Image provided by: University of Oregon Libraries; Eugene, OR
About The Sunday Oregonian. (Portland, Ore.) 1881-current | View Entire Issue (July 29, 1917)
66 Frank G. Carpenter Writes of Refinery Where EacK Fortnight Enough Gasoline Is Made to Take a Motor Car, to the Sim Red Tanks Dot Region Like Necklace of RubiesTheir or . turners ytyj Copyright, 1917. by Frank G. Carpenter. B EAUMO.N'T, Tex. From the crest of Spindle Top hill, the site of the discovery of the first great oil lields of the Southwest. I write of an Industry which is of vital importance in our great war with Germany. Pe troleum forms the very heart of our Kationai struggle. In fuel oil it runs our great battleships. In lubricants it keeps our mighty industrial plans mov ing, and in gasoline it sends the motor cars to the line of march with muni tions and all sort-; of supplies. Gasoline engines carry the airplanes over the camps and the trenches, and show the Runners just where to shoot. All of our munitions, guns and armor plate, as well as our submarines, and every ma fhnie that has to do with the war are dependent in one way or another on the .-supply of oil that we get from the earth. Spindle Top is an excellent place to study the oil situation. From right under our feet have been taken forty eight million barrels of petroleum, and this site was the beginning of the great gulf coast oil region and that of Oklahoma and Kansas, which have for a long time supplied a great share of the oil of the world. Spindle Top is a low mound, a great Inverted saucer, which covers an area of perhaps 200 acres. The mound is only about 10 feet in height and all around it the land is a low, flat, marshy prairie. As we stand upon the hill we can see the buildings of Beaumont, five miles away. That was once a small lumber town, but- petroleum has made it a city of 35.000. Those great streams of black smoke in the distance come from tank steamers filled with gasoline and fuel oil from its refineries. They ere on their way to the battlefields of Europe. As we look about us w can eee the tank , fan i of oil companies, with their mighty reservoirs standing out agaiost the blue sky like the domes of some half-buried oriental city. If we had X-ray eyes which could pierce the earth, to the north, south and west we should see r-.ighty pipe lines which are carrying rivers of petroleum from the many oil fields of the southwest to the great refineries located here and at Port Arthur, which i only a few miles away on he gulf. The ladder-like towers, 80 feet high, which surround us stand over oil weils. This field is almost exhausted, but they are still pumping out the dregs of the fluid, which once burst forth in such gigantic fountains that it as tounded the world. The story of every great oil camp is of live human interest, and there is ione more so than Spindle Top, on which v-e are standing. The field is so small that a soldier could stand in the center, and, with his rifle, shoot far beyond any of the wells that have pro duced oil in arge quantities. The oil came from a reservoir capped with strata 1000 feet thick. The first well that penetrated the reservoir was drilled to a depth less than twice the height of the Washington Monument, and the result was an explosion which thrw up rocks and sections of a four Inch pipe to a height of many hundred feet. With ther came the petroleum, which continued to spout at the rate of more than 3000 barrels per hour, or at from 75.000 to 100,000 barrels per day. No preparations had been made to store the oil, but an embankment was thrown up around a tract of 40 acres. This made a great pit. which held the petroleum until it caught fire and destroyed the derrick and the other machinery connected with the well. The well was saved, having been pro tected by sand, and it continued to produce for some months thereafter. This is the etory of the discovery of oil at Spindle Top as it was given me the other day by Captain A. F. Lucas, the well-known geologist and mining engineer, who now lives in Washington, IX C. Captain Lucas was the originator - of the dome theory of the coastal plain; end he might also be called the father of the great oil developments of Louis lana and Texas which have given the country so many million barrels of petroleum. He was looking for oil in this region for come time before he Bunk the well on Spindle Top. He had studied the geology of the low hills, then Called islands, which rise here and there out of the flat marshy plains along the northern and eastern coast of the Gulf of Mexico. He had found under these hills beds of sulphur and salt, with indications of oil, and had concluded that they might be the sites of oil pools or reservoirs far down under the ground. He concluded that the domes had been created by subter ranean springs which had forced up the salt, sulphur and other deposits in the form of solution or gases, and that thev had fallen back, creating these curious formations. Seven years before he drilled his well at Spindle Top he had tried to deepen a well for Joseph Jefferson,-the actor, on Jefferson Island and had struck salt not far from the surface. He had bored down 2100 feet through that salt without finding bot tom, and later had gone down into the rocky salt dome of another mound to a depth of 2740 feet and had there found salt and sulphur and some oil. There were Indication of oil at the eurface of the Spindle Top mound, and before Captain Lucas drilled there he took a lease on 5000 acres from Carroll & O'Brien, the owners of the property. This included about three-fourths of the hill, and he leased in addition about 27.000 acres of the prairie nearby. His irst well struck oil at 600 feet, but there was not enough to pay at that depth. He then tried to get capitalists to Join with him in the exploration. Several prominent men refused, but he finally interested J. M. Guffey. of Fittsburg, with the understanding that tTR Enormous they were-to put down .three wells. A well was then sunk within a few feet of the first, and the great gusher came forth as I have described. ' Following the Lucas gusher more wells were put down and other streams of oil spouted into the air7 One well produced S00O barrels in two hours, and another gave a million and a half barrels in 10 months. Within . three years after the discovery more than 30.000,000 barrels were taken from under this hill, and other millions have been pumped out since then. Alto gether more than 1200 wells were sunk, and it is estimated that enough has come out to cover the whole 200 acres with crude oil to a depth of 25 feet. The field has long since been prac tically exhausted, but some people here believe that there is another great reservoir of oil lying a thousand feet or more below the first, and capitalists tiave bought up the property with the idea of getting that oil. I understand that much of the mound now belongs, to the Gulf Refining Company, and that they will test the lower strata within the near future. The belief as to there being more oil lower down is based on the fact that other fields in this region which have produced vast quantities of petroleum are now being worked at lower depths, with results better than those from the first strata discovered. This Is so of the Humble field, 18 miles north east of Houston, and also of those of Sour. Lake and Goose Creek. feour Lake is 25 miles northwest of here. A big gusher was struck there in 1903, and by the end of that year 300 wells had been sunk and 9,000,000 barrels of oil produced. The whole field had pro duced about 35,000,000 barrels when it was thought to be exhausted, but they have 'since gone down a thousand feet or more deeper and struck a second supply. At Goose Creek they have found great beds of oil-bearing rock at 2000 feet, and they are sinking wells there 1500 feet deeper. I am told that one comprny has leased 70 acres not far from Spindle Top Hill on a contract which provides that the ground is to be tested to a depth of 2500 feet. The tract lies in the direction that the oil strata is sup posed to run. Another well sunk with in plain view of the hill has proven, a ouster. unat is. it nas no on at ait, although the drills were put down underground to a depth of more than three-fourths of a mile. The Spindle Top of today Is almost deserted. Its only inhabitants are the men who are managing the small pump ing stations and the squatters who have taken possession of the rattle trap buildings which sprang up in the BT M. L. CHAPMAN. Judge, Breeder and Writer. CAREFUL selection of strong chicks for breeding stock i3 of greater importance now than at any other time in recent years, because of the scarcity of cereals and the almost pro hibitive prices of foodstuffs. It is highly necessary that all culls be mar keted as soon as possible, for no chick should be fed one day longer than is absolutely necessary for its develop ment, either as a layer or a prospective breeder. They should be converted into market broilers, the culling begun early and continued along rigid lines, weeding out all weaklings, even if they do not seem in condition to bring the best prices in the open market. In selecting breeders it is essential to determine what Is expected of the grown fowls, and have this end in view while culling out the flock. The next factor is the question not merely of the eggs that the hens lay in the Spring, but the eggs that they may lay during the various months of the year. In other words, .he cost of producing eggs. We want a hen to lay a large num ber of eggs, but we want them to lay the eggs at the time when they will bring the best price. One egg in the Fall is worth two or three eggs in the Spring. We want October, Novem ber and December layers, and there fore that factor must be taken into consideration when selecting the chicks that are to form the future flock. Hens that lay the greatest number of eggs in the Fall months are those which were hatched early, bo the first selection should include the chicks that were hatched early enough 'o be well developed at this time, and which show promise of beginning to lay at- least by the first of November. No matter what kind, breed or va riety of poultry is kept, success de pends upon the vigor of the chick and the ability of the operator to rear it to maturity as quickly as possible. Some chicks are born with stronger constitutions than others, but even with this favorable start they must be kept at their best to develop into profitable layers. All others, those which do not meas ure up to a good standard of stamina and vigor, should be headed for the market as quickly as possible. Never before is this rigid culling so impera tive. At this time it is folly to feed expensive grains to weak, puny stock. Segregate the males as soon, ac their THE SUNDAY OREGOXIAN, PORTLAND, JULY 29, 1917. " Value in the Great War KSS I pS? v i ' j v - - - y a (fti - ,;ty "V ' - ' c5 t - -JfcvV S s, ? J-.-W- o. j-if"1j 1 f.'li. TC"? - " ' ' t. Ft " ' W - . 5 i, - I , I , ' , a X t . s y ' ' , 1 IT wJi? ' " 4 , A ' i V t ' I I M ! I days of the great oil excitement. There are less than a hundred derricks now standing, and the total output of the field .is not more than 800 barrels every 24 hours. I went out to Spind;' Top with Mr. Courtney Marshall, the secretary and treasurer of the Magnolia Refining Company, which is now producing pe troleum and its by-prdducts under the direction of the United States Govern ment. The plant, to which I shall refer later on. is one of the largest in the United States, and Mr. Marshall has been connected with it since its be ginning. Mr. Marshall came to Beaumont In 1902, when the oil excitement was at its height. He tells me that the only roads they had at that time were of mud, and the cost of freight from Beau sex can be determined. Do not neglect this. Unless the young cockerels show exceptional vigor and vitality they should be fattened at once and killed as soon as marketable. By strong, vigorous cockerels it is not meant, nec essarily, the precocious youngsters which strut around the yard and begin crowing at an early age. This is a good sign, but not an infallible one. It is- essential to have strong, lusty chicks that get right down to working, and by their work develop an appe tite for their rations. There Is more truth than fiction in the claim that "the feed makes the breed," und this is specially applicable to poultry, because it is necessary for the chicks to con sume large quantities of nutritious food if they are expected to develop into heavy egg producers. The ability to consume large quantities of feed and the rapid growth of the chick is an excellent guide In selecting the future flock. A perfect egg type of hen may be determined by experts, but the average poultryman cannot select his breeders that way. In making a selection for the breeding flock do not overlook the heavy producing hens Fatten Fowls Intended for Market. However well adapted a fowl is for table purposes, it may be still further improved by a judicious course of fat tening, and this process of develop ment, like all others, has to be- be understood before it should be prac ticed on the birds. In the first place, it maiy be observed that :ome of the laying varieties are altogether useless for fattening purposes, and it would be merely wasting time and money to try to get these birds in such a condition that they would pass for good broilers. In the preparations for fattening, it is a good plan to provide a comfortable yard of fair size, with a nice, warm shed attached for the accommodation of the selected birds for two or three weeks before they will be wanted for the fattening pens. Here they ma- be fed sour milk with their mash and as much table scraps as they will eat. The variety of food furnished by table scraps will keep them in. good physical condition. Plenty of green food may form a major portion of the ration at this time, and on of the best meals at night is a liberal feeding of cracked corn and buckwheat. During the yarding period the treat ment of the birds differs little from that of the ordinary fowl, with the ex ception that the range is cut down. About three weeks before the birds IntoJfa mont to Spindle Top was almost as great as the value of the machinery carried. Hack rates were $10 a pas senger; hall bedrooms rented for $100 a month, and the country about was covered with tents. The hill itself was a great gambling . table, figuratively speaking, upon which fortune hunters from the four quarters of the earth threw down their money. The place had all the surroundings of a new mining camp. It had its saloons and dance halls. Betting was done on the quiet, and fortunes were made and lost in a night. For miles around the land was bought and divided up into oil claims. It jumped from $5 to tens of thousands of dollars an acre, and some of the land on the hill was sold for as much as $300,000 an acre. It is said that a New York broker stood up one night in the are marketed they should be removed to properly arranged fattening -pens. These pens are so constructed that the fowls cannot turn around, but are com pelled to remain quiet, and to receive their food at regular Intervals from troughs placed in front of a wide slit through which they receive air and light. The floors of these fattening pens, or crates, as they are very often called, are not boarded, but have slats running lengthwise, so that they will of necessity have to remain quiet, and also that the pens will require no cleaning during this final stage of the IMPORTED BREED r T is generally admitted that the Crevecoeur owes some of its char acteristics to Polish ancestry; but. like all breeds existing 70 or more years ago, its exact origin is obscured. Definite records of 1852 report the Crevecoeur to be native to certain sec tions of France and to be considered of great value as a layer and table fowl. Splendid specimens have been imported to Great Britain and to Amer ica, but their breeding In these coun tries is chiefly confined to fanciers. It ia etiU considered one of the finest .............................-......... ' P mil '9;? Crosby House at Beaumont and offered $100,000 cash for any acre in the proven ground of Spindle Top hill. He was laughed at, and he had the g6od sense to take his money back home. Captain Lucas tells me that one set of men bought an acre for $10,000 and bored a well in the center. They then divided the acre into four quarters, each represented by a million-dollar com pany, and these companies sold that $4,000,000 worth of stock far and wide over the Union. Cartain Lucas was of fered $100,000 of the stock of a million dollar company if he would allow them to use his name as its president. They said that their property was as good as that surrounding the Gusher, but when Captain Lucas looked at It he found it to be utterly worthless and refused. Today a chain of oil tanks hangs fattening process. Very often some birds will go off their feed and become slugcish. These should be given a few days' run on grass to get them back Into condition, or if they are in fairly good condition they are better mar keted at once. Care should be taken not to carry the fattening period longer than necessary. Sometimes the condi tion of the birds will not allow a longer period than two weeks in the fattening pens. Much of the success' In fattening fowls for market depends upon the na ture and quality of the food. This difficulty is overcome if only sweet whole grains are used or prime grains ground into meals. Coarse flour, which is sometimes called macaroni flour. Is often used as the wheat grain in the mash mixture. A mash consisting of cornteal, ground middlings or coarse flour, ground buckwheat meal and oat meal makes an ideal fattening food OF CREVECOEl'RS. utility fowls in France, and is widely bred. This breed is one of the ancestors of the Houdan fowl, which is considered by many -as the best of French utility poultry. It is possibly for this reason that Crevecoeurs have had a diminishing popularity as the favor of Houdans in creased. The hens are splendid layers of large white eggs and seldom be come broody. They are quick in growth, fatten well and make splendid table poultry, both as to size and qual ity. - . ' t about Soindle Top Hill line a necklace of mighty rubies. Each tank is of steel. It is painted" red and It repre sents mere value than any collection of pigeon-blood gems ever gotten to gether. The tanks belong to the great oil companies and their contents are valued at millions. The oil in them does not come from Spindle Top. It has been piped here from the otner great fields of petroleum which have been discovered since that of Beaumont was exhausted. Some of it is from North ern Louisiana and some from Northern and Eastern Texas. A great deal comes from Kansas and Oklahoma, represent ing a part of the vast output of what is known as the midcontlnent oil fieid. which is now producing several hundred thousand barrels every week. The state of Oklahoma produced 105.000.000 barrels last year. It led the United States In its output of oil. In addition to the tanks here there are tank farms at Fort Arthur, on the Mexican gulf, and there are great re fineries at both places where the crude oil is turned into the many forms in which it goes to the market. -T Am fttmnc-A to sDeak of tank farms, but that is what these great collections of oil storage reservoirs are sxailori There are a number of them down here on the Mexican gulf. They are used to store tne cruae on as ii mm in fmra the fields and also for the gasoline, kerosene, lubricating and other oils which form the products of the refineries while awaiting' their shipment in the great tank steamers and tank cars which carry them to the market. The tanks are connected by pipes with the refineries, with the oil fields and with the wharves where the ships come -for their loads. There are thou sands of miles of such pipes, each about twenty-four inches in circumference, or about as big around as the waist of your sweetheart- In these the oil is carried over the country. It goes from the wells in the oil fields to storage tanks nearby, and from there is pumped from station to station until it reaches the refinery. In fact, a pipe line is much like a railroad. The pipes are the tracks and the stations the depots, while the pumping . establishments at each station are the motive power which sends the oil freight through the pipes from one station to the other. On a long line the stations are about fifty miles apart, each consisting of one or more large steel tanks for storing the oil.- The tank farms are collections of such storage tanks. They are to be found at the ports and at or near the when it has been moistened with sweet or sour milk. It fills all the require ments. Sometimes Best to Sell Alive. During this season, with the ex ceptionally high cost of grain, it will be better to give careful study to local market conditions. Where there are very few table scraps, or other natural methods of supplying green foods, it may be best to turn the excess birds off at live weight to a local commis sion dealer, or sell them alive direct to the consumer. This plan will often give as good returns as when the birds are spe cially fattened, and as this year is ex ceptional regarding the prices of feed. It is one for the poultryman to de cide for himself. One course is certain; it is a needless waste'of feed to carry over any young or old fowl which is not likely to re turn a profit. This is a waste that should be corrected at once. Again, it is the duty of every poul tryman who has fowls which will pay a profit over the cost of feeding to preserve them and to increase his flock to the greatest capacity. The whole world demands food, and all kinds are getting scarce. Every family can help if they will keep a small flock of hens, and feed them on table waste, in addi tion to a small quantity of grain. Nothing is more deceptive than bad food. It causes all kinds of digestive troubles, fails to nourish the chicks, and often becomes a positive menace to the health of the- fowL When fowls are designed for market purposes, and especially those intended for a fancy trade, they should not be killed by wringing their necks, as is often the practice. A more humane method and one that makes the dressed fowl appear to the best advantage is to have a knife thrust through the roof of the mouth into the brain, and then with a slight twist make a small Incision sideways, so as to sever the main artery. This will Insure proper drainage of the blood. For convenience the birds should be hung head down and plucked while warm. As soon as the feathers are removed they should be placed In a clean place to cool. WASTE FOOD WILIa KEEP SMALL FLOCK. On every farm and in almost every household there is suffi cient waste food and other prod ucts to maintain a small flock of fowls if only a dozen hens. Read the forthcoming article on this subject and learn how to increase the world's meat sup ply, which is necessary to help win the cause for which we are fighting. 5 refineries. In company with Mr. Mar-. shall I have visited some belonging to the Magnolia Company, which lie on the edcre of SDlndle Top hill. One farm consists of seventeen steel tanks and four great earthen tanks, the whole having a capacity of over 2.000,000 bar rels. Each of the steel tanks holds 55,000 barrels. It is a great cylinder . about 30 feet high and perhaps 100 feet in diameter. It has a sloping roof which, like the walls, consists of steel plates so riveted together that there can be no leakage, and it stands in side a pit of earth large enough to hold the burning oil and prevent it from running out over the country in case the tank should catch fire. The earthen tanks are about five timrs as large as the steel tanks. Each of them is 14 feet deep and 300 feet, in diameter. It Is more than a sixth ef a mile around, and it has a capacity of a quarter of a million barrels of oil. These tanks are great circular pits walled and roofed with plank. Their floors are a clay, impervious to water, and when a tank is finished the water is let in and the oil rests upon a bed of water as a base. The tanks are roofed with boards which are fitted as closely together as those which form the deck of a ship, being calked with oakum to make tnem more tight. Tha roof is covered also with tar and tar paper and is upheld by timbers inside the tank. in thA refineries the oil and its products are kept in steel tanks only, and the tanks vary in size, ranging from 1200 to 55.000 barrels. Each tank. Is set in Its pit to keep the fire from spreading should an explosion occur, and the tanks are painted two fiifferent colors, according as their contents are crude or refined. Crude petroleum Is not inflammable enough to be exploded by any heat from the sun, and the same is truo of fuel oil and other coarse grades. Therefore, such tanks may be painted black without danger. even though black attracts the sun's rays. It is different with the tanks contain ing the lighter oils. They are all paint ed white, for white does Just the re verse. Gasoline in a black tank would easily explode, and a great fire might be the result. During my stay here I have gone through the Magnolia oil refinery. In cluding its tanks, it covers about 450 acres, and the most of it is made up of great buildings filled with the finest of modern machinery. The refinery is now using about 30,000 barrels of crude pe troleum a day, much of which is brought here in pipes from 6il fields as far away as the distance between New York and Pittsburg. It Is mak ing vast quantities of lubricating oil. fuel oil, kerosene and gasoline, in addi tion to other by-products, from paraf fin to coke. It is now producing 10.000 barrels of gasoline a day. and it turns out enough of that fluid every 15 days to run one of the cheaper motor cars from the earth to the sun. This esti mate ia made on the basiB of : milps to the gallon, and to show that it is correct. I will give you the figures. Multiply 10.000 barrels by 15. the num ber of days, and you have the barrel product. It is 150,000. Now, each bar rel contains 42 gallons, so that the whole equals 6.300,000 gallons, which, multiplied by 15, the number of miles to the gallon, gives you the enormous distance of 94.500.000 miles, or enough to take your "flivver" clear to the sun. with almost 2.000,000 miles to spare. That is what this one refinery U doing every two weeks. We have other re fineries, whose product is eially large, bos that you can see something of the value of such works tc our country ia this time of war. I despair of being able to give you an adequate conception of the machin ery of the oil refineries. The processes are of many varieties, and many of their machines are as intricate as that of a watch, although the scale is gi gantic. Other processes are triumphs of chemistry, and others of almost. every branch of engine -ing known to production. In brief, t" : process of refining oil is largely one of distilling. The crude oil. as it comes from the earth, is reduced to a vapor. It is then sent through coil after coil of pipes, ranging in diameter from three to eight inches. These coils are embed ded in large vats of cold water, which condense the vapor and turn it back i: J oil. The process is just like that of distilling wa.T, or the making of whisky, except that the oil is poured in by the tho sands of barrels, where the water and whisky go in in small quantities. uring thes processes the oil Is washed with soar and water again and again. Its impurities are precipitated and taken out. Some of it goes into kerosene, and that is again distilled an ' washed, nd some finally becomes g soline. vhich is also washed. In the Magnolia refinery here I saw tome of the largest washtubs in existence. They are steel tanks for laundering the gasoline to make it clean enough for your car. Each of these gasoline wash tubs has a cylindrical floor space equal to that of the average parlor, and it is as tall en a t" ree-story house. It con tains about 7 5.000 gallons, and the washing is done with caustic soda, in stead of soap. The suds rise to the top just as In the tubs of the laundry. In making lubricating oil the stuff is run through hot water and cold wa ter. It it cooked and is treated with chemicals, including sulphuric acid. In the r.iaUing of paraffin the oil has to be frozen, as well as boiled, and for this the refinery has an ice nt. " So whole is a wonder of modern invention and of industrial cost ef-iciency pro cesses. FRANK! G. CARPENTER, .