Reminiscences of a Liverpool Shipowner, 1850-1920

Mr. Maginnis in his very useful and excellent work “The Atlantic Ferry,” claims for the “Sirius” the honour of inaugurating the Atlantic steamship service. She was owned by the British & American Steam Navigation Company, of which Mr. John Laird was the Chairman. She was 703 tons, and sailed on the 5th April, 1838, making the passage in 16½ days, maintaining an average of 8½ knots, on a consumption of 24 tons. About the same time the “Great Western,” of 1,340 tons, sailed from Bristol, making the outward passage in 13½ days.

The British & American Steamship Company encouraged by the successful voyage made by the “Sirius,” built, in 1839, two sister ships, the “British Queen” and the “President.” They were 1,863 tons gross register, and 700 horse power. The “British Queen” sailed from Portsmouth, July 12th, 1840, and the “President” on July 17th, 1840. The “President,” after sailing from New York, on March 11th, 1841, with a small number of passengers, was never again heard of, and in consequence of this disaster the British & American Steamship Company ceased to exist.

We cannot omit from our brief review of the early history of the steamship, an allusion to the “Great Britain,” the first large iron steamer. She was 3,270 tons, and was launched at Bristol in 1843. For very many years she was our largest ship, and considered to be one of the wonders of the day. She was placed in the Liverpool and New York trade, and sailed on the 26th July, 1845, on her first voyage. I remember seeing her pass down the Channel off Seaforth. Her six masts greatly impressed my child intelligence. She was wrecked the same night on the Irish Coast, but she was afterwards got off, and had a very varied and chequered career, and underwent many changes. Her six masts were reduced to four, then to three. She had new engines, and was placed by Gibbs, Bright & Co., in the Australian trade. Then she was converted into a full rigged sailing-ship, and in 1883 was condemned at the Falkland Islands as no longer seaworthy, and remained there for many years as a coal hulk.

It cannot be said that these early endeavours to establish a steamship trade were very encouraging, and the great scientist of that day, Dr. Lardner, stated that he had no hesitation in saying that the project announced in the newspapers of making a voyage directly from New York to Liverpool was perfectly chimerical. They might as well talk of making a voyage from New York to the moon.

All the more honour to those pioneers who had the courage and the prescience to go ahead; and to Mr. Samuel Cunard and his partners the steamship trade must be for ever deeply indebted, for to them we owe the first serious and successful effort to establish a steamship service across the Atlantic. They built, in 1840, the “Britannia,” “Acadia,” “Columbia,” and “Caledonia,” – the first ships of the now celebrated Cunard Line.

The Inman Line was founded in 1850, the Guion Line in 1866, and the White Star Line, which now shares the great Atlantic trade with the Cunard Company, was established in 1870.

The evolution from sail to steam involved changes in the design of the hull of a ship. At first it was considered that to turn a sailing-ship into a steamer it was simply necessary to fit a hull designed for a sailing-vessel with a steam engine. It was soon, however, discovered that the fine lines and deep keel required to carry sail were not required in a steamship, and in course of time full-bodied hulls with square bilges without keels were adopted.

An iron steamer is but a rectangular girder or tank with the ends sharpened, the co-efficient of fineness varying from 62 to 78 degrees, according to the speed or deadweight capacity required. In 1860 Sir Edward Harland, with a view to easy propulsion, introduced steamers into the Mediterranean trade with a length of ten times their beam. These were so successful that when he built the fleet for the White Star Line he carried out the same principle, thereby also securing steady sea boats. He also introduced central passenger saloons and cabins, which speedily made the White Star ships very popular. Cabin accommodation placed in the centre of the ship has now become general. Some further modifications in design have taken place; ships have, relatively, now less length and more beam, and the cabin accommodation is built up citadel fashion in the middle of the ship.

The most notable evolution has, however, been in size and speed. The “Britannia,” built in 1840, was 1,200 tons, with 8½ knots speed. She was followed by the “Great Britain,” in 1843, 3,270 tons; she was, however, too large for the times, and did no good. The “Great Eastern,” built in 1855, was of 18,915 tons, and 12 knots speed, and was also a failure, although if she had been given sufficient power she would probably have hastened the era of large and fast vessels.

The demand for speed was for some years the governing feature in the design of steamers in the Atlantic trade, and to a smaller extent in the Eastern trades, in which the carrying of coal for long voyages has also to be considered. The increase in power required to obtain high speeds necessitated the adoption of twin screws, and with the still higher powers required by the “Mauretania,” “Olympic,” etc. (60,000 h.p.), four propellers are found necessary.

In the Atlantic trade, the “Arizona,” built by John Elder & Co. for the Guion Line, was the first of the “Atlantic greyhounds.” She was quickly followed by the “Alaska” and the “Oregon,” the latter being built in 1882, with a speed of 19 knots. She was the fastest ship of her time, and became the property of the Cunard Company. She was again eclipsed by the Cunard ships “Umbria” and “Etruria,” in 1885, with a speed of 19½ knots. In 1888 the “City of Paris” and “City of New York” had attained a speed exceeding 20 knots. For some years no improvement in speed was obtained until the advent of the “Campania” and “Lucania,” in 1893, with a tonnage of 12,900 and a speed of 22 knots.

Although steamers thus gradually increased in size and power, the “Oceanic,” built in 1899 for the White Star Line, may, I think, claim to be the pioneer of the great Atlantic liners. She was 16,900 tons and 704 feet long, and 21 knots speed. She was quickly followed by the “Lusitania” and “Mauretania,” built for the Cunard in 1907, with a tonnage of 33,000, and a speed of 24½ knots. They were again eclipsed in size by the “Olympic,” “Aquitania,” and the “Imperator,” all about 50,000 tons; but the “Mauretania” still holds the blue riband of the Atlantic for speed. It is scarcely safe to say that the last big ship has been built; size is only limited by commercial considerations and the depth of water available in our harbours, as an iron ship, being a girder, her length is limited by the depth which can be given to the girder. The cost of construction may, however, limit the size of ships, at all events, for some years.

Chapter III

THE EVOLUTION OF THE MARINE ENGINE

The steamship as a practical proposition developed slowly, being retarded by the dilatory evolution of the marine engine. The first serious effort to apply steam power to vessels of any size dates back to only 1838-1840, years which witnessed the establishment of the Royal Mail, the Peninsular and Oriental, and the Cunard Steamship Companies. Their first vessels were steamers of 1,200 tons, having a speed of eight or nine knots. Such vessels were not formidable competitors of the old packet ships, except in the passenger trades; their average passage across the Atlantic, occupying from thirteen to seventeen days, not being a great improvement upon the passages of the sailing-packets. The ships of the Dramatic Line averaged 20½ days, and those of the Black Ball Line 21 days.

The advantage of the greater regularity in the passages of the steamer was, however, obvious, and greatly stimulated invention. The improvements in the paddle engine were slow. We were a long time getting away from the side-lever engine, working at a low pressure. The “Britannia,” built in 1840, was 1,200 tons; her engines indicated 740 horse-power, giving a speed of 8½ knots. The “Scotia,” the finest paddle steamer ever built, and the last of the great paddle boats, was built in 1860, and had the same type of side-lever engine, but her tonnage was 3,871, with an indicated horse-power of 4,800, giving her a speed of 13 knots. The most rapid passage made by the “Britannia” was 14 days 8 hours; the most rapid made by the “Scotia” was 8 days 15 hours.

The screw propeller was invented in 1836, but for a long time it was thought to be inferior to the paddle as a means of propulsion, and there was some difficulty in applying the power to the screw shaft. The side lever in various forms was tried, but proved a failure. The “Great Britain,” 3,270 tons, launched in 1843, had engines which worked upward on to a crank shaft, and the power was brought down by endless chains to the screw shaft. This did not prove satisfactory. Then we had oscillating engines working a large geared wheel fitted with wooden teeth to increase the revolutions of the propeller. Then came the direct-acting engines with inverted cylinders, which for years were almost the universal type of engine, and were a very efficient form of low pressure engine.

The compound engine revolutionised the steamship trade, ensuring such economy of fuel as to permit of long voyages being successfully undertaken. The compound engine developed into the triple expansion engine; the object being to get the last ounce of power out of the steam by first using it in a high pressure cylinder at 180 lbs., then passing it into a larger cylinder, using it expansively, and finally passing it into a still larger cylinder at about 8 lbs. pressure, and again allowing it to expand. The triple expansion engine came into general use in 1886.

The turbine, invented by Sir Charles Parsons in 1897, has effected a revolution in the engines of large size. The principle is simply to allow steam at a high pressure to impinge upon blades fitted to a rotor which it revolves on the principle of the syren. The steam is afterwards used expansively in a second rotor working directly upon the screw shaft. The advantage of a turbine engine is its simplicity – few working parts and a saving in weight and space; its disadvantage is that a separate turbine has to be employed to obtain sternway. Recently, geared turbines have been introduced which are lighter, slightly more economical in fuel, and are sweeter running machines.

It is noteworthy that whereas gears were necessary in olden times with engines working at a low pressure to speed up the propeller shaft, with turbines gears are used to reduce the revolutions.

Meantime, greater boiler efficiency was being obtained. The “Britannia” worked with a pressure of 12 lbs. This was gradually increased to 30 lbs. in boilers constructed in 1868, and this was practically the range of pressure during the period of single-expansion engines. The salt water used in these boilers caused them to become quickly salted up, which not only diminished their efficiency but shortened their lives, and it was not until the compound engine was invented by John Elder that cylindrical boilers, working at a pressure starting at 60 lbs. and increasing to 190 lbs., were introduced. These proved a great success. By the use of fresh feed water and replenishing it from the condensers, salting was prevented and the life of a boiler greatly increased.

No further great improvement in the boiler has taken place. The water-tube boiler is still in an experimental stage, and attention is now being directed to oil fuel, which will reduce the engine-room staff, ensure greater cleanliness and quicker despatch.

The result of these improvements in marine engines and boilers has been to reduce the consumption of coal from 4 lbs. per indicated horse-power to 1.4 lbs., which cannot be considered otherwise than a great achievement. The future high cost of coal is sure to stimulate invention, and we may at no distant date expect developments in internal combustion engines adapting them to high powers which may open up a new and great era for mechanically-propelled vessels, and again entirely change the world’s outlook. We have also always before us the probability of further discoveries in electricity; the recent developments in wireless telegraphy teach us that we are only on the threshold of discoveries which will bring this mighty but mysterious power more and more into the service of man.

Chapter IV

THE MAKERS OF OUR SHIPPING TRADE

These sketches of the growth and development of our shipping trade would be incomplete without some reference to those who built up its great prosperity – men who are entitled not merely to our consideration but to our admiration; men whose memories should be treasured by Liverpool people, because they afford to generations yet to come examples of industry and perseverance in the face of difficulties which should not be without beneficial effect if kept in remembrance. Things move so rapidly, and our memory is so limited that we are apt to view the things of to-day as of our own creation, and lose sight of the strenuous spade work done by our forefathers.

Much as we must appreciate the enterprise and ability of our shipowners of to-day, it is no disparagement of them when we claim that the work of those who have gone before was equally enterprising within its limits, and was even more strenuous and anxious. They had to do with a business world only just emerging from the chrysalis state, and without those helps and facilities which modern science has placed at our disposal. But while claiming this, we must avoid considering those who have passed before as “giants” of industry. They were simply the men who, when placed in circumstances of difficulty, always rise to the occasion and develop those faculties of industry, resource and imagination which are so happily characteristic of our race.

That we may, therefore, appreciate the labours of those who have built up our prosperity we must consider shortly the circumstances in which they worked and the tools they had to work with. We have already alluded to the difficulties which a ship’s husband had to contend with owing to the absence of “cables,” or any speedy means of communication with distant places, and to the anxieties attending the maintenance of the old wooden ships; but these did not entirely disappear when iron ships were introduced. The early steamers were badly designed, very short of freeboard, insufficient in strength and short of engine power; they were frequently loaded too deeply, and we had many casualties. One of the greatest improvements in the construction of an iron ship was the introduction of iron decks, which gave the constructional strength required, and when water ballast tanks were also adopted a ship not only gained additional strength, but also mobility and seaworthiness.

The place of the old cargo boat was in course of time taken by the so-called “tramp,” the modern cargo carrier – a good wholesome ship, a large carrier, with sufficient power to take care of herself in all weathers. With modern machinery a tramp can go to the ends of the earth without replenishing her coal supply. One remarkable change has taken place which would have shocked the shipowners of fifty years ago; steamers no longer carry sails and the tendency is to do away with masts. The “standard” ship has only one mast, which is only used for signalling. The excellence of modern machinery and the general adoption of the twin screw have rendered breakdowns very rare, and the “wireless” is at hand to summon assistance when required. If the cargo steamer of to-day has improved, the design of the passenger ship has made even greater progress. Those who travelled across the Atlantic in the early sixties will recall the stuffy passenger saloons, placed right aft, with no seats except the long settees, and lit only by candles suspended on trays, which swayed to and fro sputtering grease right and left. The state-rooms were placed below the saloon and were lit by oil lamps, one between every two rooms. These were religiously put out at ten o’clock every night.

There was no ventilation, and no hot water was obtainable. We have always thought that the introduction of the electric light was a greater boon, and more appreciated on board ship than anywhere else. On a rough, wild night, when everything in your state-room is flying about, and you begin to conjure up thoughts of possible disaster, if you switch on the electric light, all is at peace. The very waves appear to be robbed of their fury. There were no smoke-rooms in the olden days – the lee side of the funnel in fine weather, the fiddlee at other times. Here, seated on coils of rope, and ready to lift our feet as the seas rolled in from the alleyways on either side, we smoked and spun our yarns. There was an abundance of food in the saloon in the shape of great huge joints of meat and dishes of vegetables, which were placed on the table, and it required some gymnastic agility to be ready to seize them, when the ship gave a lurch, to prevent their being deposited on your lap. We had no serviettes, but there came the enormous compensation for all deficiencies – it was deftly whispered, “the Cunard never lost a life,” and not another word was said.

The conditions of life in the steerage were wretched. The sleeping berths were huddled together, necessitating the occupants climbing over each other; there was no privacy, no washing accommodation except at the common tap, no saloon or seating accommodation except on the hatchways. The food was brought round in iron buckets, and junks of beef and pork were forked out by the steward, and placed in the passenger’s pannikin, and in a similar way potatoes and plum duff were served out.

All this has been changed, and in place of discomfort we have luxurious accommodation for every class of traveller; and this change has been brought about by the men concerning whom we propose to make some notes.

Sir Edward Harland

It is very difficult to give to any one man the credit for the great improvements which have been made, but I think ship designing owes much to the late Sir Edward Harland, of Belfast. He was the first to introduce the long ship with easy lines – easily propelled and excellent sea boats.

In designing passenger ships, Sir Edward Harland was the first to see the advantage of placing the saloon passenger accommodation in the centre of the ship (citadel fashion), thus adding greatly to the comfort of ocean travel.

The modern cargo boat – the so-called “tramp,” because she has no fixed trade, but vagrant-like seeks her cargoes at any likely port – owes much also to the genius of Sir Edward. The old-fashioned wave line theory in design, with its concave water lines and hollow sections, had produced bad sea boats and poor cargo carriers. Sir Edward was the first to perceive that long, easy convex water lines, with full sections, gave buoyancy at every point, were more easily propelled, and had large deadweight and measurement capacity. I think, therefore, when considering who were the makers of the shipping industry of to-day, his name must ever occupy a foremost position.

We must also give credit to Messrs. Randolf Elder & Co., for the introduction of the compound engine, and to Sir William Pearse (who became the head of the firm) for the “Atlantic greyhounds,” the “Arizona,” followed by the “Alaska” and the “Oregon.” These ships were the first to make speed one of the first considerations of Atlantic travel.

The Shipbroker

In the olden days we had not only shipowners but shipbrokers, who had lines of ships to various places, and who either chartered vessels or loaded them upon commission. The loading brokers made it their duty to call upon the forwarding agents every morning to ascertain what goods they had for shipment. This duty was never relegated to clerks, but was always performed by one of the principals. We have a very vivid recollection of the daily morning visits of Mr. Mors, Mr. Astley, Mr. W. Imrie, Mr. Thomas Moss, Mr. McDiarmid, and others. This business of the shipbrokers eventually came to an end when regular lines of steamers were established, but they for long occupied a very influential position in the shipping world.

Charles MacIver

The most outstanding figure among shipowners of 1850-1880 was Charles MacIver, of the Cunard Line, a man of resolute courage and stern discipline. Clean shaven with aquiline features, he looked like a man born to command.

I remember when I was Mayor, in 1880, a commission was given to Herkomer to paint his portrait. He asked me what sort of man Mr. MacIver was, and then proceeded to Calderstones to paint his portrait. In a few days he returned, saying he was going home, as he had not found the strong man I had described. In a few months he returned and called to tell me that he had found my Mr. MacIver and painted him. It appears that on his first visit Mr. MacIver was suffering from illness.

Mr. MacIver built up the Cunard Line, which in the fifties paid one-third of our Liverpool dock dues. I can visualise Colonel MacIver marching down Water Street at the head of 1,000 of his men whom he had drilled and trained. This was one of the first Volunteer regiments raised in 1858, when we had fears that Napoleon III intended to invade this country. Many stories are told of Mr. MacIver’s stern discipline. It is said one of his captains asked permission to take his wife to sea with him. Permission was granted, but when the day of sailing arrived he received passenger tickets for himself and his wife, also an intimation that he had been superseded in command of the ship. I remember doing some small service for Mr. MacIver which required some promptitude in its execution. In thanking me he added, “Young man, always kill your chickens when young” – and this was the principle he acted upon when threatened with opposition in any of his trades.

Mr. MacIver was very public-spirited, and a liberal supporter of our seamen’s charities.

It was a rule with the old Cunard Line not to introduce improvements until they had been well tried, and they continued to construct wooden paddle steamers long after the iron screw steamer had proved its efficiency. It was no doubt this policy which built up the wonderful reputation the line has always enjoyed for safety.

Although Charles MacIver was the master-builder of the Cunard Company, he was not actually one of the founders. These were Samuel Cunard, George Burns, and David MacIver. David MacIver died in 1845, and his brother Charles took his place. I was staying at Castle Wemyss in 1890, when I received a message that Sir George Burns wished to see me. The old man was lying on what proved to be his deathbed. His features, which were those of a handsome, strong, and resolute man, were thrown into striking relief by the halo of long, flowing, silver-white locks, which fell on his pillow. His mind (he was then ninety-five) evidently loved to live in the distant past, and he told me with pride, not of the doings of the Cunard Company, with which he had been so long and so honourably associated, but of the old sailing brigs, which in the days of his youth carried the mails between this country and Halifax.

Several of the first Cunard ships were built by John Wood at Port Glasgow. As a schoolboy I spent my summer holidays at his house. He was then building the wooden steamer “Lusitania” for my father’s firm. She was intended to trade between Lisbon and Oporto. Old John Wood was the father of shipbuilding on the Clyde, and a brass plate inserted in the wall of Messrs. Duncan’s shipbuilding yard at Port Glasgow now marks the site of his house.

I treasure these links of memory with those olden days of the shipping industry; they bridge over a period of most remarkable achievement and progress.

Sir George Burns was made a Baronet by Queen Victoria on the occasion of her Golden Jubilee, and his son was raised to the Peerage on Her Majesty’s Diamond Jubilee under the title of Lord Inverclyde. Lord Inverclyde took a very warm interest in shipping matters; he was a keen yachtsman, and dispensed at Castle Wemyss a splendid hospitality. He was for many years Chairman of the Cunard Company.

After the Cunard Company was formed into a Limited Company, in 1882, Mr. John Burns was the Chairman, but as he lived in Scotland, the Deputy-Chairman (the late Mr. David Jardine) had the practical charge. His devotion to the interests of the Company through difficult times was most praiseworthy. He built the “Umbria” and “Etruria,” the two most successful and popular ships ever owned by the Company. The Marine Superintendent of the Cunard Line (Captain Watson) was a remarkable man, a seaman of the olden school, with great knowledge of a ship, but with a very narrow outlook. Of those who have passed away in connection with the Cunard Company, the most conspicuous figure was the second Lord Inverclyde, who succeeded Mr. Jardine as Chairman in 1905, and remained so until his death, five years later. Lord Inverclyde had a great grasp of affairs, and was a thorough master of the management of a steamer. He built the “Mauretania” and “Lusitania,” and had he lived he was destined to take a leading position in the country. Lord Inverclyde was succeeded as Chairman by Mr. William Watson, who died in 1909.