Deterritorializing Extraction: Bioaccumulation and the Planetary Mine

Abstract

Two independent technical developments have transformed the metal mining industry in considerable ways: the increasing share of waste materials in the feedstock of metallurgical operations has partially transformed metal extraction into a recycling industry, and the employment of microorganisms in the extraction of metals from mineral ores has rendered metals mining a biologically based industry. Increasing industrial interest and research activity in the application of biotechnologies to the extraction of metals from waste, particularly electronic waste, intimate a potential intersection of those two processes, destabilizing further the analytical distinctions between extraction and manufacturing, biologically based and nonbiologically based production, waste and resources. This combined deterritorialization of metal extraction requires a theoretical deterritorialization: rethinking extraction beyond extractive industry narrowly defined and the role that nonhuman forms of life play in the production of value in nonbiologically based (extractive) industries. This article is a first step toward outlining the effects of such developments on understanding extraction. It begins by reflecting on the effects of recycling on the spatiality and materiality of the mine and then it proceeds to examine the productive role of microorganisms in mining, the limits of biomining, and the biotechnologies that have developed to transcend those limits. The conclusion draws out theoretical implications of those ongoing lines of deterritorialization and their combination on understanding the spatiotemporality of extraction and the active involvement of nonhuman nature in the production of value.