Bloomery iron smelting in the Daye County (Hubei): Technological traditions in Qing China


Type
Article
Change log
Authors
Larreina-Garcia, D 
Li, Y 
Liu, Y 
Martinón-Torres, M 
Abstract

China is widely accepted as the birthplace and shrine of the blast furnace, with bloomery iron technology largely believed to be scant before the Han Dynasty, and virtually inexistent afterwards. Challenging this traditional picture, this paper presents the material characterisation and reverse engineering of the primary smelting of bloomery iron at five metal production sites, located in close proximity of each other in the Daye County in Hubei Province, China, and in operation during the middle Qing Dynasty. A combination of materials science analyses–optical microscopy, SEM-EDS and WD-XRF–of surface collected technical material such as slags, furnace remains, and ores has demonstrated the established existence of bloomery iron at the core of the Chinese Empire. The five case studies present robust evidence of an overall broadly shared technical procedure based on the smelting of high grade ores in batteries of embanked furnaces, generating abundant slag but a limited metal output. The reconstruction of the various smelting processes in a relatively small region illustrates different technological adaptations to natural resources and socio-technological contexts, which are discussed using conceptual frameworks of rational economy and technological traditions.

Description
Keywords
4302 Heritage, Archive and Museum Studies, 43 History, Heritage and Archaeology
Journal Title
Archaeological Research in Asia
Conference Name
Journal ISSN
2352-2267
2352-2267
Volume Title
16
Publisher
Elsevier
Sponsorship
This paper is based on the PhD dissertation undertaken by David Larreina-Garcia at the UCL Institute of Archaeology, under the primary supervision of Marcos Martinón-Torres, carried out with the financial support of a UCL Impact Scholarship funded by UCL, the Institute for Archaeo-Metallurgical Studies (IAMS) and the Rio Tinto Group. Radiocarbon dates were obtained through the NERC/AHRC radiocarbon service (grant n° NF/2014/2/12).