Jakarta — In a strategic push to fortify Indonesia against severe global energy vulnerabilities and escalating geopolitical conflicts, President Prabowo Subianto has unveiled an ambitious national initiative to manufacture gasoline derived directly from coal. This forward-looking industrial pivot mirrors similar heavy-industry strategies implemented by global economic powerhouses like China, which has aggressively advanced coal-to-liquid and coal-to-gas conversion technologies to guarantee domestic supply stability in the wake of international disruptions such as the Iran conflict.
The official announcement regarding coal-derived gasoline was delivered by President Prabowo on Sunday, September 20. It builds upon the government’s aggressively accelerated renewable and domestic fuel replacement policies, most notably the landmark implementation of the B50 program—a mandatory biodiesel blend composed of 50 percent palm oil-derived fatty acid methyl ester. By scaling up agricultural resource integration into the national fuel grid, the administration aims to systematically dismantle Indonesia’s historical reliance on imported fossil fuels.
"Our brilliant professors—the genuinely brilliant ones, not those theoretical academics—from our engineering faculties have successfully produced diesel from palm oil, and have successfully produced gasoline from palm oil, and we will soon also produce gasoline from coal," President Prabowo stated during a recent public address.
This domestic industrial push underscores an intensifying urgency within Jakarta to insulate Southeast Asia’s largest economy from unpredictable global commodity shocks, supply chain bottlenecks, and volatile price fluctuations driven by shifting Middle Eastern geopolitics and maritime trade route security.
The Milestones of Domestic Biodiesel Integration
President Prabowo’s announcement of future coal-to-gasoline processing comes on the heels of a monumental milestone in Indonesia’s energy independence timeline: the complete cessation of foreign diesel imports. According to executive data released by the administration, Indonesia officially stopped importing automotive diesel oil on July 1, 2026, marking a historic turning point for a nation that historically drained substantial foreign exchange reserves to cover domestic energy shortfalls.
"Starting July 1st of this year, we no longer import diesel from overseas. Our diesel supply is now completely self-sufficient," Prabowo emphasized.
The transition has proven exceptionally timely. In recent months, international energy markets have witnessed unprecedented tightening, leading to severe diesel scarcity across multiple continents. In an increasingly fractured global trade landscape, nations lacking localized refining capacities face astronomical spot-market premiums, where financial capital alone does not guarantee physical product acquisition.
"Nowadays, diesel is scarce globally. Even if we have the money, the goods might simply not be available," Prabowo noted. "Praise be to God, we can now produce our own diesel. From where? From palm oil."
The B50 program operates as the crown jewel of this defensive economic strategy. By leveraging Indonesia’s status as the world’s leading producer of crude palm oil, the government has effectively decoupled a major sector of its heavy transport, agricultural, and industrial logistics chains from the vulnerabilities of the international crude oil market. However, recognizing that palm oil cultivation faces land-use constraints, environmental scrutiny, and competing food-security priorities, the administration is diversifying its technological pathways by eyeing vast domestic mineral reserves, specifically coal.
Global Precedents: China’s Coal-to-Chemicals Masterclass
Indonesia’s strategic contemplation of coal conversion is not occurring in a vacuum. It draws heavy inspiration from the People’s Republic of China, which has spent decades perfecting the art of transforming its abundant solid fossil fuel reserves into liquid hydrocarbons and high-value chemical feedstocks.
Following strategic vulnerabilities exposed by historical conflicts and escalating geopolitical friction surrounding the post-Iran war energy landscape, Beijing has systematically accelerated its coal chemical industrial complex. The primary objective has been absolute insulation against foreign energy embargoes and maritime trade blockades.
Nowhere is this industrial transformation more apparent than in Inner Mongolia, China’s preeminent coal-producing autonomous region. Inner Mongolia has spearheaded Beijing’s drive to construct massive conversion bases designed to process raw coal into synthetic petroleum, natural gas, and essential petrochemical precursors.
"We are scaling up and strengthening our domestic production capacity for coal-to-oil, gas, and chemical projects to enhance domestic self-reliance," declared Huang Zhiqiang, Executive Vice Chairman of the Inner Mongolia Autonomous Region, during a high-profile press briefing.
Inner Mongolia serves as the beating heart of this strategy due to its staggering geological endowments. Producing between 1.25 billion and 1.28 billion tons of coal annually—accounting for more than one-quarter of China’s total national output—the region sits on a virtually limitless supply of carbon feedstock. Roughly two-thirds of this immense production originates from a single prefecture: Ordos, which has rapidly morphed into the global capital of advanced coal-petrochemical engineering.
Despite these massive capacities, the sector currently plays a targeted balancing role in China’s broader macro-economy. As of 2024, synthetic gas, liquid fuels, and chemical derivatives produced via coal conversion accounted for approximately 6 percent of China’s aggregate crude oil and natural gas import volumes. While modest in percentage terms, this localized buffer represents millions of barrels of strategic insurance against foreign supply shocks.
The industrial momentum shows no signs of slowing. In May 2026, China’s Ministry of Ecology and Environment officially greenlit a massive coal-to-olefin project valued at 22.1 billion yuan (approximately Rp51.5 trillion) in Ordos. Designed with a nameplate capacity of 800,000 metric tons per year, the facility will convert raw coal into olefin, the fundamental building block for modern plastics, synthetic fibers, and diverse industrial chemicals. Concurrently, Inner Mongolia continues to expand its electrical grid infrastructure, with renewable energy sources—such as wind and solar farms—accounting for an impressive 53 percent of the region’s total installed power capacity, illustrating a complex dual-track energy policy.
Implications for Indonesia’s Economy and Environmental Landscape
As Jakarta looks to replicate aspects of China’s heavy industrial conversion model, policymakers and industry analysts are carefully weighing the multifaceted implications for Southeast Asia’s powerhouse economy.
Economically, the pivot toward coal-to-gasoline and expanded palm-oil biodiesel offers profound macroeconomic stability. By manufacturing transport fuels domestically from indigenous resources—both agricultural and mineral—Indonesia can effectively insulate its current account deficit from global crude oil price spikes. Furthermore, this policy creates a localized industrial multiplier effect, stimulating high-tech engineering sectors, domestic machinery fabrication, and specialized chemical processing.
However, the initiative introduces significant environmental and regulatory challenges that the Prabowo administration must navigate. Converting coal into liquid fuels is notoriously energy-intensive and carries a substantially higher carbon footprint than conventional petroleum refining or renewable energy generation.
Drawing lessons from Inner Mongolia’s trajectory, where regional authorities have had to couple coal-to-chemicals projects with green hydrogen initiatives and massive deployment of wind and solar power to offset emissions, Indonesia’s planned coal-to-gasoline infrastructure will require stringent environmental safeguards. Analysts suggest that if Indonesia intends to proceed with coal conversion without jeopardizing its international climate commitments and sustainable financing access, the industrial plants must integrate advanced Carbon Capture, Utilization, and Storage (CCUS) technologies from their inception.
Furthermore, the technological leap from laboratory research—highlighted by President Prabowo’s praise of local university engineering faculties—to commercial-scale industrial plants demands substantial capital expenditure, specialized foreign technology transfer, and rigorous safety protocols. Constructing commercial coal-to-liquid (CTL) refineries requires multi-billion-dollar investments and multi-year construction timelines, meaning the economic and strategic dividends of Indonesian coal-derived gasoline will likely materialize incrementally over the next decade.
Looking Ahead: A Defining Era for National Energy Security
President Prabowo Subianto’s aggressive pursuit of domestic energy self-sufficiency marks a definitive departure from traditional laissez-faire economic models. By systematically eliminating diesel imports through the B50 program and laying the foundational roadmap for coal-to-gasoline conversion, Indonesia is signaling to international markets that national security supersedes globalized supply chain reliance.
While hurdles regarding carbon emissions, capital allocation, and technological scaling remain formidable, the political will in Jakarta is unmistakable. As global trade routes become increasingly militarized and energy markets remain hostage to geopolitical flashpoints, Indonesia’s willingness to exploit both its lush agricultural acreage and its deep mineral basins positions the nation as a unique case study in resource-nationalist resilience for the developing world.
