CBAM Country Intelligence Indonesia 2026: Built to Miss — Self-Entrenching Regulatory Transplant and Composite Regulatory Void

Executive Summary

Indonesia is the world's largest nickel producer and a rapidly growing exporter of stainless steel semi-finished products to the European Union. The EU Carbon Border Adjustment Mechanism entered its definitive phase on 1 January 2026, imposing certificate purchase obligations on importers of carbon-intensive goods. This report is the eleventh volume in the TTI CBAM Country Intelligence Series and provides the first comprehensive, regulation-verified analysis of CBAM's financial impact on Indonesia's nickel-to-stainless-steel export chain.

Indonesia's country-specific default values under Regulation (EU) 2025/2621 assign an emission intensity of 6.150 tCO₂/t to ferro-nickel (CN 7202 60) and 8.670 tCO₂/t to stainless steel semi-finished products (CN 7218 91). Applied through the legally mandated subtraction formula verified against Regulation (EU) 2025/2620, these values produce CBAM costs of €321 per tonne of nickel pig iron and €595 per tonne of stainless steel slab in 2026. Both figures exceed the entirety of operating profit, rendering EU-bound exports immediately loss-making under default value compliance. The ESDM production quota cut provides no meaningful buffer against costs of this magnitude.

Five dimensions of structural misalignment between Indonesia's industrial architecture and CBAM's design assumptions are traced to a single policy origin: the nickel ore export ban. The report introduces two original analytical concepts. The Composite Regulatory Void describes how independently coherent EU regulatory systems — CBAM, trade defence measures, and Scope classification rules — produce coincident coverage gaps that leave Indonesian nickel products exposed to carbon costs with zero offsetting protection. The Self-Entrenching Regulatory Transplant explains why partial corrections by actors on both sides of the regulatory boundary reinforce rather than remedy the underlying failure. Eurostat trade data from early 2026 already confirms competitive displacement, with Brazilian steel slabs surging into EU markets at Indonesia's expense.

1. The Ore Export Ban's Legacy: A Policy Archaeology of Indonesia's CBAM Exposure

1.1 From Ore to Metal: The Ban That Built an Industry

Indonesia's current exposure to the EU Carbon Border Adjustment Mechanism cannot be understood as a market-driven outcome. It is the direct product of a deliberate industrial policy choice whose downstream consequences now collide with a regulatory architecture designed under entirely different assumptions. The nickel ore export ban of 2014, temporarily relaxed and then reimposed in permanent form in January 2020 under ESDM Regulation 7/2020 [40], was designed to force the migration of value-added processing from Chinese coastal smelters to Indonesian industrial parks located near laterite ore deposits [1]. In this regard, the policy succeeded beyond any reasonable expectation. Indonesia's share of global primary nickel production rose from near zero in 2013 to approximately 60 percent by 2024 [38, 39], a pace of industrialization with few parallels in the modern history of commodity processing [1].

The physical infrastructure supporting this transformation is concentrated in four mega-scale industrial parks: the Indonesia Morowali Industrial Park (IMIP) and Indonesia Weda Bay Industrial Park (IWIP), both joint ventures between Chinese steel conglomerate Tsingshan [67] and Indonesian partners, along with the Konawe and Obi Island facilities operated by smaller consortia [2]. These parks host rotary kiln-electric furnace (RKEF) production lines that convert laterite ore into nickel pig iron (NPI), a low-grade ferronickel alloy containing 4 to 13 percent nickel, primarily consumed in stainless steel manufacturing [3, 51]. Nickel Industries Limited, an ASX-listed company and the largest publicly reporting NPI producer in Indonesia, operates twelve RKEF lines across four facilities at IMIP and IWIP, with a combined NPI output of 127,261 tonnes in 2024 on a 100 percent basis [4]. Its published emissions and financial data provide the primary reference point for CBAM impact modelling throughout this report.

The scale of transformation is visible in trade statistics. Eurostat records show that Indonesian exports of ferro-nickel (Combined Nomenclature code 7202 60) to the EU grew from negligible volumes in the late 2010s to approximately 142,600 tonnes by 2025 [5]. Stainless steel semi-finished products (CN 7218), primarily slabs and billets, surged even more dramatically. According to Eurostat figures reported in February 2026, Indonesian CN 7218 imports reached nearly 350,000 tonnes in 2025, almost five times the 2024 figure [6]. These two product categories now constitute the overwhelming majority of Indonesia's CBAM-liable exports to the EU, and their combined trajectory reflects the ore ban's success in shifting trade from raw material to intermediate products.