Category Archives: Victorian Architecture

San Sebastian Church, Manila

Basílica Menor de San Sebastián, Manila, Philippines

Basílica Menor de San Sebastián, Manila, Philippines

Deep within the hot, noisy, grimy centre of Manila, in the district of Quiapo, stands one of the most remarkable nineteenth-century churches anywhere.  It’s not a place that many tourists reach, though it’s not far from Manila’s old walled town, Intramuros.

The Basílica Menor de San Sebastián, or San Sebastian Church in English, is fabricated entirely of steel:  its exterior is unmistakably metallic because, painted white, it looks like a cardboard wedding cake;  the interior is a scholarly and innovative essay in pure Gothic Revival, designed by a Spanish architect, Genaro Palacios, then the director of public works in Manila, and fabricated by a Belgian company, the Societe anonyme des Enterprises de Travaux Publiques, which sent over fifty tons of castings to be erected by local labour.

San Sebastian Church was intended as a permanent replacement for the last of a succession of earlier churches, the first in timber, the others in brick, that had succumbed to fire or earthquake since 1651.  Its priest, Esteban Martínez, was a member of the Order of the Augustinian Recollects, a contemplative order that had played a major part in evangelising the Philippine islands from the seventeenth century onwards.  He was determined that the new church should be fire-resistant and earthquake-proof.

Before construction began it was designated as a Minor Basilica by Pope Leo XIII and it was completed, from first column to consecration, within a year in 1890-1.

Inside, the steel looks like stone, most of the surfaces painted gloomy grey with faded images of saints.  The proportions are authentically European Gothic:  indeed, the only real giveaway is that the piers are square in section with rounded corners.  The transepts don’t protrude from the aisles, and the crossing between the transepts is lit by a vaulted octagonal tower very like Ely Cathedral. 

The interior is light and airy because there are plenty of stained-glass windows, and the great steel doors at the west end and each transept are left open, so the nave chandeliers sway gently in the breeze.  As often in Catholic countries, a constant stream of people came in to pray and go again.

There’s no evidence, and indeed little likelihood, that Gustave Eiffel was involved in its design.  Perhaps his name has attached to the building by association, like the Martinique buildings of Pierre-Henri Picq (1833-1911) – or the numerous late-seventeenth century English buildings that were once hopefully ascribed to Inigo Jones.

As an island of calm in the bustle of the city, it is a welcoming place. 

Liberty enlightening the World

Statue of Liberty, New York City

Statue of Liberty, New York City

Every citizen of the USA, unless they are a Native American, is by definition the descendant of immigrants.

Something approaching 40% of the current population of the United States can claim ancestry from immigrants who entered through Ellis Island between 1892 and 1954, arriving under the gaze of the Statue of Liberty.

‘Liberty Enlightening the World’ is the full title of the great copper colossus, perhaps the most famous of all the visual symbols of the city and the nation, designed by the French sculptor Frédéric Auguste Bartholdi (1834-1904).

The statue was financed by the voluntary subscription of the French people at a cost of $250,000 “to commemorate the alliance of the two nations in achieving the independence of the United States of America”.

Though the American people were happy to accept the gift, they proved reluctant to subscribe to the cost of the pedestal until Joseph Pultizer, in the editorial columns of the New York World, galvanised public energy into sufficient fund-raising:

It would be an irrevocable disgrace to New York City and the American Republic to have France send us this splendid gift without our having provided even so much as a landing place for it.

It is ironic that even the Statue of Liberty had problems securing a landing here.

The famous figure of a robed woman, stepping forward bearing a flaming torch in her right hand, is formed of copper sheets 3/32 of an inch thick.  The suggestion to use this material, shaped by repoussé hammering, came from the architect Eugène Viollet le Duc, and the problem of supporting it was resolved by the engineer Gustave Eiffel who designed the framework and armature on which the copper sheets are mounted with sufficient flexibility to absorb changes in temperature and the effects of wind.

Fabrication initially took place in Paris, where it gradually dominated the streets surrounding Bartholdi’s studio, after which it was dismantled and shipped across in 214 large crates.

The location in New York Harbour, formerly known as Bedloe’s Island, was chosen by Bartholdi.  The structure stands on the foundation of the former Fort Wood, in the shape of an eleven-pointed star:  the stone pedestal is itself 89 feet high, and the torch of the statue rises to 151 feet above ground-level.

The statue’s size, though it looks insignificant across the distance of the Harbour, is prodigious – the eyes are each two feet wide, and the right arm and torch, which were displayed as a separate unit at the Centennial exhibition at Philadelphia in 1876, are 42 feet high.

This magnificently flamboyant project came to final fruition in 1886, when the completed structure was dedicated by President Cleveland.

Its visual impact was immediately enhanced in the public consciousness by Emma Lazarus’ famous poem written in 1883:

…From her beacon-hand

Glows world-wide welcome; her mild eyes command

The air-bridged harbor that twin cities frame.

“Keep ancient lands, your storied pomp!” cries she

With silent lips. “Give me your tired, your poor,

Your huddled masses yearning to breathe free,

The wretched refuse of your teeming shore.

Send these, the homeless, tempest-tossed to me.

I lift my lamp beside the golden door!”

The word ‘iconic’ is heavily overused, yet ‘Liberty Enlightening the World’ is an icon, to everyone from the protesters in Tiananmen Square to Kate Winslet’s character, Rose, in the 1997 film Titanic, as it might be to the property developer and TV show presenter, descended from German and Scottish immigrants, who became the 45th President.

Which is why it’s both distressing and heartening that a protester against Donald Trump’s 2017 travel ban was photographed carrying a placard with the words, “Give me your tired, your poor, Your huddled masses…”

La Tour Eiffel

Eiffel Tower, Paris

Eiffel Tower, Paris

The Eiffel Tower, like the London Eye, was intended to have a limited life.

The most memorable creation of the prolific engineer Gustave Eiffel (1832-1923) was devised as the centrepiece of the 1889 Exposition Universelle, marking the centenary of the start of the French Revolution.

Eiffel was not at first interested in the proposal of its initiators, his colleagues Maurice Koechlin and Émile Nouguier.  He rose to the challenge because his experience of working with wrought iron in structural engineering made him the pre-eminent specialist in his field:  no contemporary could have accomplished so elegant a solution.

Eiffel had made his name as a bridge-builder – in particular for the magnificent Maria Pia Bridge (1876-7, 353 metres high) in Portugal, and the Garabit Viaduct, (1882-5, 565 metres high), in the French Massif Central.  Both are higher than the Eiffel Tower, which was ultimately 324 metres high, and both consist of an elegant arch which supports piers carrying the deck.

The Tower’s appearance challenged the traditionalists – Guy de Maupassant took to eating in its restaurant, declaring it was the only place in Paris where he couldn’t see it – but Eiffel insisted its daring design had its own aesthetic, “Do not the laws of natural forces always conform to the secret laws of harmony?”.

More importantly, Eiffel intended it to be useful for scientific experiments, some of which he carried out from a private apartment at the top.   After the exhibition and his subsequent withdrawal from engineering work, he conducted experiments in aerodynamics, set up a meteorological station and encouraged its use as a communications tower.

When Eiffel’s licence to operate the tower ran out in 1909 the City of Paris intended to dismantle it, but its value as a mast in the early days of wireless telegraphy, later known as radio, along with its status as an emblem ensured its survival.

It proved almost immediately useful in the First World War to jam the radio signals of the German army advancing on France.

In the Second World War French partisans made sure it was practically useless to the Nazis by cutting the lift-cables.

It is still used as the primary transmitter of digital radio and TV in the Paris region, and is the most visited paid monument in the world.  More than 650 million visitors have taken the vertiginous ride to at least one of the three levels.

Exploring Tasmania – Lenna

Lenna, Hobart, Tasmania, Australia

Lenna, Hobart, Tasmania, Australia

My excellent travel-agent Lisa Machin at Sheffield Travel Centre Ltd [http://www.sheffieldtravel.net] has a knack of finding comfortable hotels for me even in unlikely places, and sometimes she excels herself.

From the bottom of the hill the Lenna Hotel, Hobart [http://www.lenna.com.au] looks like a conventional block of modern hotel rooms built above a carpark.  It’s only when the taxi turns into the entrance that Lenna itself, a largely intact and well-restored Victorian villa, comes into view.  The rooms, therefore, are modern and fully up to specification;  the lobby, lounge and restaurant are splendidly Victorian.  I was very happy to spend my stay in Hobart there.

Lenna – the word apparently the Tasmanian indigenous word for ‘house’ or ‘hut’ – was built on what was then a bare hillside overlooking the harbour by a whaling captain and ship-owner, James Bayley (1823-1894), in the 1860s.

It was bought by Bayley’s brother-in-law, the ship-owner and merchant Alexander McGregor (1821-1896), whose brother John had built the Gothic Hillcrest next door.  James Bayley requested that the original hip-roofed house should not be destroyed, and so Alexander McGregor incorporated it into the taller Italianate structure that he built between 1874 and 1880.

Mr McGregor could observe maritime comings and goings in Hobart harbour from his lookout at the top of the house.  The current hotel-owners are rightly proud of this and make it accessible to guests.

In other parts of the world this feature is known as a “widow’s walk”, presumably because it allowed widows during heavy mourning to take exercise unobserved while etiquette prevented them appearing in public.

Eventually, in 1914, the house passed to Sir Alfred Ashbolt (1870-1930), a rich businessman described in the Australian Dictionary of Biography as the “undisputed leader of the commercial community in southern Tasmania” in the final years of his life.

Lenna eventually became a hotel in 1973 and now belongs to Lloyd and Jan Clark, who treasure its original features.

Grim times for Grimsby’s buildings

Victoria Flour Mills and Corporation Bridge, Grimsby

Victoria Flour Mills and Corporation Bridge, Grimsby

 

Ice House, Grimsby Docks

Ice House, Grimsby Docks

 

Dock Tower, Grimsby

Dock Tower, Grimsby

As recently as 1950 Grimsby had the largest fishing fleet in the world.  Cod wars and economic change put paid to the rich, dangerous trade, and now Grimsby docks handle cars instead of fish.

Grimsby’s most distinctive architecture is firmly associated with the docks.

The Custom House (1874) and the Dock Offices (Mills & Murgatroyd, 1885) remain in use, but the Victoria Flour Mills (Sir W A Gelder, 1889/1906), which was partly converted to apartments in the 1990s, is threatened by structural problems with its unconverted silo tower:  http://www.victoriansociety.org.uk/news/grimsby-mill-tower-on-endangered-buildings-list.

The Grimsby Ice Company’s Ice House (1901), which could produce 1,250 tons of ice every 24 hours for direct loading into the trawlers, ceased production in 1990.  Though it still contains historic refrigeration equipment of world importance, it is no longer watertight and regularly appears on at-risk registers:  http://www.victoriansociety.org.uk/news/the-grimsby-ice-factory-gorton-street-the-docks-grimsby.

Most dramatic of all is the Dock Tower (James W Wild, 1851-2), its extreme height, 309ft, determined by the need to provide a head of hydraulic pressure, using a 30,000-gallon water-tank, by gravity alone.

The hydraulic machinery by Sir William Armstrong was the first to be applied to working dock gates:  both sets of gates could be opened within 2½ minutes by two men.

The relatively little-known James Wild was well travelled, and brought his sketchbook ideas to Grimsby.  Pevsner’s Buildings of England entry points out that “the tower…is straight from Italy [ie, Siena Town Hall], but the crowning minaret is oriental…”

Grimsby’s workaday architecture is too good to lose:  http://www.victoriansociety.org.uk/news/council-inaction-worse-for-grimsbys-image-than-cha-baron-cohen-film.

Update:  A recent article in the Grimsby Telegraph, June 8th 2017, illustrates the extent of the decay, and the beginning of the restoration, of the Victoria Mills: http://www.grimsbytelegraph.co.uk/news/grimsby-news/unveiling-marks-start-another-100-100989.

Further update:  The designation of conservation area status for the dockland area known as the Kasbah is a welcome indication that Grimsby’s industrial heritage is receiving attention:  https://www.nelincs.gov.uk/securing-kasbahs-future.

Another update:  The Grimsby Telegraph‘s ‘Stop the Rot’ campaign itemises the extent of the rich heritage at risk in Grimsby and Cleethorpes: https://www.grimsbytelegraph.co.uk/news/grimsby-news/stop-rot-33-pieces-history-1718435.

Yet another update:  At last, a practical scheme to restore the Ice House has been announced:  Derelict ice factory to become 1,000-seat live events venue | TheBusinessDesk.com

The 80-page, A4 handbook for the 2016 ‘Humber Heritage’ tour, with text, photographs, maps and a reading list, is available for purchase, price £10.00 including postage and packing.  To order a copy, please click here or, if you prefer, send a cheque, payable to Mike Higginbottom, to 63 Vivian Road, Sheffield, S5 6WJ.

Christmas in a T-shirt: Martinique

Cathedrale de Saint-Louis, Fort de France, Martinique

Cathedrale de Saint-Louis, Fort de France, Martinique

Cruises are a good way to explore the world superficially.  A few hours on dry land is only long enough to sniff the atmosphere.

When my friend Jenny and I took a Caribbean cruise in 2011 my priority at our first port of call, Fort de France on the French island of Martinique, was to buy a pair of jeans, having omitted to pack any informal trousers.

My French is limited.  I now know that you should ask for le jeanLes jeans is apparently permissible, but you may get more than you bargained for.

Once that mission was accomplished Jenny and I wandered around Fort de France and drank mojito at Le Foyaal (now apparently closed):  https://www.tripadvisor.co.uk/Restaurant_Review-g147328-d1567683-Reviews-Le_Foyaal-Fort_de_France_Arrondissement_of_Fort_de_France_Martinique.html.

I intended to follow the cruise spirit and simply idle away my days in tropical luxury, but my history antennae twitched when we passed the Cathedrale de Saint-Louis (1895), which looked for all the world like a British Commissioners’ Church but in Roman-Byzantine style, tricked out in tan and brown decoration with a tower and spire 186 feet high.

The building was being renovated, so we couldn’t go inside.  I simply photographed the exterior and looked it up later.

In fact, it’s an interesting and significant building, the seventh on the site since 1657.  The sixth church was destroyed in the great fire of Fort de France on June 22nd 1890, and a temporary repair-job was swept away by a cyclone the following year.

After this latest in a succession of natural disasters, the Archdiocese resolved to build an iron-framed structure that would resist hurricanes, storms and earthquakes.

The design of St Louis’ Cathedral is by Pierre-Henri Picq (1833-1911), who had worked alongside the ubiquitous Gustav Eiffel (1832-1923) in France.  Picq built the Palais du Chili [Chile Pavilion] for the 1889 Paris Exposition Universelle for which Eiffel’s great tower was the landmark.

Both men used their knowledge of iron construction to construct public buildings abroad.  Eiffel, for instance, is responsible for the General Post Office (1886-1891) in Saigon, Vietnam.

Judging by photographs, the interior of Picq’s St Louis’ Cathedral [https://en.wikipedia.org/wiki/St._Louis_Cathedral,_Fort-de-France#/media/File:Cath%C3%A9drale_de_Fort_de_France_-_Int%C3%A9rieur.jpg], is glorious – light, colourful and unmistakably iron rather than masonry.

Despite its iron construction, an earthquake in 1953 destabilised the tower so that the spire had to be dismantled.  A replacement spire was installed in a restoration programme of 1976-9.

Since the cathedral was designated a historic monument in 1990, successive restoration programmes have taken place.

Picq also designed the Bibliothèque Schœlcher [Schœlcher Library] (1893), commemorating Victor Schœlcher (1804-1893), the French abolitionist writer and Martinique politician.  The Library is recognisably by the same hand, in an eclectic Byzantine style, making use of an iron frame, glass, tiles and mosaic.

Another of Picq’s buildings in Fort de France is the Magasin du Printemps (1901).

You don’t see much of a place when you arrive on a cruise ship.  The way to know anywhere is to stay there, and in most places there are interesting buildings to look out for.

If I ever find my way back to Martinique, I now know what else there is to see.

Take a pew

Bench-end, Holy Trinity Parish Church, Hull

Bench-end, Holy Trinity Parish Church, Hull

Years ago, when I was involved with what was then called the Main Committee of the Victorian Society, I recall overhearing a conversation in which someone was indignant that “…they want to punch a doorway through the east end of the church, and it’s a Grade II* listed building!”

Years later, preparing a Birmingham’s Heritage tour, I wandered into All Saints’ Church, Small Heath, and eventually realised that this was the church in question.  In fact, it’s a model conversion that retains most if not all of the original features, radically reordered to suit modern worship needs.

The Victorian Society lost that particular case, but the building still stands, recognisably intact, and continues its Christian mission in what is now a predominantly Muslim area.

I took my Yorkshire Mills & Mill Towns tour-group to Saltaire, for lunch at what was then the Vicars Café Bistro (now the Saltaire Canteen).  One of our members was a retired Anglican canon, to whom I pointed out the Bradford Cathedral choir CDs on sale, and remarked that Vicars was run by vicars.  He replied that it’s possible to do a great deal to further the Gospel without preaching.

More recently, I’ve taken my Humber Heritage tour group to Holy Trinity Parish Church, Hull, shortly to be redesignated Hull Minster and the subject of a radical reordering scheme which aims to bring members of the public, whether or not they embrace the Christian faith, into the building for all sorts of purposes.

In the process, the church authorities wish to clear the nave of pews, returning it, as they say, to its medieval emptiness and flexibility.

The Victorian Society objects to the scheme, and I can see their point.  The beautiful, highly individual pews, carved by George Peck in the 1840s, are a huge cultural asset and deserve to be kept, or at least kept together.

I haven’t the remotest clue how to resolve this conflict, because I support the conservationist principles of our major amenity societies at the same time that I’m concerned to see the Church of England find useful purposes for its stock of beautiful buildings and their contents.

And I hope Peck’s pews remain intact.

The cakes at Café Trinity in the south choir aisle are heavenly:  https://hullminster.org/cafe-trinity-and-shop.

Update:  The pews are coming out, to be truncated and returned in a state that makes them removable:  http://www.dailymail.co.uk/news/article-4233202/Britain-s-largest-parish-church-removes-pews-concerts.html and http://www.hulldailymail.co.uk/houlton-starts-stripping-out-victorian-pews-in-hull-s-holy-trinity-church/story-30132370-detail/story.html.

Not one of Brunel’s best ideas

Atmospheric railway track, Didcot Railway Centre

Atmospheric railway track, Didcot Railway Centre

Starcross Pumping Station, Devon

Starcross Pumping Station, Devon

To modern eyes the atmospheric railway, with its leather flaps and rats in the pipes, seems a Heath Robinson contraption, but when it was devised by a gas engineer, SamueI Clegg, and the brothers Jacob and Joseph Samuda and patented in 1839 it attracted the serious attention of the brightest brains in the engineering profession.

The idea was to evacuate the air from a tube between the rails, so that the vacuum in front of a piston underneath the train would cause air behind the vehicles to propel them forward at speed, without the weight of a heavy locomotive and the fuel it had to carry.  The slot that admitted the piston was sealed by leather flaps that maintained the vacuum before and after the train passed.

This worked quite well on a 1¾-mile extension of the Dublin & Kingstown Railway in Ireland.  This former horse tramway had an average gradient of 1 in 110, and opened in 1843.

Trains carrying up to two hundred passengers weighing 38 gross tons were propelled by the vacuum in a tube between the running rails at speeds of up to 40mph.

On one occasion the piston carriage set off without its train, and covered the entire line in 75 seconds at an average speed of 84mph.

The London & Croydon Railway ran trains using the atmospheric system between Dartmouth Arms (now Forest Hill) and Croydon from January 1846.

The interior of the pipe was sealed by a mixture of tallow fat and beeswax which melted in hot weather and attracted rats, whose corpses were regularly evacuated each morning.

In frosty weather the leather flaps froze stiff and broke away and snow, instead of rats, got into the tube.

The system was so unreliable that it soon gave way to steam locomotives and the tube was dismantled after May 1847.

Brunel was attracted to the apparent advantages of the atmospheric principle so that he could take the South Devon Railway around the south coast from Exeter to Newton Abbot, where the gradients and tight curves were challenging to contemporary locomotives.

He was unconcerned when questioned about the wisdom of adapting the workings of a 1¾-mile branch line to a fifty-mile main line.

Daniel Gooch, the young locomotive engineer of the Great Western Railway, remarked, “I could not understand how Mr Brunel could be so misled.  He had so much faith in his being able to improve it that he shut his eyes to the consequences of failure.”

The first atmospheric passenger trains between Exeter and Teignmouth ran on September 13th 1847 and to Newton Abbot on January 10th 1848.  The entire service was operated by atmospheric propulsion from February 23rd 1848.

The new system was much admired for the lack of noise, smuts and smoke, and in the first few months barely 1% of atmospheric trains were more than ten minutes late.  A 28-ton train could reach an average speed of 64mph over three miles.

On January 18th 1848, however, cold weather froze the leather and no trains ran until the afternoon.  Increasingly, the leather flaps tore away from their fixings, allowing air leakages to diminish the partial vacuum.  The underpowered steam pumping engines broke down repeatedly and coal consumption was excessive.

Everyone was aware that the London & Croydon Railway had given up on the atmospheric system in May 1847, and through the summer the directors and Brunel himself backpedalled.

The last atmospheric train ran on September 10th 1848.

The most visible reminder of the atmospheric railway is the pumping station alongside Starcross station which was used as a Methodist chapel from 1867 to 1958, while the boiler house became a coal store.

The entire building opened as a museum of the atmospheric railway in 1982 and is now the headquarters of the Starcross Fishing & Cruising Club.

Preparatory work for a road scheme has discovered the remains of a hitherto unsuspected fragment of the pumping station:  http://www.bbc.co.uk/news/uk-england-devon-44099898.

The 36-page, A4 handbook for the 2017 Railways of Devon tour, with text, photographs, maps and a reading list, is available for purchase, price £10.00 including postage and packing.  To order a copy, please click here or, if you prefer, send a cheque, payable to Mike Higginbottom, to 63 Vivian Road, Sheffield, S5 6WJ.

One of Brunel’s best ideas

Royal Albert Bridge, Saltash, Devon

Royal Albert Bridge, Saltash, Devon

The career of Isambard Kingdom Brunel (1806-1859) is punctuated by two great bridges.  His first major project was the Clifton Suspension Bridge, begun in 1831 but completed posthumously in 1864.  Towards the end of his life he devised and constructed the Royal Albert Bridge, Saltash, to carry the railway across the Tamar into Cornwall.

Throughout his working life his professional rival, Robert Stephenson (1803-1859), was also a close personal friend and ally.

Brunel supported Stephenson at the enquiry into the Dee Bridge collapse in 1847, which first exposed the weakness of long cast-iron girders to support railway locomotives.

The two of them regularly discussed how to bridge wide waterways at height as Stephenson designed the High Level Bridge in Newcastle-on-Tyne (1849) and the box-girder bridges at Conwy (1849) and Menai (1850).

A suspension bridge such as Brunel’s design at Clifton was useless to carry a railway, because the weight of the locomotive would cause the chains to deflect dangerously.

When Brunel took the South Wales Railway across the River Wye at Chepstow in 1852, crossing from an abrupt cliff to a flat flood plain, his solution was to brace the suspension chains with circular tubes.

His great bridge across the wide Tamar estuary, linking Devon and Cornwall by rail, had to leave 100 feet of headroom for passing ships.  Its approaches had to be on curved viaducts.

So his freestanding central spans combine the three classic types of bridge – beam, arch and chain.  He developed the Chepstow design by changing the circular tube to an oval profile, bowed in the form of a convex truss to brace the vertical suspension chains.

Each span was fabricated in turn on the Devonport bank of the river, floated out into the stream and then jacked into position, three feet at a time, as the piers were built.

Brunel conducted the complex positioning of the first, western span in a two-hour process, watched by thousands in complete silence until the Royal Marines Band struck up ‘See the Conquering Hero Comes’ to signal success.

By the time the bridge was finished in 1859 Brunel was so ill that he missed the royal opening ceremony.

He only once saw his great work in its completed state, when he was drawn gently across the bridge in a coach secured to an open rail wagon.

He died on September 15th the same year, and his friend Robert Stephenson followed him a month later on October 12th.  Both of them suffered from what was then called Bright’s disease.

The Cornwall Railway subsequently added the tribute ‘I K BRUNEL – ENGINEER – 1859’ to each end of the bridge.

The 36-page, A4 handbook for the 2017 Railways of Devon tour, with text, photographs, maps and a reading list, is available for purchase, price £10.00 including postage and packing.  To order a copy, please click here or, if you prefer, send a cheque, payable to Mike Higginbottom, to 63 Vivian Road, Sheffield, S5 6WJ.

Not-so-primitive Methodists

Former Primitive Methodist Chapel, Barton-on-Humber, Lincolnshire

Former Primitive Methodist Chapel, Barton-on-Humber, Lincolnshire

When I took my Humber Heritage (September 5th-9th 2016) group to the Wilderspin National School at Barton-on-Humber we were among the first to see the current restoration of the Primitive Methodist Chapel next door to the school.

The Primitive Methodists were a break-away group that followed a simpler, more frugal style of worship than the Wesleyans.  They have a reputation for plain, unostentatious buildings but the Barton-on-Humber example is relatively grand.

It was built, with its associated Sunday School, in eight months flat in 1867 in polychrome brick to the Romanesque designs of Joseph Wright (1818-1885).

Joseph Wright was a prolific architect of Primitive Methodist chapels and a pupil of Cuthbert Brodrick, the Hull-born architect of Leeds Town Hall and the Grand Hotel, Scarborough.  At the time Barton belonged within the Hull circuit of its denomination.

The existing house next door, No 2 Queen Street, was adapted for the chapel caretaker after it had been shortened to make way for the new chapel by removing the left-hand bay.

For their outlay of £1,500 the Barton Primitive Methodists got an imposing building with an impressive galleried interior, seating six hundred.

It was arguably as impressive as the Wesleyans’ Trinity Methodist Chapel of 1861 on Chapel Lane:  it dominates the National School next door and holds up alongside the surrounding public buildings on Queen Street, the Temperance Hall (1843) opposite, the Oddfellows’ Hall (1864) on the corner and the Police Station (1847) round the corner on High Street.

Twenty-two years after the opening, the congregation ordered an elaborate organ by the Hull manufacturer Forster & Andrews.  This was sold in the early 1960s to St Andrew’s Parish Church, Immingham;  it moved on in 1996 to All Saints’ parish church, Pickwell, Leicestershire.

Most of the disparate branches of Methodism united in 1932, and the Barton-on-Humber congregations joined together in the Trinity Methodist building in 1960.

The Primitive Methodist chapel closed after Easter Day 1961, and it was sold to the Salvation Army, which reopened it on May 22nd 1965.  They inserted a floor at gallery level and removed the ground-floor pews.  Most of the gallery pews, the fine plaster ceiling and the round arch that framed the organ case remained.

Latterly the Queen Street School Preservation Trust, owners of the Wilderspin National School, has taken over the chapel building as an extension of their premises.

The 80-page, A4 handbook for the 2016 ‘Humber Heritage’ tour, with text, photographs, maps and a reading list, is available for purchase, price £10.00 including postage and packing.  To order a copy, please click here or, if you prefer, send a cheque, payable to Mike Higginbottom, to 63 Vivian Road, Sheffield, S5 6WJ.