Why this project, here, now.

Indonesia generates X million t/yr of plastic waste, of which only ~10–15% is recycled. The rest is landfilled, openly dumped, burned, or leaks into rivers and, eventually, the sea. Bandar Lampung — a coastal provincial capital of ~1.2 million people on Sumatra's south-east coast — is a fair specimen of the national picture: collection coverage is partial, formal recycling capacity is minimal, and a large share of post-consumer plastic ends in open dumpsites and the waterways that feed the Sunda Strait. The Lampung-specific waste-flow figures — generation, collection, recycling, leakage — are being assembled now and slot directly into this paragraph.

Behind those numbers sit three structural constraints, and it is these — not any shortage of material — that keep the system stuck.

1. Missing mid-chain infrastructure.

   Mechanical recycling handles only clean, single-polymer streams. Mixed, contaminated and multi-layer plastics — the majority of real-world post-consumer waste — have no domestic outlet and no economic value, and what has no value is not collected.

2. Informal, fragmented supply.

   Collection runs on waste pickers and small aggregators working informally, without quality standards, without access to finance, and without a stable demand signal to build a business on.

3. No demonstrated pathway to circular feedstock.

   Indonesia's petrochemical industry imports virgin fossil feedstock while recyclable carbon is dumped. Pyrolysis of mixed plastics to recycled oil is proven internationally, but without a commercial demonstration in this region, investors, banks and regulators have no local evidence to act on.

The action demonstrates, at commercial scale, a complete plastic-waste-to-circular-feedstock value chain in Bandar Lampung: contracted waste volumes in at one end, quality-controlled preprocessing, pyrolysis to ISCC PLUS-certified oil, and petrochemical offtake under agreed specifications and pricing at the other. Each stage is anchored by an existing agreement rather than an expectation — which is precisely what makes the demonstration worth funding and worth copying.

flowchart LR
    A["Contracted waste volumes<br/>Genco supply agreements"] --> B["Quality-controlled<br/>preprocessing & QC"]
    B --> C["Pyrolysis<br/>10–12 t/day"]
    C --> D["ISCC PLUS-<br/>certified oil"]
    D --> E["Petrochemical offtake<br/>agreed specs & pricing"]
            

The alignment runs in three directions. To the EU Green Deal and Global Gateway: circular economy, the plastics value chain, pollution reduction, and trusted EU–ASEAN sustainable supply chains, with the offtake flowing into ISCC PLUS-certified petrochemical recycling. To Indonesian policy: the national waste targets — Jakstranas' 30% reduction and 70% handling — the marine-plastic agenda, and the circular-economy roadmap instrument names/dates to verify. And to the Sustainable Development Goals: target 12.4 on sound chemical and waste management, 12.5 on waste reduction through prevention, recycling and reuse, and 13.2 on bringing climate measures into national planning.

The action is deliberately a demonstration with replication built in. The plant is the evidence asset; the project's real outputs are the replicable model — technical, commercial, environmental and financial — that other Indonesian cities can pick up.

Benefit flows along the same chain the project formalises: what is good for the demonstration is, by design, good for the people and institutions around it. The collectors and aggregators gain the most immediate change — stable demand at transparent, quality-linked pricing, and with it the licensing, banking and record-keeping that turn informal work into a durable business. Government and industry gain evidence they can act on; finance gains a de-risked case for the next plant.