Papplewick Pumping Station: understanding the significance of ...

Papplewick Pumping Station: understanding the significance of ...

Understanding the Significance of Papplewick Pumping Station to Public Health and the Victorian Period Key Facts about Cholera Cholera is a waterborne disease.

During the 19th century, cholera spread across the world from its original reservoir in the Ganges delta in India. Six subsequent pandemics killed millions of people across all continents. In C19th Britain there were 3 epidemics. People usually get the illness by drinking infected water. Cholera usually started in the poor areas of towns and cities, but unlike other diseases,

cholera did spread into the richer areas. At the start of the C19th- people thought disease was spread by bad air - miasma. This is because it wasnt until 1861 that Louis Pasteur made his crucial discovery that germs cause disease. Pasteur wasnt universally accepted even then and was ridiculed by some in the medical/ scientific world.

Prior to Pasteur there were people who had made the connection between living conditions and illness. During an epidemic in London, Dr. John Snow plotted a map and realised that deaths were clustered in one area. He found by removing the handle from a water pump, where people got their water from, the deaths stopped. This was because the water coming from this pump was infected with cholera.

Magnified image of the cholera bacterium. It has been magnified 10,000 times. Key Facts about cholera today Cholera is an acute diarrhoeal disease that can kill within hours if left untreated.

It affects both adults and children. People with low immunity such as malnourished children - are at a greater risk of death if infected. The short incubation period of two hours to five days enhances the potentially explosive pattern of outbreaks. There are an estimated 35 million cholera cases and 100 000120 000

deaths due to cholera every year. Key Facts continued Provision of safe water and sanitation is critical in reducing the impact of cholera and other waterborne diseases. Cholera transmission is closely linked to inadequate environmental

management. Typical at-risk areas include urban slums, where basic infrastructure is not available and camps for internally displaced people or refugees, where minimum requirements of clean water and sanitation are not met. The consequences of a disaster such as disruption of water and sanitation systems, or the displacement of populations to inadequate and overcrowded

camps can increase the risk of cholera transmission should the bacteria be present or introduced. Cholera remains a global threat to public health and a key indicator of lack of social development.

Cholera and Nottingham in the C19th Nottingham owes its location to the Rivers Trent and Leen, which provided the early settlement with means of transport, defence and water supply. Wells, springs and rainfall were other important sources of water, although many people had to buy their water from carriers known as Higglers. As the population grew, the rivers and wells became increasingly

contaminated by waste from homes and from the town's tanning and dying industries. A more organised method of water supply was needed and over the years a number of water companies were formed to serve the growing population. For more information, see:

aspx 1696: Nottingham Waterworks Company Water was taken from the River Leen and pumped into a small open reservoir on Park Row, from where it flowed by gravity to most parts of the town. Late 1790s: Zion Hill Water and Marble Works Company

Water was drawn from two wells near Canning Circus and Alfreton road using a steam beam engine that also sawed blocks of marble. The company ceased to exist independently after 1824. 1894 Print of Industrial Steam Powered Victorian

Machines 1824: Northern Waterworks Company Water was pumped from a well in Sherwood Street to supply the north east areas of the town. Higglers working for this company charged d for each bucket of water or d if it was delivered up an alley or courtyard.

A Victorian Higgler selling water 1826: The Nottingham Trent Waterworks Company In 1831 the company established the Trent Works on the River Trent. The waterworks extracted water from the river, filtered it and pumped it by a steam-driven beam engine to Park Row Reservoir. Built by Thomas Hawksley,

it was the first waterworks to supply water at continuous pressure. As the Industrial Revolution gathered, the expanding town faced more public health problems and by 1830 the Nottingham Waterworks Company had abandoned its original works and established a new waterworks at Scotholme in Basford, where the water from streams and River Leen was not polluted by the towns sewers. Fresh water for Nottingham: One Step Forward

Founded in 1826 to supply the southern areas of the town, the Nottingham Trent Waterworks Company introduced a new approach to water supply under the direction of its engineer Thomas Engineer, Thomas Hawksley. In 1831 Hawksley built the Trent Works Pumping Station, the very first station in England to provide fresh water at a constant high pressure which prevented the water from becoming contaminated. Water was diverted from the River Trent and passed through brick filter tunnels laid in natural beds of sand and gravel,

into a small uncovered reservoir near Trent Bridge and then the works pumped the water up to Park Row Reservoir. OLD TRENT BRIDGE and WATERWORKS, 1869

Nottingham Corporation Water Department engineer, Marriott Ogle Tarbotton Thomas Hawksley For more information, see

However, the standards of health in the town continued to fall, despite the improvements to the water quality. Between 1720 and 1830 the population of Nottingham had increased from 10,000 to 50,000, mainly due to the introduction of framework knitting and the lace industry. But the town was prevented from expanding beyond its original medieval area by the Burgesses and Freemen, who wished to keep the surrounding

common land for other purposes such as grazing and pasture. The 1844 report to the Health & Towns Commission stated: ..nowhere else shall we find so large a mass of inhabitants crowded into courts, alleys and lanes as in Nottingham. 8,000 back-to-back houses built from cheapest materials and enclosed courts with little light or fresh air. Fortunately two Acts of Parliament - both passed in 1845 - laid the foundations for a better quality of life.

Firstly the Nottingham Enclosure Act allowed the town to expand into the surrounding countryside, and then the Nottingham Water Act merged all of the small companies into a new Nottingham Water Works Company. Recognising the size of their task, the company appointed Thomas Hawksley as their engineer. See also Resources 10 and 11 Images of Victorian Nottingham

1930s 1950s. The Papplewick Pumping Station Deputy Superintendent's children, Pem and George, enjoying playtime in a tin bath and dolly tub. These children, now in their 70s and 80s, have told Dragon Breath Theatre their story, and inspired the characters of the children Pem and George Papplewick Pumping Station Trust

Recently Viewed Presentations

  • Stoichiometric Model - University of Nebraska-Lincoln

    Stoichiometric Model - University of Nebraska-Lincoln

    Stoichiometric Tumor Model: Phosphorus Flow By: Bo Deng, Vladimir Ufimtsev and Melissa Wilson Funded By NSF/REU Grant to University of Nebraska-Lincoln Stoichiometry- Mass Balance: The concept that matter is conserved. Whatever is put into a system either remains in the...
  • Solaar S/W

    Solaar S/W

    Plasma control dialogue allows rapid modification of plasma parameters and ignition conditions. ... It is a page-by-page display, starting with the Method Status, Analysis Preferences, etc. ... Plasma gas. Water flow. Drain flow. Exhaust. Communication. Busy. Plasma. Getting start.
  • Ch. 21: The Progressive Era, 1900-1917

    Ch. 21: The Progressive Era, 1900-1917

    Self-righteous nature of the Progressive Movement (pitted native-born vs. immigrant) Alcohol. Prostitution. Mann Act (1910) - can't transport a woman across state lines for "immoral purposes" Drugs. Narcotics Act (1914) - also known as the Harrison Act, bans the distribution...
  • Testing & Security

    Testing & Security

    Overflow/Underflow: Mathematical operations can increase integer values above the maximum or decrease them below the minimum allowed values. For instance, if i = Integer.MAX_VALUE, the increment operator i++ will cause an overflow and the resulting value will be the smallest...
  • What is smart industrial policy? Can it be

    What is smart industrial policy? Can it be

    Export promotion. Infrastructure. Two conclusions ex ante: All countries have industrial policies (though they may not call it that) Industrial policy to support one activity comes at the cost of penalizing other activities - particularly "hard" IP.
  • Research partners 2 Investigators Prof Jenny Gore Prof

    Research partners 2 Investigators Prof Jenny Gore Prof

    Prof Jenny Gore. Prof James Albright. Prof Max Smith. Dr Erica Southgate. Dr Kathryn Holmes. Funding provided by the Australian Research Council, the NSW DEC and the University of Newcastle. The views expressed during this presentation may not be representative...
  • The West Indian Federation

    The West Indian Federation

    Established systems to increase peanut production in St. Vincent. Developed feeds/rations for animals using locally available by-products. Developed pesticides for the sugar-cane moth borer, the sugar cane mealy bug and the diamond back moth which attacks cabbage
  • Idiographic vs. nomothetic - Weebly

    Idiographic vs. nomothetic - Weebly

    Nomothetic: Evaluation. One strength of the nomothetic approach, is that unlike the idiographic approach, it is considered as generally scientific. The nomothetic approach uses experimental (quantitative) methods, controlled measurement and has the ability to predict behaviour.