Condition the feed
Separate free water and screen solids before defining hot equipment.
Sampling method, water, solids and mixed-oil history.Used lubricating oil distillation
Request a quote Waste Engine Oil Distillation Plant | Feed-Tested Configuration
Configure a waste engine oil distillation plant from feed analysis, target fractions, residue route, throughput and site utilities.
Transactional equipment page
Waste engine oil distillation plant—configured from the feed and product brief
This page owns equipment enquiries for used engine and lubricating oils. It does not promise a standard recovery rate or finished-product grade before representative tests.
Scope the line in four evidence stages
Define atmospheric cuts
Confirm lighter fractions from measured boiling behaviour.
Curve, target cut and condenser-duty basis.Justify vacuum service
Add reduced pressure only when useful heavier material and thermal limits support it.
Reduced-pressure data and agreed stability boundary.Close product and residue routes
Specify polishing, acceptance tests, bottoms, condensate and gas handling.
End-use specification and local compliance route.Proceed when
- Representative feed results are available
- Target fractions and methods are named
- Throughput, hours and utilities are defined
- Residue routes are feasible
Hold when
- Feed is only called black or mixed oil
- Water, solids or contamination are unknown
- A universal yield or fuel grade is requested
- No residue or emissions route is confirmed
Inquiry evidence for engineering
Configuration, capacity, recovery, energy use, emissions and product quality remain project-specific until confirmed by testing, engineering documents and contract acceptance criteria.
- Feed source and variability
- Lab results and boiling-range method
- Target products and test limits
- Nominal and peak throughput
- Utilities and plot constraints
- Country, site status and delivery boundary
Feed analysis record
Seven inputs that must be closed before the process basis
Record the buyer's sample result separately from the supplier's accepted design boundary. An empty field is an open action, not assumed compatibility.
| Input | Buyer result / evidence | How it changes scope | Supplier boundary / owner / date |
|---|---|---|---|
| WaterMethod, free water and total water result | Not supplied | Sets dehydration, venting and safe heat-up requirements. | Not supplied |
| SolidsSediment method, particle range and representative result | Not supplied | Sets filtration, fouling allowance and clean-out plan. | Not supplied |
| AdditivesOil service history and relevant additive/ash screen | Not supplied | Informs deposits, polishing and product-test scope. | Not supplied |
| Mixed oilsSupplier, tank and cross-contamination history | Not supplied | Determines batch segregation and additional screening. | Not supplied |
| MetalsRelevant metal panel with test method | Not supplied | Informs residue classification, fouling and product limits. | Not supplied |
| Target fractionsEnd use, cut ranges and acceptance test methods | Not supplied | Sets atmospheric/vacuum cuts and downstream polishing. | Not supplied |
| Residue routeExpected receiver, classification and local acceptance | Not supplied | Sets bottoms handling, storage and project feasibility. | Not supplied |
Used lubricating oil distillation
Design the plant from representative used-oil analysis
Used engine and lubricating oils vary in water, solids, additives, oxidation products and mixed-oil contamination. Plant configuration should be based on laboratory feed analysis, target fractions, residue route and local product and environmental requirements.
Vacuum distillation plant range
Compare combined atmospheric and vacuum equipment.
Open Vacuum distillation plant range Atmospheric engine oil distillationCompare an atmospheric-only route for suitable feeds.
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Open Pyrolysis oil distillation plant Waste oil distillation projectReview the preserved distillation project case section.
Open Waste oil distillation projectDistillation decision path
Move from feed evidence to a written project brief
Each link has one job: compare the portfolio, make the pressure decision, scope the equipment, inspect public project evidence, then submit the missing data.
Current step03 · Equipment configurationConfigure a feed-tested waste engine oil distillation plant
Project Verification Passport
Confirm performance boundaries before contract
- Feedstock sampling, composition and moisture testing
- Mass balance, energy balance and output specifications
- Equipment configuration, utilities and site interfaces
- Emission controls, commissioning steps and acceptance criteria
Project enquiry
Submit feed and site data for distillation engineering