Australia 20 TPD Project Record
This page records a nominal 20-tonne-per-day waste oil to diesel project associated with Australia. The photographs document equipment and installation work linked to the project scope. Performance is governed by the agreed specification and commissioning records; this public page does not present a signed acceptance report, product certificates, utility log or permit file as evidence of a guaranteed yield, operating cost or fuel grade.
The intended process recovers usable diesel-range or industrial fuel fractions from compatible waste oils through pretreatment, vacuum distillation, condensation and specification-led finishing. The recovered product must be tested against its stated end use and applicable Australian requirements before sale or use in an engine, generator, burner or blending operation.
Project Basis for a 20 TPD Line
Twenty tonnes per day is a nominal feed-capacity basis, not a guarantee of twenty tonnes of saleable fuel. Sustainable throughput depends on feed water and solids, heating duty, vacuum capacity, selected cut points, cleaning frequency and plant availability. Net product quantity and operating cost should be established from representative feed trials and a complete mass balance.
Representative feed samples should be analyzed for water and sediment, ash, density, viscosity, flash point, distillation behavior, sulfur, total halogens, acid number, metals and glycol. Unknown or incompatible streams should be quarantined. Transformer oil, halogenated oil, chemical waste and water-rich emulsions require separate assessment and must not enter the feed without a specifically engineered and legally permitted treatment route.
Process and Automation Scope
A continuous line can include feed receipt and segregation, screening or filtration, dehydration, light-ends removal, controlled vacuum distillation or fractionation, vapor-liquid separation, condensation into segregated product tanks and a finishing stage selected from laboratory results. Heavy residue, wastewater and non-condensable gas should be collected in controlled systems for permitted reuse, treatment or disposal.
The control scope should define temperature and pressure monitoring, tank levels, flow measurement, alarms, interlocks, emergency shutdown, data recording and operator access. Electrical equipment, hazardous-area classification and control panels must be reviewed for the site conditions and applicable Australian requirements rather than assumed compliant from a generic design.
Safety and Environmental Planning
Site design should address closed transfer, tank venting, pressure and vacuum protection, high-temperature and high-level trips, heating-system safeguards, grounding and bonding, ventilation, gas detection, fire protection, spill containment and emergency response. Non-condensable gas requires knock-out and safety devices before controlled use as fuel or permitted treatment. Heavy residue should be characterized before authorized recovery or disposal.
The project owner is responsible for federal, state and local approvals covering waste-oil receipt, hazardous-waste handling, air emissions, wastewater, recovered-fuel production, product storage, transport and fire safety. Required sampling points, emissions controls and records should be confirmed with the competent authorities before installation.
Commissioning and Acceptance
Commissioning should use a documented feed envelope, calibrated instruments and stable operating conditions over an agreed test period. The acceptance report should record feed quantity, removed water and light ends, on-spec and off-spec product fractions, heavy residue, non-condensable gas, normal process loss, utility consumption, downtime and emissions observations. Independent laboratory results should confirm the recovered fuel properties required for its declared end use.
Documents to Confirm Before Ordering
Before purchase, confirm the process flow diagram, equipment list, materials of construction, tank schedule, utility balance, plot plan, electrical standard, control philosophy, hazardous-area basis, battery limits, civil and installation responsibilities, operator training, spare parts, commissioning support, performance-test method and warranty exclusions. These documents are a safer basis for project evaluation than unsupported savings or fuel-replacement claims.
Review the continuous waste oil to diesel plant design criteria for feedstock testing, product release, residue control and scale-up planning.
