Nextchem's Indonesia SAF Play: A Policy-Driven Alpha in a Fragile but Scaling Macro Cycle

The contract is a bet on the early phase of a long, policy-driven cycle. Indonesia's roadmap sets a clear, if uncertain, demand signal. The government aims to mandate a 1% SAF blending requirement for international flights by 2027, scaling to 2.5% by 2030. This is a foundational step, but the path to implementation remains fluid. Officials have noted the plan is still being finalized, with a potential start in 2026 for international flights only to manage cost impacts. The lack of immediate financial incentives creates a price gap, as SAF is currently more expensive than conventional jet fuel. This policy mandate, therefore, acts as a long-term but fragile catalyst, promising future demand while leaving near-term economics to be solved.

Solving that economics hinges on feedstock and subsidies. The government is actively exploring a Used Cooking Oil Fund (UCOF) modeled on its successful palm oil fund. The goal is to generate revenue through export fees on used cooking oil, a key feedstock, to subsidize production and achieve price parity. This is a critical enabler for small-scale projects like Nextchem's, which can be optimized for specific local feedstocks. The policy focus is on UCO and palm fatty acid distillate (Pfad), with a push to centralize collection to improve supply from its current low rates. Without such targeted support, the cost barrier to meeting the 2027 target would be formidable.

This domestic push is part of a much larger regional cycle. The ASEAN region holds immense potential, with the ASEAN SAF 2050 Outlook report projecting up to 8.5 million barrels per day of SAF supply by 2050. Indonesia is central to this, both as a major feedstock producer and a growing demand center. The region is poised to become a net exporter, with SAF demand in ASEAN projected to grow sharply from 15,000 barrels per day in 2030 to over 700,000 barrels per day by 2050. This creates a multi-decade growth trajectory for producers who can secure feedstock and navigate the evolving policy landscape.

The thesis here is that this is a strategic play on the early, policy-driven phase. The window for small-scale, feedstock-optimized projects is opening as governments mandate blending and seek to close the price gap. Nextchem's contract positions it to capture value in this initial ramp-up, before the market consolidates around larger, integrated players. The macro cycle is set: policy creates demand, feedstock supply and subsidies will determine who can meet it, and the region's scale offers a runway for growth over the coming decades.

The Project's Positioning: Technology, Scale, and Execution in a Fragmented Market

The project's design is a textbook fit for the early, fragmented phase of Indonesia's SAF cycle. At 60,000 tonnes per year, the scale is deliberately small-aiming to supply roughly 5% of the fuel demand for Jakarta's main airport. This domestic focus is strategic, targeting a local market where feedstock logistics are manageable and policy mandates are beginning to take shape. The plant's core mission is to valorize locally available resources, primarily palm oil mill effluent (POME) and certified used cooking oil. This feedstock-optimized approach directly addresses a key bottleneck: the need to secure reliable, low-cost inputs without competing with food supplies or requiring complex, long-distance supply chains.

Technologically, the project leverages Nextchem's proprietary suite as a de-risking mechanism. The NX PTU™ pretreatment process and NX SAF™ BIO hydrotreated esters and fatty acids (HEFA) process are not just a technology package; they represent a pre-validated, modular design. This standardization is critical for a small-scale project, as it reduces engineering complexity and execution risk. The company's claim that this allows for reduced project execution is a tangible advantage in a market where bespoke solutions often face delays and cost overruns. The award of the early engineering and equipment supply contract is a licensing and early engineering win, securing the process design before the final investment decision.

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Yet, execution risk remains high. The project is still in the early engineering phase, with the licensing and PDP subject to Notice to Proceed. This means the final investment decision has not been made, and the project's fate hinges on securing financing and regulatory approvals. The timeline to operational status, set for 2029, is ambitious and introduces uncertainty around feedstock supply contracts, subsidy availability, and the finalization of Indonesia's blending mandate. For now, the project is a promising concept, but its transition from a technology licensing deal to a fully funded, operating plant is the next, critical hurdle.

Financial and Strategic Fit: Backlog, Growth, and Capital Allocation

The Indonesian SAF contract is a strategic fit for MAIRE's broader financial strength, which is built on a foundation of robust growth and a powerful order backlog. Nextchem, the sustainable technology unit, delivered a standout performance in 2025, with revenues of €495.0 million, up 38.4%. This acceleration, alongside a healthy EBITDA margin expansion, demonstrates the unit's ability to scale rapidly in its core markets. This growth momentum is supported by a massive, multi-year visibility engine: the group's order backlog of €12.7 billion at the end of 2025. While this backlog provides a clear pipeline for future revenue, it also represents a capital allocation challenge, as the cash flow from these projects will be realized over several years.

Financial discipline is evident in the company's capital allocation policy. The board has approved a dividend distribution of €0.585 per share, totaling €187.6 million, with the payout ratio increased to 66% of profit. This move signals confidence in the sustainability of earnings and returns value to shareholders. The company's balance sheet provides the necessary buffer to pursue such projects while funding this return. At year-end, the adjusted net cash position stood at €395.1 million, up slightly from the prior year. This liquidity is critical for funding the early engineering and equipment supply phases of the Indonesian project, which is still subject to a final investment decision.

The strategic plan, updated to 2035, frames this investment within a longer-term technology cycle. The plan targets revenues in excess of €13 billion by 2035, nearly doubling the 2025 figure, with an EBITDA margin goal of 10-11%. The SAF project in Indonesia is a direct play on the early phase of this cycle, where policy mandates are creating new demand. By securing a technology licensing deal in this nascent market, Nextchem is positioning itself to capture value as the regional SAF industry scales, as projected to grow from 15,000 barrels per day in 2030 to over 700,000 barrels a day by 2050. The contract is not a major near-term revenue driver, but it is a calculated bet on the long-term trajectory of the sustainable technology sector, funded by a financially resilient parent company.

Catalysts and Risks: Navigating the Path from Policy to Production

The path from a technology licensing contract to a commercial SAF plant is fraught with forward-looking events and competitive pressures. The primary catalyst is the Final Investment Decision (FID), which remains pending. This decision hinges on securing financing and, more critically, long-term feedstock supply agreements. The project's design for 60,000 tonnes per year of SAF from domestic resources like palm oil mill effluent and used cooking oil means its economics are tightly coupled to the availability and cost of these inputs. Without binding contracts for a steady, affordable feedstock stream, the project's viability is in question.

A major competitive risk looms from the outset. The market is not a blank slate. The world's largest SAF refinery, operated by Finnish producer Neste in Singapore, has a capacity of up to a million tonnes annually. This facility, backed by massive capital and decades of operational experience, is already a dominant player. Neste executives see Asia as the "next big frontier," and its scale provides a formidable cost and supply advantage. For a small-scale, first-of-its-kind project in Indonesia, competing on price and reliability will be an uphill battle unless it can leverage unique local feedstock access or policy support.

The broader risk is the pace and consistency of Indonesia's own policy implementation. The government's ambition to mandate a 1% SAF blending requirement by 2027 is the foundational demand signal. Yet, as officials have noted, the plan is still being finalized, with a potential start in 2026. This uncertainty creates a volatile environment for investment. Furthermore, the success of the mandate depends on solving the feedstock puzzle. Indonesia's current decentralized collection scheme has achieved below 50% collection rates for used cooking oil. The government is exploring a Used Cooking Oil Fund (UCOF) to centralize collection and generate revenue for subsidies, but this is still a policy proposal. The project's timeline to operational status in 2029 assumes these policy and supply chains will be in place, which is a significant assumption.

Viewed through the macro cycle lens, these catalysts and risks define the investment thesis. The contract is a bet on the early, fragmented phase where policy creates a beachhead. The FID is the first major hurdle to cross that beachhead. The competitive landscape is already being shaped by giants, but the cycle's early phase offers a window for agile, feedstock-optimized players to establish a foothold. The ultimate success of the project-and the thesis-depends on navigating the policy uncertainty and feedstock constraints to secure the financing and supply needed to reach that FID and, eventually, production.