Buggs v. Rock County Sugar Co.

128 N.W. 100, 143 Wis. 462, 1910 Wisc. LEXIS 323
CourtWisconsin Supreme Court
DecidedOctober 25, 1910
StatusPublished
Cited by2 cases

This text of 128 N.W. 100 (Buggs v. Rock County Sugar Co.) is published on Counsel Stack Legal Research, covering Wisconsin Supreme Court primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Buggs v. Rock County Sugar Co., 128 N.W. 100, 143 Wis. 462, 1910 Wisc. LEXIS 323 (Wis. 1910).

Opinion

TimliN, J.

In tbis action for personal injury tbe defendant was charged in tbe complaint witb negligence causing sucb injury, consisting of carelessly managing and operating-an evaporator in a sugar factory so that a large amount of explosive gas was generated and confined therein until tbe same exploded; also negligently setting tbe plaintiff to work on tbe generator without warning or instructing him of tbe presence of sucb gas, tbe liability of tbe generation of sucb gas, or the dangers incident to bis work. Tbe jury found tbe defendant guilty of negligence in caring for and managing tbe evaporator wbieb exploded, tbe plaintiff free from contributory negligence, and that tbe negligence of tbe defendant was tbe proximate cause of plaintiff’s injuries. On tbis appeal the defendant contends that a nonsuit should have been granted, that there is not sufficient evidence to support tbe verdict, and that there was an accord and satisfaction shown. . A motion for a new trial on the part of defendant was made and overruled and tbis ruling is. also assigned as error.

On September 20, 1907, tbe defendant corporation, preparing its factory to begin for tbe ensuing season tbe manufacture of beet sugar, bad in tbe main building of its factory [465]*465on tbe second floor* in front of the entrance a battery of four large evaporators. These large evaporators were about fifteen feet long, seven feet wide, and twelve feet high to the top of the dome. They were made of a shell of cast iron about seven-eighths of an inch thick, had wood casing on the outside and a hollow interior in which were numerous brass tubes of about one inch diameter passing lengthwise through the evaporator and connecting with a steam chest at the end. In operation these steam chests and brass tubes contained live steam. The remaining portion of the interior space in the evaporator is called the juice chamber, and in operation is partially filled with prepared beet juice which is vaporized by heat from the steam in the brass tubes and steam chest. To facilitate this operation and cause the beet juice to boil at a lower temperature, an air pump operated by steam from the boiler room some distance away is connected with that part of the juice chamber above the beet juice. By action of this air pump the superincumbent air is exhausted and the juice is consequently boiled or vaporized in a vacuum. In order to have this vacuum the juice chamber must, of course, be air tight at every point. In this operation sediment forms in these evaporators and on the outside of the steam tubes. This sediment, according to the witness Professor Kahlenberg, consists of various salts of calcium, oxalated calcium, silicate of calcium, and other more complicated salts which form a hard crust on the tubes in the evaporator. This crust, by reason of its minor conductivity for heat, retards or prevents the operation of the evaporator. It is necessary to remove this crust. The usual method is to put a quantity of soda into the juice chamber, pour in water, and boil this mixture, which has the effect, by combination with the crust on the tubes or in the evaporator, to change it to calcium carbonate. A weak solution of muriatic acid and water is thereafter poured into the juice chamber and thereby a soluble salt known as chloride of calcium is formed, which is thereafter washed away [466]*466with water. Carbonic acid gas is liberated in tbis process and hydrogen gas is generated from the contact of the solution of muriatic acid in water with the iron and perhaps other metals in the interior of the evaporator. This hydrogen gas is explosive by ignition when mixed with air. It is also exploded by a high degree of heat. Whether it may be exploded by detonation is not shown, and so far as we know is not sufficiently established as a scientific fact for this court to take judicial notice thereof. Hydrogen gas is perhaps the lightest known gas, lighter than air, consequently will ascend, but has the property of diffusion common to all gases, and when first generated would remain at or toward the top of this juice chamber, but would diffuse downward and mix with the air.

Beginning two or three days prior to September 20, 1907, the defendant was engaged in cleaning the evaporators in question by this chemical process or some modification thereof. The evidence seems to show that the soda, muriatic acid, and water were all put in together, and to fail to show whether or not this mixture was boiled. The plaintiff began carrying soda and muriatic acid, put some into other evaporators, but did not put any into that by the explosion of which he was injured. There was competent and sufficient evidence, however, for the jury to infer that all the evaporators were cleaned and that all were treated alike, and that all were washed out with water after the process mentioned. But there was no steam on at the time of the explosion. After the acid was in, covers were put on the manholes and the interior made tight, apparently. A glass gauge on the side of each evaporator, connected with the juice chamber at the top and at the bottom and about three feet long, was in use. It does not clearly appear whether this connected at all times with the interior of the evaporator or whether there was a shut-off. After repairing the glass indicator on evaporator No. 2 it was found necessary to repair the same device on evaporator [467]*467No. 3. Tbe plaintiff was in tbe machine shop and received instructions to fit up what he calls a “nipple” for this indicator on evaporator No. 3 by cutting one out of a pipe about eight or ten inches in length and putting a screw thread on it. Having this nipple prepared, plaintiff and one Berger went to put it on the evaporator, taking with them a pipe wrench. It was to be inserted into evaporator No. 3 about ten inches from the bottom. The old nipple that had been in there was out, and there were some screw threads left in the place the old nipple was taken from — that is, the opening in the side of the evaporator into which this hippie was screwed. Plaintiff started to insert with the wrench the new nipple into this opening and it went in very hard. He used both hands on the wrench, and while he was doing this an explosion took place by which evaporator No. 3 was blown to pieces, Berger was killed, and the plaintiff severely injured.

From the foregoing it will be seen that this chemical process of cleaning the interior of the evaporator is an ordinary and well known process, no doubt subject to modifications in detail in particular plants. That dangerous explosive gases are thereby generated is or ought to be well known to those employing such methods. Professor Kahlenberg testifies: “It is absolutely certain that hydrogen will be formed when this solution of acid is in contact with iron. There is never any circumstances or any time when it will not form when so in contact.” Doubtless conditions may exist in the interior of the generator or modifications of the chemical method of cleaning may be employed which will greatly facilitate the formation of this gas and increase the volume of gas formed and the rapidity with which it is formed. When conditions exist which cause the transformation of solid or liquid matter into aeriform matter within a confined space, there may be a bursting of the container without a true explosion. This is sometimes popularly called an explosion, as in the case of a steam boiler, a wine cask, or a wine bottle bursting. A jury [468]

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Cite This Page — Counsel Stack

Bluebook (online)
128 N.W. 100, 143 Wis. 462, 1910 Wisc. LEXIS 323, Counsel Stack Legal Research, https://law.counselstack.com/opinion/buggs-v-rock-county-sugar-co-wis-1910.