Part 10

On the site where stood York House, Tudor Lodge, and Sherwood House, stands a great hive of industry known as Belmont Works or Price's Patent Candle Factory. Price's Patent Candle Company (as a private firm) was among the earliest to apply in commercial enterprise the discoveries of Chevreul, and has continued to hold the first place among candle manufacturers in Great Britain; and notwithstanding the manufacture of gas, the importation of American oils and the many competitors for supplying light-giving material this Company makes its way by dexterity between them. At the present time the store room of the Belmont Factory actually contains candles of about 240 different kinds. Until Chevreul had begun his scientific investigations in 1811, oils and fats had been regarded as simple organic substances. On the complete publication of his discoveries in 1823, the complex character of these bodies became extensively known. In 1829 the plan of separating cocoa-nut oil into its solid and liquid components by pressure, was in that year patented by Mr. James Soames of London; this patent was purchased by Mr. William Wilson and his partner, who, trading upon it under the title of E. Price & Co., perfected it as to manufacturing details. In 1831 the candle manufacture in England was set free from the excise supervision to which it had been previously subjected. From that date then its progress became possible. After a time, in order to carry out successfully certain enterprises which required more capital than the Company had at their command, Mr. Wilson's partner sold his share in the beginning of 1835 to three capitalists. With these gentlemen as sleeping partners and with the aid of two of his sons, Mr. Wilson continued under the name of Edward Price & Co. to carry on the concern until it passed in 1847 into the hands of Price's Patent Candle Company, with a capital of £500,000; of this Company Mr. Wm. Wilson became the first Chairman, and his sons, Mr. James P. Wilson and Mr. George F. Wilson, the two Manufacturing Directors. It is interesting to notice that in the year 1840, while Mr. J. P. Wilson was endeavouring to produce a cheap self-snuffing candle for the coming illumination in honour of the marriage of Her Majesty Queen Victoria, then about to take place, succeeded in making such candles of a mixture of equal parts of stearic acid and cocoa-nut stearine, they gave a brilliant light and required no snuffing. These candles came rapidly into notice, they were named "Composite" because of the mixture in them. Africa supplies the palm-oil which was hitherto used almost entirely for soap-making. The imports of palm-oil into England, which amounted to about 9,800 tons in 1840, have for many years past exceeded 40,000 tons annually, and averaged 50,000 tons in 1871, 1872, 1873 and 1874. This increase of importation is undoubtedly due in very great part to the use of oil in the manufacture of candles; and it is this trade which presents to the African chiefs and kings along the West Coast the motive that they can best understand for the abandonment of the slave-trade, they learn in fact, that their subjects are of more value to their rulers when collecting palm-oil than by being sold into slavery. The cocoa-nut oil brought from Ceylon is largely used in the factory. The palm-oil from the Coast of Africa being converted by chemical processes into stearine, is freed from oleic acid by enormous pressure, is liquefied by steam, and then conveyed into the moulding machinery, by which 800 miles of wicks are continually being converted into candles. Among the earlier operations of the new Company was the acquirement in 1848 of the Night-Light Patent held by Mr. G. M. Clarke, and in 1849 of the Night-Light business of Mr. Samuel Childs, and the erection of a new factory for the purpose of carrying on this new branch of manufacture on an extensive scale. In 1875 no less than 32½ millions of new lights were sold by the Candle Company. Geology informs us that in the age of the coal formation a great part of the earth's surface was covered by a dense and tangled vegetation composed mainly of flowerless plants growing with wonderful luxuriance in the warm damp atmosphere which must then have prevailed--the masses of vegetable matter--the decay of gigantic ferns sinking into the boggy soil formed peat which as ages rolled on became converted by heat and pressure into coal. The conditions of the earth now are so different to what they were at that geological period that we are unable to state with certainty how long the process must have taken to form the ancient beds of lignite (mineral coal retaining the texture of the wood from which it was formed) and brown coal, and the still more ancient beds or seams of true coal. From these paraffine is extracted by chemical processes--it is the chief material in the _Golden Medal Palmitine Candles_ (the name given to the candles in consequence of the award to the Company at the Paris Exhibition, 1867, and other products--the name "Palmitine" having been given to them because of the presence of a beautifully pure white stearine obtained from palm-oil). The paraffine thus procured by a process of distillation yields at the same time a liquid product affording under the name of coal oil, or petrolium, one of the cheapest of the Company's light-giving materials. Price's Glycerine has obtained a world-wide reputation for its purity--much of it is manufactured from palm-oil. It was in the Company's factory that _pure_ glycerine was first produced. The total of raw materials brought into work by the Company in 1877 amounted to nearly 16,000 tons. The produce in the same year was as follows;---

Candles of all kinds 147,000,000 Night-lights 32,000,000 Oils for Lamps, Machinery and Wool-working gals. 990,000 Household and Toilet Soaps cwts. 38,000 Stearine and Candle-material sold in bulk cwts. 16,000 Glycerine of various qualities cwts. 3,500

The year's produce of candles named above would suffice to give the continuous light of one candle during about 84,000 years. The Night-lights would in like manner give the continuous light of one Night-light during about 25,000 years. In 1853 the Company took a step of much importance. Liverpool being then as now, the place of arrival of the largest importation of palm-oil, it was felt to be desirable that the Company should have in or near it a second factory, prepared to manufacture this material where it could be purchased without cost of land carriage. The capital of the Company was therefore increased and an estate of about 60 acres was purchased at Bromborough Pool, near Liverpool, on which was erected the second factory with cottages. The factory village numbers 97 houses with a population of 530. It has its own place of worship, schools, co-operative stores, rifle corps, and all the organization of a model village. At present this factory employs about 320 operatives. The London Works (Battersea) occupy an area of about 13½ acres, those at Bromborough occupy 7 acres. The buildings are all roofed with corrugated iron so as to reduce inflammable material to a minimum. The area covered by the roofs is a large one, as the buildings again, with a view to safety from fire have generally no upper floor. This area amounts to nine acres for the two factories. The operatives number about 1,300, nearly 1,000 of whom are employed at Battersea. Connected with each factory is a mess-room in which the work-people can either purchase their food from the Co-operative Society established among themselves, or can have their own provisions cooked for them. At each factory a brief devotional service is conducted every morning. Each factory has its reading room and library; each maintains a corps of rifle volunteers (the two establishments together providing about 300 efficient riflemen), and each during the winter has its evening school for boys employed in the Works. Bromborough enjoys an excellent recreation ground and set of allotment gardens, but the growth of buildings about London has precluded the London operatives from having these privileges. During the winter months, lectures and science and art classes offer amusement and instruction to those who desire one or the other. In each factory a medical officer pays a daily visit, and attends to all who may be ailing; a weekly payment of one penny from each man and a half-penny from each boy being required in return for this privilege. On the whole this is one of the best regulated firms in the Metropolis.

Mr. JAMES PILLANS WILSON, _Consulting Adviser_. Mr. JOHN CALDERWOOD, _General Manager_. Mr. W. H. WITHALL, _Secretary_. Mr. KINGSTON GEORGE WOODHAM, _Superintendent_. Mr. S. J. ROBERTS, _Chief Engineer_. Mr. G. CHILDS, _Superintendent Night-Light Department_. Mr. J. DAY, _Superintendent Bromborough Pool Works_, near Birkenhead.[1]

[Footnote 1: The writer has had the privilege of consulting a pamphlet entitled "A Brief History of Price's Patent Candle Company (Limited)," printed by Spottiswoode & Co., New Street Square, London, 1876. For private circulation only.]

Though hour-glasses were invented at Alexandria B.C. 149, and water-clocks about the same period, yet it does not appear that hour-glasses and clepsydras or water-clocks were known in England during the reign of Alfred the Great. Sun dials might be, but were of no use from eve to morn and when the days were sunless. In order to allot certain portions of time to particular objects, eight hours to sleep, meals and exercise, eight to the affairs of government, and eight to study and devotion, Alfred contrived the expedient of having wax candles made of equal weight and twelve inches in length, with marks upon them at regular distances. The combustion of one candle lasted four hours, and each intermediate part, an inch in distance, denoted a period of twenty minutes. Six of these candles lasted twenty-four hours. The duty of tending these candles was entrusted to one of Alfred's domestic Chaplains who had to give the Monarch notice of their working. As currents of air rushed through the unglazed windows and chinks in the walls of the Royal residence as to render the combustion irregular and the register inaccurate, the ingenious King surrounded the candles with horn and wooden frames to make them burn steadily in all weathers.

It was a custom in olden time to conduct a sale or auction by inch of candle. A small piece of candle being lighted the bystanders were allowed to bid for the merchandize that was offered for sale--the moment the candle went out the commodity was adjudged to the last bidder.

There was also excommunication by inch of candle, when the sinner was allowed to come to repentance while a candle continued to burn; but after it was consumed he remained excommunicated to all intents and purposes.

CANDLEMAS, a feast of the Romish Church, celebrated on the 2nd of February, in honour of the purification of the Virgin Mary. It is borrowed from the practice of the ancient Christians, who on that day used abundance of lights both in their churches and processions, in memory as is supposed of our Saviour's being on that day declared by Simeon "to be a light to lighten the Gentiles." In imitation of this custom, the Roman Catholics on this day consecrate all the tapers and candles which they use in their churches during the whole year. At Rome, the Pope performs that ceremony himself; and distributes wax candles to the Cardinals and others, who carry them in procession through the Great Halls of the Vatican or Pope's Palace. This ceremony was prohibited in England by an Order of Council in the year 1548.

Some writers affirm that Candlemas was first instituted by Pope Gelasius I. in 492. "The Romans were in the habit of burning candles on this day to the goddess Februa, the mother of Mars; and Pope Sergius seeing it would be useless to prohibit a practice of so long standing turned it to Christian account by enjoining a similar offering of candles to the Virgin. The candles were supposed to have the effect of frightening the devil and all evil spirits away from the persons who carried them, or from the houses in which they were placed." It is evident that the numerous superstitious notions and observances connected with candles and other lights in all countries had a remote origin, and may be considered as relics of the once universally prevalent worship of the sun and of fire, for mankind had so far forgotten the One living and true God as to worship the creature instead of the Creator who is God over all blessed for evermore.

A bright spark at the candle denotes that the party directly opposite is to receive a letter. Windy weather is prophesied from the waving of the flames without (apparent) cause, and wet weather if the wick does not light readily. There is a tradition in most parts of Europe to the effect that a fine Candlemas portends a severe winter. In Scotland the prognostication is expressed in the following distich:--

"If Candlemas is fair and clear There'll be twa winters in the year."

It is said that condemned criminals making the _amende honorable_ at the church doors were constrained to bear in their hands a wax taper of six pounds weight. That it is only thirty-two years since a woman convicted of the offence of brawling in church, stood, by sentence of the Ecclesiastical Court, in a white sheet and with a candle in her hand, _coram publico_, in a church in Devonshire. By the superstitious in olden times in England the rescued parts of Candlemas tapers were supposed to possess supernatural virtues. "Candlemas Bleeze" was until recently, a bonfire festival still observed in sequestered parts of Scotland. A "winding sheet," a "thief" in the candle, etc., were regarded as evil omens, and anxious fears excited if suddenly a hollow cinder were ejected from the fire to know whether it resembled a cradle or a coffin!

About a century ago London was so infested with gangs of highwaymen that it was dangerous to go out after dusk. In 1705 an Act of Common Council was passed for regulating the nightly watch of the City. A number of strong able-bodied men had to be provided by each Ward. Every person occupying any shop, house or warehouse had either to watch in person or pay an able-bodied man to be appointed thereto. Watchmen were provided with lanterns and candles and armed with halberts; to watch from nine in the evening till seven in the morning from Michaelmas to the first of April, and from ten till five from the first of April till Michaelmas. Thus they went their nightly rounds calling "Lantern and a candle! Hang out your Lights!" for during dark nights a certain number of householders in each street had to hang out lanterns with a whole candle, and the Watchman thundered at the door of those delinquents who neglected to do so. The total number of Watchmen appointed by this Act was 583.

Facing Price's Candle Factory was a field which was rented by the Company and used as a cricket ground for their employés. Queen's Terrace and streets adjacent now cover this portion of land.

Among the State Papers is a letter dated August 22, 1580, from Archbishop Sandys to John Wickliffe, keeper of his house at Battersey, in which he directs him to deliver up the house to the Lords of the Council so that it might be turned into a prison for obstinate papists. During the Commonwealth, York House was sold to Sir Allen Apsley and Colonel Hutchinson for the sum of £1,806 3s. 6d., but it was reclaimed by the See after the Restoration.

Brayley in his History of Surrey says, "Besides this Mansion (near York House) there are several handsome seats fronting the river and various large manufacturing establishments, Chemical works, and melting furnaces, etc. are extensive along its banks, greatly to the annoyance of the market gardeners and florists who complain grievously of the injury they sustain by the smoke and noxious vapours of the numerous steam engines now employed in this hitherto rural district. The establishment here for the preservation of timber from the dry rot, called _Kyanizing_ from the name of its inventor, was destroyed by fire on the 20th of March, 1847; and the conflagration extended to other neighbouring works. The process was carried on by forcing tar through the pores of the wood, and here was a large pond of that fluid, the blaze of which set fire to immense piles of timber which had either undergone the process, or were in a state of preparation for it."--_Brayley, Surrey Mantel_, _Vol. iii. P._ 447.

A very useful thing is that dentated instrument called the _Saw_. Pliny says that the saw was invented by Dædalus. According to Apollodolus Talus invented the saw. Talus it is said having found the jaw-bone of a snake employed it to cut through a piece of wood and then formed an instrument of iron like it. Saw-mills were erected in Madeira in 1420. At Bresdan in 1427. Norway had the first saw-mills in 1530. The Bishop of Ely Ambassador from Mary of England in the escort of Rome describes a saw-mill there 1555. The attempts to introduce saw-mills into England were violently opposed, and one invented by a Dutchman in 1663 was forced to be abandoned. Saw-mills were erected near London about 1770. The excellent saw machinery at Woolwich Dockyard is based upon the invention of the Elder Brunel, 1806-13. Sir Mark Isambard Brunel was the son of a Normandy farmer, and born at Hacqueville, near Rouen, on the 25th of April, 1769. He early shewed an inclination for mechanics, and at school preferred the study of the exact sciences to the classics. In 1786, he became a sailor in the French Navy. In the revolutionary period of 1793, having involved himself by his political opinions he escaped from Paris to the United States. Brunel's career as an engineer began 1794 when he was appointed to survey for the Canal which now connects Lake Champlain with the river Hudson, at Albany. He afterwards acted as an architect in New York. On his return to Europe in 1799, he married the daughter of William Kingdom, Esq., Plymouth, and settled in England. Here he soon established his reputation as a mechanician by the invention of a machine for making block pulleys for the rigging of ships. The erection of steam saw-mills in Chatham Dockyard, a machine for making seamless shoes for the army, machines for making nails and wooden boxes, for rolling paper and twisting cotton hanks, and lastly a machine for producing locomotion by means of Carbonic acid gas, which however though partially successful was afterwards abandoned. "But the great work by which his name will be transmitted to posterity is the Thames Tunnel which, though almost a complete failure as a commercial transaction is nevertheless a wondrous monument of engineering skill and enterprise. It was commenced in March, 1825, and opened to the public in 1843, after a multitude of obstacles and disasters." He held extensive premises at Battersea on the site now occupied by the Citizen Steam-boat Company, where his celebrated saw and veneer mills were burned down about the year 1814. He was elected a Fellow of the Royal Society in 1814; was appointed Vice-President in 1832. He was Knighted in 1840. Died Dec. 1849, in his eighty first year, universally respected.

Sir Richard Phillips, who had an opportunity of inspecting Brunel's machinery at Battersea, eulogizes his fame and speaks of his merits and scientific genius thus:--"A few yards from the toll-gate of the Bridge on the western side of the road stand the workshops of that eminent, modest, and persevering mechanic Mr. Brunel, a gentleman of the rarest genius who has effected as much for the mechanic arts as any man of his time. The wonderful apparatus in the Dockyard at Portsmouth with which he sets blocks for the navy, with a precision and expedition that astonish every beholder, secures him a monument of fame and eclipses all rivalry." At Battersea Works Sir Richard witnessed four circular saws, two of them 18-ft. in diameter and two of them 9-ft. in diameter, besides other circular saws much smaller used for the purpose of separating veneers. He saw planks of mahogany and rosewood sawn into veneers the 16th of an inch thick. By the power that turned those tremendous saws he beheld a large sheet of veneer 10-ft. long by 2-ft. broad separated in ten minutes "so even and so uniform that it appeared more like a perfect work of nature than one of human art." In another building Sir Richard was shown Mr. Brunel's manufactory for shoes, where the labour was sub-divided so that each shoe passed by aid of machinery through twenty-five hands complete from the hide as supplied by the currier. By this means a hundred pairs of strong and well-finished shoes were made per day. He remarks, "each man performs but one step in the process, which implies no knowledge of what is done by those who go before or follow him. The persons employed are not shoemakers, but wounded soldiers, who are able to learn their respective duties in a few hours. The contract at which these shoes are delivered to Government is 6s. 6d. per pair, being at least 2s. less than were paid previously for an unequalled and cobbled article." The shoes thus made for the Army were tried for two years but afterwards abandoned from economical views.

Sir Richard Phillips in his "Morning Walk from London to Kew" (page 42) says, "at the distance of a hundred yards from Battersea Bridge an extensive pile of massy brick work for the manufacture of soap has recently been erected, at a cost it is said of sixty thousand pounds. I was told it was inaccessible to strangers and therefore was obliged to content myself with viewing it at a distance." This soap factory stood by the water side, a little to the east of the Bridge, erected by Mr. Cleaver. There were some large turpentine works in this parish, which belonged to Mr. Flocton.

Battersea has three bridges across the Thames communicating with Chelsea.