Which Oil Processing Equipment Is
Right for Your Plant?
With 9 oilseed types, capacities from 1 TPD to 500 TPD, and dozens of configuration options, choosing the right equipment is critical. Our engineers use 15+ years of project data from 500+ installations to recommend the optimal setup for your specific situation.
Professional photograph of various edible oil processing machines — screw oil presses, filter presses, refinery vessels — arranged in a modern factory showroom, industrial product photography, clean professional lighting, Chinese oil machinery manufacturer --ar 16:9
The 4 Critical Equipment Selection Factors
Every equipment recommendation starts with these four inputs. Miss one and you risk a plant that bottlenecks, over-consumes power, or produces oil that doesn't meet your market's standards.
1. Raw Material
Oil content, moisture, shell ratio, and FFA level all determine which press type, conditioner settings, and refinery design to use. A sesame oil plant and a soybean oil plant look very different even at the same capacity — from the cleaning equipment through to the deodorizer. Our database covers 9 oilseed types with region-specific parameters.
2. Daily Capacity (TPD)
Capacity determines the number and size of presses, filter capacity, refinery batch size, and storage tank volume. Under-specifying leads to bottlenecks; over-specifying wastes capital. We calculate exact throughput requirements at each process stage to ensure no stage becomes a constraint to the others.
3. Output Grade Required
Crude oil only (lower investment) vs. refined oil (adds degumming, neutralizing, bleaching, deodorizing) vs. premium grade (adds winterization, polishing). Each step adds cost and complexity. We help you determine the minimum refinery configuration required for your specific target market and product specifications.
4. Site Constraints
Available floor space, power supply (voltage/frequency), fuel type (natural gas, LPG, diesel, biomass), water availability, and local operator skill level all affect design decisions. We flag any site-specific issues — including grid capacity limitations and fuel availability — before manufacturing begins, not after delivery.
Equipment by Oil Type — Quick Reference
A summary of key equipment configurations, capacity ranges, and critical considerations for each of the 9 major oilseed types we support.
| Oil Type | Key Equipment Configuration | Typical Range | Special Considerations |
|---|---|---|---|
| Peanut / Groundnut | Dehulling + roasting + 6YL-160/180 + filter + refinery | 1–100 TPD | Aflatoxin management critical; dehulling increases yield and reduces refinery load |
| Soybean | Conditioning + 6YL-180 + filter + full DBDW refinery | 10–500 TPD | Low oil content (17–22%); solvent extraction recommended for capacities above 50 TPD |
| Sunflower | Dehulling + conditioning + 6YL-160/180 + refinery | 5–200 TPD | Dehulling reduces wax content; wax removal (winterization) required for premium grades |
| Sesame | Roasting + 6YL-130 + natural settling + filter | 1–50 TPD | Cold-press vs dark-roast determines equipment and flavour profile; 6YL-130 preferred for gentler pressing |
| Rapeseed / Canola | Double-press + filter + full refinery | 5–100 TPD | Double-pressing increases yield by 3–5%; glucosinolate management required for food-grade output |
| Palm Kernel | Expeller press + filter + refinery | 5–200 TPD | High oil content (45–55%); RBD processing and fractionation required for premium markets |
| Coconut (Copra) | Press + filter + DBDW refinery | 5–50 TPD | Cosmetics vs food grade requires different deodorizing depth; VCO requires cold-press configuration |
| Cottonseed | Pre-press + refinery (gossypol removal + winterization) | 10–100 TPD | Gossypol toxin requires bleaching step; wax removal (winterization) necessary for finished product |
| Rice Bran | Stabilizer + pre-press + solvent extraction + refinery | 10–200 TPD | Must stabilize bran within 8 hours of milling; solvent extraction mandatory due to low oil content |
How We Select Your Equipment — 5 Steps
A rigorous, data-driven process — not a catalogue-flip. We apply 15+ years of project data to find the configuration that delivers the best return for your specific situation.
Discovery Call
We discuss raw material, capacity, floor space, local power, budget, and output product requirements.
Technical Analysis
Engineers analyze your inputs against our 500+ installation database to identify the optimal configuration.
Equipment Proposal
Detailed equipment list: specifications, quantities, model numbers, power consumption, estimated oil yield.
Comparison & Adjustment
We explain trade-offs (batch vs. continuous refinery, number of presses) so you make an informed decision.
Final Specification
Equipment list locked in. No hidden additions or substitutions post-order without your written approval.
6YL Series Screw Press — Size Comparison
Side-by-side comparison of different sizes of screw oil press machines (6YL-100, 6YL-130, 6YL-160, 6YL-180) in an industrial setting, showing scale differences, professional product photography, Chinese oil machinery manufacturer, clean white background, labeled --ar 16:9
The 6YL press series covers 2–10 TPD per machine. Multiple presses run in parallel for larger capacities. Model choice depends on both capacity target and raw material characteristics.
3 Common Equipment Selection Mistakes
These mistakes cost buyers tens of thousands of dollars in lost yield, retrofits, or underperforming plants. Our pre-order engineering review prevents all three.
Presses run faster than refineries. A 30 TPD pressing line paired with a 1.5T/batch refinery creates a costly bottleneck — crude oil tanks overflow, production halts, press time is wasted waiting for the refinery to clear.
A 100 TPD plant in a country with a 200 kVA grid supply will trip the grid daily, damaging motors and causing production losses. Voltage mismatch can silently destroy motor windings within months.
Many buyers skip the dehulling machine to reduce upfront cost. Whole-seed sunflower pressing yields 28–36% oil content vs. 36–44% from dehulled kernels. At 20 TPD scale, that's 1.6–1.8 extra tonnes of oil per day — worth far more than the dehulling machine in weeks.
Related Engineering Services
Equipment Selection — Frequently Asked Questions
Technical answers to the most common questions we receive during equipment selection consultations.
Continuous refinery is recommended for 50 TPD+ plants: higher capital cost ($40,000–$120,000), but delivers consistent quality and lower operating cost per tonne at scale — though it requires more technical expertise to operate.
For most first-time investors at 10–30 TPD scale, a batch refinery is the right choice.
Get Your Free Equipment Recommendation
Tell us these four things and we'll send a detailed equipment proposal — with specifications, quantities, power requirements, and estimated oil yield — within 48 hours.