Panama Canal Presentation

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Panama Canal Presentation
Latin American Studies 2009

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Panama Canal Presentation

  1. 1. The Panama CanalEngineering Wonder of 20th Century According to the American Society of Civil Engineers “The canal remains a testament to the combined skills of structural, geotechnical, hydraulic and sanitary engineers.”
  2. 2. The Seven Engineering Wonders of the Modern World• Channel Tunnel-English Channel• CN Tower- Toronto, Canada• Empire State Building- NYC, USA• Golden Gate Bridge- San Francisco, USA• Itaipu Dam- Brazil-Paraguay border• Netherlands North Sea Protection Works• Panama Canal- Panama
  3. 3. Map of Panama Ended on November 6th 1903
  4. 4. Vasco Núñez de Balboa •Spanish Explorer •Governor •ConquistadorCrossed the Isthmus of Panama in 1513
  5. 5. Isthmus of Panama• Narrow Strip of land that lies between the Caribbean Sea and the Pacific Ocean• Links North and South America• Formed over 3 million years ago• Location is of great strategic value
  6. 6. Holy RomanEmperor Charles V (Charles I of Spain)•In 1534 order the Panama Governor • first to believe and attempted
  7. 7. Ulysses S. Grant•Elected in 1869 •In 1869 begins surveys in Mexico ,Panama and Nicaragua
  8. 8. French Canal Company•Began workingon the Canal in 1880 •Terrain •Diseases •Labor force
  9. 9. President Theodore Roosevelt •26th President of the United States •Elected in 1901 •Want U.S. control in Panama
  10. 10. Panama Revolution and Independence November 1903
  11. 11. Hay-Bunau Varilla Treaty •Signed onNovember 18, 1903 •Granted U.S. control overPanama Canal for a price •Negotiated by Phillipe Bunau- Varilla and U.S.Secretary of State John Hay
  12. 12. U.S Canal construction •Began in 1904 •Employed thousands ofPanamanians andU.S. construction companies•First ship traveled thru the canal in 1914•Officially finished in 1915
  13. 13. Archival Footage• http://www.youtube.com/watch?v=ETgK3BkR m6A
  14. 14. Torrijos-Carter Treaties •Signed onSeptember 7, 1977 •Overruled overturned the Hay-Bunau Varilla Treaty of 1903
  15. 15. Facts and Figures• Construction began 1904• Opened Aug. 15, 1914• 50 Miles long deep water to deep water• Average depth 43 feet• Width varies between 500 to 1000 feet• 14000 vessels pass every year• Average of 8 to 10 hour journey• Travel time from NYC to San Francisco 6000 miles compared to 14000 taking route around Cape Horn• Tolls based on tonnage of the vessel
  16. 16. Key Figures in the Construction• William C. Gorgas- Surgeon General U.S. Army 1914-1918 Sent to Panama in 1904 to eradicate yellow fever/ malaria from the Canal Zone.• John F. Stevens- Chief engineer from 1905-1907, Responsible for initial work on the Culebra Cut and deciding to build a lock type canal.• Gen. George Washington Goethals. U.S. Army Corps of Engineers ,Assigned completion of canal in 1907 by Pres. Roosevelt.
  17. 17. Culebra Cut • Manmade valley that cuts through continental divide • Line that divides the flow of water between Pacific and Atlantic Oceans-East to West • The Cut forms part of the Panama Canal linking Lake Gatun and the Atlantic Ocean to the Gulf of Panama and Pacific Ocean • It is 4.8 miles from Pedro Locks on the Pacific side of the Chagres River (water levels of 85 feet above sea level)
  18. 18. Layout of Canal • Consists of artificial lakes (Miraflores, Gatun)and channels and three sets of locks • Additional artificial lake, Alajuela Lake, acts as a reservoir for the canal • Chagres River is dammed by the Gatun Dam and forms Gatun Lake-it drains northwest into the Caribbean Sea
  19. 19. Gatun Dam • Constructed 1907- 1913 • Impounds Gatun Lake • Hydro-electric generating station generates electricity • Electricity used to operate the locks and other equipment in the canal
  20. 20. How Locks Work/Design• Three sets of the two lane Canal work as water elevators to lift the ships to the level of the Gatun Lake• Set of lanes can accommodate traffic on opposite or same direction• No pumps used to lift the ships, the work is done by a force of gravity• Later lower the ships back to sea level on the other side of the Isthmus of Panama• Electric locomotive on the side provides complete control of movement of vessels• All operations accomplished from a control house built on the center wall of the upper lock chamber.• Single person can run every operation in the passage of the ship except for the towing
  21. 21. • .
  22. 22. Know details about the canal• http://www.pancanal.com/eng/multimedia/in dex.html
  23. 23. Murals• Located in the rotunda of the Panama Canal Administration Building• Painted by New Yorker William B. Van Ingen• Also painted murals in U.S. Library of Congress and Philadelphia Mint.• Depict the labor involved in the building of the Canal through four scenes.
  24. 24. Culebra Cut Excavation
  25. 25. Construction of Miraflores Locks
  26. 26. Gatun Dam Spillway Construction
  27. 27. Canal Lock Gate Under Construction
  28. 28. Story of the Bridges• When the Panama Canal was completed in 1914, it divided the country of Panama as well as North and South America except for a small service bridge at the Gatun Locks.• In 1942, a small service swing bridge was built at the Miraflores Locks. Both of these bridges were quite small and can only be used when the locks gates are closed. Therefore as traffic increased, the small service bridges and ferries could not handle the volume of traffic.
  29. 29. • Finally in 1959, the United States started construction on the Bridge of the Americas and completed the bridge in 1962.• When opened, the bridge was an important part of the Pan-American Highway, and carried around 9,500 vehicles per day; however, this expanded over time, and by 2004 the bridge was carrying 35,000 vehicles per day. The bridge therefore became a significant bottleneck on the highway, which led to the construction of the Centennial Bridge, which now carries the Pan-American Highway too.
  30. 30. Bridge of the Americas
  31. 31. Bridge of the Americas• Puente de Las Américas (In Spanish).• The Bridge of the Americas is approximately 354 ft. high and 5,400 ft. long, and connects the land that was divided during the construction of the Panama Canal(as well as north and south America). The Bridge of the Americas crosses the Pacific approach to the Panama Canal at Balboa, near Panama City and serves as an important part of the Inter-American Highway.
  32. 32. • -Originally known as the Thatcher Ferry Bridge, is a road bridge in Panama, which spans the Pacific entrance to the Panama Canal.• -Completed in 1962, costing $20 million, it was the only non-swinging bridge (there are two other bridges, one at the Miraflores locks and one at the Gatun locks)
  33. 33. Centennial Bridge
  34. 34. Centennial Bridge• (Spanish: Puente Centenario) A major bridge crossing the Panama Canal. It was built to supplement the overcrowded Bridge of the Americas, and to replace it as the carrier of the Pan-American Highway; upon its opening in 2004, it became only the second permanent crossing of the canal.
  35. 35. • The bridge is cable-stayed ,meaning it’s a bridge that consists of one or more columns , with cables supporting the bridge, the cables are made nearly parallel by attaching cables to various points on the tower.• It’s designed with a total span of 1,052 m (3,451 ft). The main span is 320 m (1,050 ft), and clears the canal by 80 m (262 ft), allowing large vessels to pass below it.• The bridge is supported by two towers, each 184 m (604 ft) high. The deck carries six lanes of traffic across the canal. The bridge is designed to withstand the earthquake.• The West Tower of the bridge was built ca. 50m inland to allow space for the future widening of the Panama Canal.
  36. 36. Expansion efforts• Panamanian President Martín Torrijos presented the plan on April 24, 2006. Saying that The project will double the canals capacity and allow more traffic• Panamanian citizens approved it in a national referendum by 76.8% of the vote on October 22, 2006.
  37. 37. • The first phase of the expansion project is the dry excavations of the 218 meter (715 ft) wide trench connecting the Culebra Cut with the Pacific coast, removing 47 million cubic meters of earth and rock.• The project will create a new lane of traffic along the Canal by constructing a new set of locks. Details of the project include the following integrated components:• Construction of two lock complexes—one on the Atlantic side and another on the Pacific side—each with three chambers, which include three water-saving basins;• Excavation of new access channels to the new locks and the widening of existing navigational channels; and,• Deepening of the navigation channels and the elevation of Gatun Lake’s maximum operating level.
  38. 38. Expansion Construction Photos
  39. 39. Objectives of the expansion• (1) achieve long-term sustainability and growth for the Canal’s contributions to Panamanian society through the payments it makes to the National Treasury• (2)maintain the Canal’s competitiveness as well as the value added by Panama’s maritime route to the national economy.• (3) increase the Canal’s capacity to capture the growing tonnage demand with the appropriate levels of service for each market segment.• (4) make the Canal more productive, safe and efficient.
  40. 40. Estimated time/cost• The construction of the third set of locks project will take between seven to eight years. The new locks could begin operations between fiscal years 2014 and 2015.• The construction cost of the third set of locks is estimated at approximately $5,250 million.($5.2 Billion)
  41. 41. Virtual Video of Expansion• http://www.youtube.com/watch?v=Z9T3_ohQ woc
  42. 42. Live Cameras• http://www.pancanal.com/eng/multimedia/in dex
  43. 43. Water Preservation Efforts• Gatun Lake loses a total of 52 million gallons of fresh water to the Ocean each time a ship transits the canal.• During dry season the lake does not have enough water so it is a problem.• United Nations Global Compact and a member of World Business Counsel of Sustainable Development , developed a sustainable program which will protect aquatic and terrestrial resources of the Canal Watershed.• A set of new locks will diminish water loss and will reuse 60 percent of the water in each transit.
  44. 44. Final Video• http://www.youtube.com/watch?v=EGMBUzF yVl4&feature=related
  45. 45. Works Cited• American Society of Civil Engineers. N.p.. n.d. web. 24 Nov. 2009.• Bridge of the Americas.Virtualpanama.com.N.p.n.d.web.24 Nov.2009• Centennial Bridge,Panama.absoluteastronomy.com.N.p.n.d.web. 24 Nov. 2009• Dunnell, Tony, “The Conceptual History of the Panama Canal” suite101.com. 23 Sept. 2009.web.24 Nov. 2009“• “John F. Big Smoke ‘Stevens”. Calisota Online.web.1 Nov. 2009• Panama Canal Authority. N. p.. n. d..web. 01 Nov. 2009• Panama Canal Expansion canalmuseum.com.N.P..n.d.web.1 Dec. 2009• Panama Canal Zone Totally Explained. N. p..n. d.. Web. 1 Nov. 2009• Small Planet Communications.“The Panama Canal”.N. p. n.d.. Web. 1 Nov. 2009• Winner, Don, “The Panama Canal Administration Building- Putting Things into Historical Perspective” 11 Aug. 2006. Panama-Guide.com. Web. 1 Nov. 2009
  46. 46. Works Cited• Animaniacs-The Panama Canal.17 June 2007.YouTube.web.29 Nov. 2009• Building the U.S. Panama Canal Zone 1904 2 March 2008.YouTube.web.25 Nov. 2009• Know details about the canal.pancanal.web. 24 Nov. 2009• Panama Canal Expansion-Lock Concepts.1 March 2008.YouTube.web. 24 Nov. 2009

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