DY-2.5 Fully Continuous Plastic to Diesel and Gasoline Integrated Machine Dispatched to Indonesia

In July 2026, DOING Company has finalized the factory shipment of the DY-2.5 fully continuous plastic to diesel and gasoline integrated machine bound for an industrial customer in Indonesia. The complete production unit underwent comprehensive mechanical testing, pressure verification, and component tagging at our heavy machinery manufacturing facility prior to container loading for export.

DY-2.5 fully continuous plastic to diesel and gasoline integarated machine shipped to Indonesia

Project Overview

Complete Machinery Breakdown and Cargo Composition

The dispatched DY-2.5 fully continuous plastic to diesel and gasoline integrated machine consists of heavy-duty industrial units designed for long-cycle continuous thermal processing and online chemical separation:

Pyrolysis Assembly & Continuous Slag Removal System: The central continuous reactor chamber is integrated with water-cooled screw discharge unit. This design allows continuous carbon black slag removal while maintaining airtight sealed conditions inside the reactor during non-stop production cycles.

Fractional Distillation & Catalytic Tower: Designed to separate volatile hydrocarbon vapors into targeted boiling ranges, this column splits gases into gasoline fractions and diesel fractions on-line, bypassing the requirement for standalone offline oil distillation units.

Thermal Heating & Gas Recycling Network: The combustion chamber and gas burners were packed alongside a non-condensable gas recovery piping manifold. This system collects non-condensable pyrolytic gas, passes it through safety water seals, and routes it back into the burners to lower operational fuel consumption.

Flue Gas Purification Unit: A dedicated environmental protection—containing dedusting and odor removal system, atomizing water scrubber—was loaded to ensure atmospheric emissions fulfill local Indonesian environmental standards.

Auxiliary Liquid Transfer Pumps: Heavy-duty oil pumps, circulating water pumps, and liquid transfer pipelines were packed in crates to support uninterrupted fluid movement throughout the plant layout.

Indonesia DY-2.5 fully continuous plastic to diesel and gasoline integrated machine shipment site

Quality Verification and Containerization Protocol

To ensure seamless installation on site, our factory quality control team followed strict packing and verification procedures prior to dispatch:

Pressure & Leakage Verification: The reactor vessel, catalytic column, fractionating tower, and condenser tubing were subjected to pneumatic pressure tests to confirm zero leakage across all welded seams and flange connections.

Protective Crate & Electrical Packaging: The PLC control terminal, digital gauges, hydraulic valves, and motor drives were packed in boxes lined with damp-proof barriers.

Internal Container Securing: Large components were strapped with heavy-duty steel wire ropes and floor-anchored timber bracing inside the shipping containers to prevent shifting under maritime transport conditions.

Indonesia DY-2.5 fully continuous plastic to diesel and gasoline integrated machine packaging site

The cargo has departed from the manufacturing plant and is currently being to ocean shipping to Indonesia. Upon arrival at the customer's factory, DOING technicians will assist with equipment positioning, piping connection, electrical panel wiring, burner tuning, system debugging, and hands-on operational training for the DY-2.5 fully continuous plastic to diesel and gasoline integrated machine, ensuring the system transitions smoothly from delivery to stable daily production, giving the customer complete operational autonomy over their fuel supply line.