepipe or chimney, and if it builds up in sufficient quantity it can be ignited by a spark, flame or heat. Creosote condenses more rapidly when the stove is burning at a low heat due to reduced air intake or it is, in the wood stove language, "closed up tight".
Modern "airtight" wood stoves, including the Blaze King Princess wood stove produced by Woodcutters Manufacturing, Inc. are designed to burn at a very slow rate when the air intake is reduced by "closing up tight" of the stove. The Blaze King Princess Wood stove produces a large amount of creosote. Creosote not only presents a fire danger as described above, but also when combined with moisture will rapidly corrode black iron stovepipe similar to that used in the plaintiffs' residence.
The Blaze Princess stove burns at a very high rate of speed producing extreme temperatures for a wood stove when the air intake is opened completely. Again, the stove's extreme heat will ignite any condensed creosote in the chimney. Because of the rapid accumulation of creosote, rapid corrosion of black iron pipe occurs . . .

*391 Dr. Adams found evidence that the chimney pipe had corroded.

Investigation reveals that at some point in time prior to late 1983, Dura-Vent reduced the wall thickness of their black stove pipe from a nominal thickness of 0.028 inches to 0.020 inches, thus reducing the safety of the pipe. The current Dura-Vent brochure specifies a wall thickness of 0.021 inches, but actual measurement of pipe from the Hegre/Ellis home revealed a wall thickness varying from 0.013 inches to 0.018 inches.

Dr. Adams concluded the fire could have been prevented by installation of a catalytic afterburner in the stove.

A catalytic converter or afterburner is designed to cause the complete combustion of any hydrocarbons prior to entering the stack, chimney, or exhaust pipes by producing a chemical reaction between the oxygen and the effluent or, in the case of a woodstove, creosote at the location of the catalytic converter or afterburner. In short, the catalytic converter removes the creosote from the exhaust.
The Blaze Princess stove manufactured by Woodcutters Mfg., Inc. did not have a catalytic afterburner to burn the creosote-containing gasses. The technology of catalytic afterburners was available at the time that the Blaze Princess model in question was manufactured. Blaze Princess stoves now have catalytic afterburners.

Dr. Adams also noted the absence of warnings on the stove or chimney pipe.

Furthermore, there were no instructions in the Blaze Princess literature to warn the installer not to use black iron pipe in a tall chimney exposed within a dwelling, nor was there any warning in the literature or on the stove itself warning the user against building a fire and then closing the stove up tight because of the strong possibility of generating large amounts of creosote.
The hazards of the operation of this kind of stove are generally known to the manufacturers and sellers of these items, but not the consumer. This is reflected in the suggestion from the manufacturer that the stovepipe should *392 be cleaned and inspected at least twice a month. However, none of the materials provided to the consumer or purchaser of the Blaze King Princess stove alert them to the dangers of the stove not being equipped with a catalytic afterburner or connecting it to a single thin layered black iron pipe as a chimney. Finally, there is nothing on the stove to indicate that it is unsafe to build a hot fire with lots of oxygen and then turn it down very low causing an immediate and strong possibility of generating large amounts of creosote. Further, there is no warning on the stove or the materials included or sold with the stove or on the black iron pipe sold by the defendant Simpson Dura-Vent Co., Inc. to warn the consumer that it is unsafe to use thin walled black iron chimney pipe with the airtight Blaze Princess Stove.
The stove's operation book states, in part:
Creosote — Formation and Need for Removal
When wood is burned slowly, it produces tar and other organic vapors, which combine with expelled moisture to form creosote. The creosote vapors condense in the relatively cool chimney flue of a slow-burning fire. As a result, creosote residue accumulates on the flue lining. When ignited this creosote makes an extremely hot fire. The chimney connector and chimney should be inspected a least twice monthly during the heating season to determine if a creosote build up has occurred.
If creosote has accumulated, it should be removed to reduce the risk of a chimney fire.

There is no evidence that either Hegre or Ellis read this book or followed the instructions. Hegre cleaned the chimney pipe 8 weeks prior to the fire.

In moving for summary judgment, Woodcutters argued that Hegre and Ellis had presented no evidence that the stove caused the fire, thus Dr.

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748 P.2d 1131, 50 Wash. App. 388, Counsel Stack Legal Research, https://law.counselstack.com/opinion/hegre-v-simpson-dura-vent-co-washctapp-1988.