Abstract
This chapter examines the evidence on the vigorous and imaginative responses from older industries whenever their profit margins were threatened by competition from replacement technologies. The concept used to account for such processes in which threatened technologies display an extraordinary growth in efficiency just before they enter into abrupt and terminal decline is “the last gasp.” The overview of the switch from wood–charcoal to coal–coke technologies in the sector preceding the large-scale iron and steel industry here provides a way to test the “last gasp” model. This reveals how, within the time frame for “transition,” one might expect either the effective substitution of the older energy carrier or the incentive to its expansion. The same is to say that the course of action that leads to destruction through innovation and decreases in cost also unleashes creative market mechanisms.
Access this chapter
Tax calculation will be finalised at checkout
Purchases are for personal use only
References
Allen RC (1977) The Peculiar productivity history of American blast furnaces, 1840–1913. J Econ Hist 37(3):605–633
Allen RC (1979) International competition in iron and steel, 1850–1913. J Econ Hist 39(4):911–937
Alviella G (1927) Histoire des bois et forêts de Belgique des origines à la fin du régime autrichien, vol I. Le Chevallier et Lamertin, Paris
Ashton TS (1924) Iron and steel in the industrial revolution. Manchester University Press, Manchester
Bell IL (1884) Principles of the manufacture of iron and steel. George Routledge and Sons, London
Benoit S (1990) La consommation de combustible végétal et l’ évolution des systèmes techniques. In Woronoff D. (ed) Forges et forêts. Recherches sur la consommation proto-industrielle de bois. École des Hautes Études en Sciences Sociales, Paris, pp 87–150
Blanchard I (2000) Russian railway construction and the Urals charcoal iron and steel industry, 1851–1914. Econ Hist Rev 53(1):107–126
Blanchard I (2005) Nineteenth-century Russian and western Ferrous metallurgy: complementary or competitive technologies? In: Evans C, Rydén G (eds) The industrial revolution in iron. Ashgate, Aldershot, pp 129–150
Boissiere J (1990) La consommation parisienne de bois et les sidérurgies périphériques: essai de mise en parallèle (milieu XVè–milieu XIXè siècle). In Woronoff D (ed) Forges et forêts. Recherches sur la consommation proto-industrielle de bois. École des Hautes Études en Sciences Sociales, Paris, pp 29–54
Cambridge transportation of charcoal (1885) J US Assoc Charcoal Ironworkers 6:117–120
Davies RSW, Pollard S (1988) The iron industry, 1750–1850. In Feinstein CH and Pollard S (ed) Studies in capital formation in the United Kingdom. 1750–1920. Oxford University Press, Oxford, pp 73–104
Davis JJ (1922) The iron puddler: my life in the rolling mills and what came of it. Grosset and Dunlap, New York
de Beer J, Worell E, Blok K (1998) Future technologies for energy-efficient iron and steel making. Annu Rev Energy Env 23(1):123–205
Donald WJ (1915) The Canadian iron and steel industry. Houghton Mifflin Company, Boston
Evans C (2005) The industrial revolution in iron in the British Isles. In: Evans C, Rydén G (eds) The industrial revolution in iron. Ashgate, Aldershot, pp 15–27
Evans C, Jackson O, Rydén G (2002) Baltic iron and the British iron industry in the eighteenth century. Econ Hist Rev 55(4):642–665
Forsythe R (1913) The blast furnace and the manufacture of pig iron: an elementary treatise. D. Williams Company, New York
Fremdling R (1991) Foreign competition and technological change. In: Lee WR (ed) German industry and German industrialization: essays in German Economic and business history in the nineteenth and twentieth centuries. Routledge, London, pp 47–76
Fremdling R (2005) Foreign trade-transfer-adaptationritish iron making technology on the continent (Belgium and France). In: Evans C, Rydén G (eds) The Industrial revolution in iron. Ashgate, Aldershot, pp 29–54
Gilfillan SC (1935) Inventing the ship. Follett Publishing, Chicago
Gordon RB (1996) American iron, 1607–1900. Johns Hopkins University Press, Baltimore
Grossman GM, Helpman E (1991) Innovation and growth in the global economy. MIT Press, Cambridge
Hammersley G (1973) The charcoal iron industry and its fuel, 1540–1750. Econ Hist Rev 26(4):593–613
Harpi G (1953) The supply with charcoal of the Swedish iron industry from 1830 to 1950. Geogr Ann 35(1):11–27
Hayman R (2008) Charcoal iron making in nineteenth century Shropshire. Econ Hist Rev 61(1):80–98
Henriques ST (2009) Energy consumption in Portugal 1856–2006. Consiglio Nazionale delle Ricerche, Naples
Hosier RH and Dowd J (1987) Household fuel choice in Zimbabwean empirical test of the energy ladder hypothesis. Resour Energy 9(4):347–36
Houpt S (2007) Productivity and Transition in Swedish Iron and Steel, 1870–1940. Working papers in economic history, Universidad Carlos III de Madrid-WP 07–10, June 2007. Available via http://www.ekh.lu.se/ehes/paper/Houpt%20Productivity%20Swedish%20Steel.pdf. Accessed 12 Feb 2011
Hyde CK (1974) Technological change in the British wrought iron industry, 1750–1815: a reinterpretation. Econ Hist Rev 27(2):190–206
Hyde CK (1977) Technological change and the British Iron industry 1700–1870. Princeton University Press, Princeton
Inwood K (1985) Productivity growth in obsolescence: charcoal iron revisited. J Econ Hist 45(2):293–298
Inwood K (1986) Local control, resources and the Nova Scotia steel and coal company. Hist Pap/Commun historiques 21(1):254–282
Jüptner HV (1908) Heat energy and fuels: pyrometry, combustion, analysis of fuels and manufacture of charcoal, coke and fuel gases. McGraw Publishing Company, New York (Translated by Oskar Nagel)
King P (2005) The production and consumption of bar iron in early modern England and Wales. Econ Hist Rev 58(1):1–33
King P (2011) The choice of fuel in the eighteenth century iron industry: the Coalbrookdale accounts reconsidered. Econ Hist Rev 64(1):132–156
Kirschhoff J (1881) The manufacture of charcoal pig-iron in Russia. J US Assoc Charcoal Ironworkers 2:200–206
Knowles AK, Healey RG (2006) Geography, timing, and technology: a GIS-based analysis of Pennsylvania’s iron industry, 1825–1875. J Econ Hist 66(3):608–634
Landes DS (1969) The unbound Prometheus: technological change and industrial development in Western Europe from 1750 to the Present. Cambridge University Press, Cambridge
Lattin WC, Utgikar VP (2007) Transition to hydrogen economy in the United States: A 2006 status report. Int J Hydrogen Energy 32(15):3230–3237
Lilienberg N (1884) Manufacture of charcoal iron in Sweden. J US Assoc Charcoal Ironworkers 5:253–272
Ortego JH et al (2011) Energy production, ecological footprint and socio-economic transformation of the territory in an organic economy. The case study of early modern Madrid. Universidad Autonoma de Madrid, working paper 03/2011
Madureira NL (2012) The iron industry energy transition. Energy Policy 50:24–34
Misa TJ (1999) A nation of steel. The making of modern America. The John Hopkins University Press, Baltimore
Mohammed SIS, Williamson JG (2004) Freight rates and productivity gains in British tramp shipping 1869–1950. Explor Econ Hist 41(2):172–203
Narrative of the Third Annual Meeting of the USACIW (1882) J US Assoc Charcoal Ironworkers 3(1):305–317 (18–21 Oct 1882)
Needham M (1831) The manufacture of iron. Baldwin and Cradock, London
Olsson F (2007) Järnhanteringens dynamic. Produktion, lokalisering och agglomerationer i Bergslagen och Mellansverige 1368–1910. Umeå studies in Economic History. Nr 35/2007. Available via http://www.umu.diva-portal.org/smash/get/diva2:140326/ATTACHMENT01, Accessed 21 May 2011
On the importance of giving timely attention to the growth of charcoal for metallurgical uses (1880). J US Assoc Charcoal Ironworkers 1(3):67–80
Pollard S (1981) Peaceful conquest. The industrialization of Europe 1760–1970. Oxford University Press, Oxford
Report of the Commissioners appointed to inquiry into the several matters related to coal (1871) House of commons, parliamentary papers, her majesty’s stationery office, London
Riden P (1977) The output of the British iron industry before 1870. Econ Hist Rev 30(3):442–459
Risks in transporting charcoal by railroad (1883) J US Assoc Charcoal Ironworkers 4:282–288
Rydén G (1998) Skill and technical change in the Swedish iron industry, 1750–1860. Technol Cult 39(3):383–407
Rydén G (2005) Responses to coal technology without coal. Swedish iron making in the nineteenth–century. In: Evans C, Rydén G (eds) The industrial revolution in iron. Ashgate, Aldershot, pp 110–127
Sans JUB (2004) Combustible para Madrid en la Edad Moderna. El difícil equilibrio entre las necesidades urbanas y los recursos del territorio. In: AAVV (ed) Mélanges de L′École Françáise de Rome. Italie et Méditerranée. Ecole Française de Rome, Rome, pp 683–704
Sargent CA (1884) Report on the forests of North America. Government Printing Office, Washington
Schallenberg RH (1975) Evolution, adaptation and survival: the very slow death of the American charcoal iron industry. Ann Sci 32(4):341–358
Schumpeter JA (1975) [1942] Capitalism, socialism and democracy, 2nd edn. Harper, New York
Sieferle RP (2001) The subterranean forest: energy systems and the industrial revolution. White Horse Press, Cambridge
Smil V (2010) Energy transitions. History, requirements, prospects. Praeger, Santa Barbara
Snow D (2003) Extraordinary efficiency growth in threatened technologies: explaining the carburetor’s “Last Gasp” in the 1980s. University of California at Berkeley, September 2003. Available via http://elsa.berkeley.edu/~bhhall/others/Snow03%20carbs.pdf. Accessed 22 Jan 2011
Snow D, Adner R (2010) Old technology responses to new technology threats: demand heterogeneity and technology retreats. Ind Corp Change 19(5):1655–1675
Some remarkable furnace work (1881) J US Assoc Charcoal Ironworkers 2(1):370–374
Space occupied by fuel (1882) J US Assoc Charcoal Ironworkers 3:160–161
Svedelius G (1875) Handbook for charcoal burners. Translated from the Swedish by Anderson RB. Wiley, New York
Swedish Blast Furnace Practice (1882) J US Assoc Charcoal Ironworkers 3(1):385–396
Temin P (1964) Iron and steel in nineteenth-century America: an economic inquiry. The M.I.T Press, Cambridge
Tripsas M (1997) Surviving radical technological change through dynamic capability: evidence from the typesetter industry. Ind Corp Change 6(2):341–377
Tripsas M (2001) Understanding the timing of technological transitions: The role of user preference trajectories, Harvard Business School, Working paper 02–028
Truran W, Phillips JA, Dorman WH (1865) The iron manufacture of great Britain, 2nd edn. Spon, London
Tylecote RF (1991) Iron in the industrial revolution. In: Tylecole F, Day J (eds) The industrial revolution in metals. The Institute of Metals, London, pp 200–260
Census Bureau US (1880) Census of Population and Housing. Washington, Census Bureau
Young A (1993) Substitution and complementarity in endogenous innovation. Q J Econ 108(3):775–807
Warren K (1973) The American steel industry 1850–1970. Oxford University Press, Oxford
Williams M (1987) Industrial impacts on the forests of the United States, 1860–1920. J For Hist 31(3):108–121
Winter C-J (2005) Into the hydrogen energy economy—milestones. Int J Hydrogen Energy 30(7):681–685
Woronoff D (1984) L’industrie siderurgique en France pendant la Revolution et l’Empire. Ecole des Hautes Études en Sciences Sociales, Paris
Zon R (1910) The forest. Resources of the world. US Government Printing Office, Washington
Author information
Authors and Affiliations
Corresponding author
Rights and permissions
Copyright information
© 2014 Springer International Publishing Switzerland
About this chapter
Cite this chapter
Madureira, N.L. (2014). Last Gasp. In: Key Concepts in Energy. Springer, Cham. https://doi.org/10.1007/978-3-319-04978-6_5
Download citation
DOI: https://doi.org/10.1007/978-3-319-04978-6_5
Published:
Publisher Name: Springer, Cham
Print ISBN: 978-3-319-04977-9
Online ISBN: 978-3-319-04978-6
eBook Packages: EnergyEnergy (R0)