Contested Decarbonization and the Sociology of Closure: How Renewable Projects Become Governable Across Lifecycles, Arenas, and Narratives

Abstract

Renewable energy deployment is often framed as a technical substitution problem, yet many of the most consequential constraints are social and institutional. In contentious siting environments, the central governance question becomes how decisions achieve closure without collapsing legitimacy, especially when projects operate for decades and conditions change. This paper develops a social science account of closure as a negotiated and revisable institutional accomplishment in renewable deployment. The contribution is a conceptual model of “closure pathways,” defined as the practical sequences through which contested issues move from open dispute to temporarily settled commitments, and through which those commitments are later confirmed, contested, or revised. The model distinguishes closure in three domains: procedural closure (the ability to complete formal decisions), interpretive closure (the stabilization of meanings such as what counts as adequate mitigation or acceptable risk), and relational closure (the stabilization of expectations about trust, standing, and follow-through after approval). The paper argues that deployment conflict escalates when these closures are misaligned, producing either brittle approvals that trigger backlash or perpetual deliberation that undermines investment and learning. Building on this model, the paper proposes an analytic strategy for studying closure pathways through documents, intermediary practices, and dispute trajectories across multiple arenas of authority. It then develops implications for institutional design that treat monitoring, justification, and revision as constitutive of consent durability rather than as administrative afterthoughts. The goal is not to prescribe a single participatory ideal, but to clarify how pluralist institutions can accelerate renewable build-out while preserving contestability, accountability, and adaptive legitimacy under nonstationary conditions.