Indonesia Plans Strategic Minerals Exchange to Set Reference Prices

What happened

On August 14, President Prabowo Subianto announced that Indonesia intends to establish a domestic mineral and strategic commodities exchange. The government is targeting January 1, 2027 for the exchange framework to begin operating.

The initiative is intended to support an Indonesia Reference Price for major export commodities. The government says the exchange should become a deep, transparent and liquid market in which producers, exporters, buyers and investors transact through more visible data. Minerals and commodities identified in the announcement included nickel, tin, coal and gold.

The policy extends Indonesia’s effort to capture more value from its resource position. The stated objective is not only to produce globally important commodities, but also to influence where they are traded and how their prices are established.

Signal reading

Price discovery is part of value chain control. Indonesia has already used export and processing policy to alter the geography of mineral production. A domestic exchange would move that strategy into market infrastructure by attempting to create a benchmark around Indonesian transactions rather than relying entirely on prices formed elsewhere.

Next proof point: publication of the exchange rules, definition of covered commodities and contracts, participation by producers and buyers, actual trading liquidity and adoption of the Indonesia Reference Price in commercial or fiscal transactions.

What happened

On August 14, the European Commission published ten guidance documents for implementation of the Carbon Border Adjustment Mechanism during its definitive period. The materials are directed particularly toward non EU operators producing CBAM goods, authorised CBAM declarants and emissions verifiers.

Four general documents address CBAM concepts, a quick implementation route for non EU operators, calculation of embedded emissions and the free allocation adjustment. Six sector specific guides cover cement, hydrogen, fertilisers, iron and steel, aluminium and electricity, with production process guidance and worked examples.

The Commission says businesses need robust monitoring plans and processes for reporting actual emissions, while also understanding default values, verification requirements and changes from the transitional period. The publication does not create a new carbon border regime; it makes the definitive period obligations more operational.

Signal reading

Carbon regulation is becoming plant level data architecture. For aluminium and steel producers outside Europe, market access increasingly depends on the ability to define production boundaries, calculate embedded emissions, document precursor inputs and transmit information that can withstand verification. Compliance capability is therefore becoming part of industrial competitiveness.

Next proof point: monitoring plans adopted by non EU installations, use of verified actual values, the first definitive period declarations and evidence of how the methodology affects aluminium and steel trade, pricing and investment decisions.

What happened

On August 14, the U.S. Small Business Administration announced that eligible small businesses across the energy production supply chain can access a new 90% Energy Guarantee through the International Trade Loan Program.

The expanded eligibility includes iron ore; gold and silver; copper, nickel, lead and zinc; uranium, radium and vanadium; other metal ores; potash, soda and borates; phosphate rock; and support activities for metal and non metal mining. The guarantee is 90%, compared with the standard 75% guarantee under the agency’s 7(a) program.

The policy is designed to give participating lenders greater protection and therefore more incentive to provide long term financing to smaller producers, contractors and suppliers in capital intensive sectors. It is a credit guarantee, not a direct grant or an automatic project approval.

Signal reading

Recent U.S. mineral policy has been dominated by large strategic investments and company specific transactions. This instrument widens the financing architecture toward smaller operators and service providers, where lender risk, collateral and long development periods can restrict access to capital even when a project or business has a viable market.

Next proof point: lender participation, approved loan volumes, borrower profiles, financing terms and evidence that guaranteed capital produces equipment, capacity expansion, mine development or supporting services.

What happened

On August 14, England’s Environment Agency opened consultation on a new bespoke environmental permit application from Watercycle Technologies for its existing site in Runcorn, Cheshire.

Watercycle has operated a commercial direct lithium extraction plant at the location since late 2025. The new application describes a regulated installation with two process lines: hydrometallurgical processing of refined black mass from spent lithium ion batteries, and processing of industrial waste water and mine waters containing dissolved lithium.

The application includes an environmental risk assessment, proposed operating techniques, a best available techniques assessment, emissions modelling and monitoring, site condition information, energy efficiency measures and waste avoidance provisions. Public comments are open until September 14, 2026. The consultation does not mean that the permit has been granted, nor does it establish that the proposed black mass processing line is already operating.

Signal reading

The development is not the opening of an entirely new plant. It is an existing lithium recovery platform seeking a bespoke regulatory framework for broader critical minerals recovery activities, including refined black mass. Its significance lies in whether an operating technology platform can expand into an integrated recovery installation while meeting defined controls for feedstock storage, chemical handling, emissions, water, residues and energy use.

Next proof point: the Environment Agency’s determination and final permit conditions, followed by evidence that the regulated black mass and water processing lines meet emissions, recovery, product quality and operating performance requirements.

What happened

On August 14, South Africa’s parliamentary Select Committee on Agriculture, Land Reform and Mineral Resources said Sogima Mining had complied with requirements set by the Department of Mineral and Petroleum Resources but remained unable to resume mining.

Parliament reported that the company had conducted consultations, redesigned its blasting method, repaired damage associated with earlier blasting and prepared requested legal agreements. Of 106 households consulted in the affected area, 46 objected and said relocation should occur before mining resumed.

The committee criticised repeated processes, unresolved coordination among government bodies and outstanding departmental reports. It also distinguished legally required consultation from unanimous agreement. The department, company and relevant stakeholders are scheduled to meet again on August 18, with Parliament requesting an immediate report on the outcome.

Signal reading

Formal compliance does not automatically create mining viability. A project may satisfy technical and administrative requirements while remaining unable to operate because territorial impacts, relocation, trust and government coordination are unresolved. Legitimacy is not the same as unanimity, but neither can it be reduced to a completed checklist when affected communities and public institutions remain without a workable settlement.

Next proof point: the August 18 meeting, a clear allocation of relocation and government responsibilities, submission of the missing reports and a durable decision on whether and under what conditions operations can resume.

What happened

On August 14, the U.S. Department of Energy announced US$4.8 million for ten projects through the REMADE Institute to advance materials recovery, remanufacturing and recycling technologies.

DOE says the selected work is intended to move technologies from successful laboratory demonstration toward commercial deployment. The portfolio includes biological recovery of critical metals, artificial intelligence and computer vision for electronics recycling, and the conversion of aerospace aluminium scrap into high performance products.

The wider material set includes critical materials, rare earth elements, aluminium, electronics scrap, steel and other industrial feedstocks. The projects sit within a 150 member public private manufacturing institute rather than a stand alone research grant structure.

Signal reading

The strategic bottleneck in recycling is often not whether a material can be recovered once in a laboratory, but whether the process can operate repeatedly, produce a qualified output and compete with primary or imported material. The awards target this translation stage, where technical risk and industrial adoption must be reduced together.

Next proof point: completion of demonstrations, independently verified recovery and product specifications, private co-investment, manufacturing adoption and evidence that recovered materials displace primary or imported feedstock.