The Ecology of Sustainable Heavy Industry: A working paper for Inchoative Design as a Metric and a Method

This article proposes the concept of inchoative design as a program for reorienting heavy industry toward sustainability by treating technical systems as entities with modes of becoming rather than neutral tools. Building on Simondon’s notions of individuation and associated milieu, and extending the author’s framework of Artificial Immanence, we argue that evaluation should shift from output-centric metrics to the quality of couplings between machines and their techno-ecological contexts. We develop a diagnostic contrast—resistive vs. intensive insertion—to characterize how systems either coerce their milieus (high energy/carbon lock-ins, linear throughputs) or symbiotically co-evolve (circular flows, adaptivity, reparability). Four industrial domains—ammonia, steel, cement, and plastics—serve as illustrative cases. Across these, conventional regimes optimize single variables while externalizing damage; emergent alternatives (green ammonia pathways, scrap/EAF and H-DRI steel, LC3/alternative binders and demand reduction in cement, circular/repair-first plastics) reveal fragments of a more symbiotic metallurgy/chemistry. We sketch an Inchoation Index, a composite, relation-first complement to LCA that scores energy integration with renewables, material circularity, process flexibility, milieu reciprocity, and governance openness/justice. The paper’s stance is deliberately normative: sustainable transitions require ontological redesign of the technical milieu, not incremental efficiency patches. We close with a research agenda to formalize the index, test it comparatively, and embed it in design standards and policy instruments. The result is a concrete-utopian lens: industrial systems can be re-concretized as high-technicity ensembles that operate within planetary boundaries while expanding human and non-human flourishing.