Mining 1830 - 1920
W. Griem, 2006 - 2021
Innovations
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Text: Introduction
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Intro Mining History
Colection Regional museum No. FD 006
Transport system of a limestone mine in Germany (Treptow, 1900). See here full figure in large size: : German Limestone Mine (Treptow, 1900)
Mining history 1830 - 1920
In the Atacama region, the period between 1830 and 1920 is characterized by a multitude of innovations and changes. A first phase of a new mining technology manifests itself in many deposits.
The period between 1830 and 1920 was characterized
by a multitude of technical inventions or improvements, which quickly
proved to be of great benefit in mining. For example, the use of the
railway as a means of transport has significantly increased the amount
of moving rock. The first rails were still made of wood, and the
trolleys had to be moved with human resources or horsepower. This new
technology led to a rapid increase in transport volumes. The first of
these wooden rails are known from Europe in the 16th century.
The
steam engine was an important invention for the mining industry. But the
machines, which were initially very inefficient, have been continuously
improved.
Thomas Newcomen introduced the first steam-powered water
pump around 1712, which resolved the mine water problem.
Richard
Trevithick designed the first pressurized steam engine around 1801,
which has much better efficiency.
Later, this steam engine becomes a
"self-propelled" vehicle. Not only railways are driven by steam, but
also tractors in agriculture, cars, buses, ships, and cranes. The
development line of the steam engine shows an imposing course:
Railway history:
1825: First railway line in England between Stockton and Darlington
1830: First public railway route in England
1835: First railway route in Germany
1851: First track in Chile
1879: Siemens' first electric locomotive;
1881 first electrified line.
From 1833 onwards, some of the deeper mines were equipped with
the so-called "Men
Engine." A system of two moving bars or ropes running in
opposite directions, which small platforms attached, helped the miners
to get in or out of the mine. The miner was now able to enter the mine
by simply changing the platforms quickly. The relatively simple system
allowed it to reach depths of 200 to 400 meters rapidly. The often
prolonged and time-consuming ways into and out of the mine were now
past.
Crane in Huasco (Foto: W. Griem 2004)
Large photo
Mining Atacama
History of Atacama
History of mining 1830-1920
Intro epoch 1830-1920
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Technical innovations
Scientific innovations
Social conscience
Educational impulse
Mine safety
Globalization
Records of the period::
Gilliss: Apires
and barreteros
Work conditions of miners
Los Mineros (Tornero 1872)
Apires y barreteros - Tornero
General Geology:
History of Geosciences
Mining
Historical sketches mining
Chapter "History of
Geology"
Historia de las geociencias
Mining history of Atacama
Mining
from 1830 to 1920
List of minig districts of Atacama
Mining in Atacama
Chañarcillo
Tres Puntas
Carrizal Alto
Cerro Blanco
Lomas Bayas
Cabeza de Vaca
Visitors and
scientists
List of visitors
R.A. Philippi in Atacama
Paul Treutler
in Atacama
Charles Darwin, Atacama (1835)
Ignacio Domeyko y Copiapó
Kunz en Copiapó
Hugo Kunz en Chañarcillo
Gilliss Mineros en Chañarcillo
Additional
information
Timeline Atacama
Mining history of Atacama
The railroad history of Atacama
Cartas y Mapas de Atacama
Cartas históricas de Atacama
Listado de personajes de Atacama
Others
The railroad history of Atacama
History
of Atacama
Mining history of Atacama
Geología Atacama
Climate of the Atacama Region
Virtual viewpoint Atacama
Literature and links:
List of bibliography:
Here
Bibliographical reference
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SIMONIN, L. (1869): Underground
life, Mines y Miners. - 522 páginas, Translated by H.W. Bristol; London;
Chapman & Hall; 1869. (Collection W. Griem) -
see page with more links
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