1
Feed and pretreatment scope
Confirm the feed starting point
Whole seed, kernels, screened feed, moisture, and impurities change pretreatment and press rhythm.
See feed prepRapeseed / canola conditioning + hydraulic pressing + acid-value control
Rapeseed and canola oil processing line for hot-press and refined-route projects.
A rapeseed hydraulic line is shaped by three realities to settle first: the seed is small and fines-sensitive, the variety drives the market lane, and many projects are seasonal or retrofit. Address those and the press discussion becomes straightforward.
This rapeseed project starts from variety identification, fines discipline, conditioning sensitivity, and the clarification loop — because these factors decide whether a rapeseed hydraulic line actually works in practice. Regional mills and cooperatives need practical engineering, not abstract catalog talk.
- Seed variety and fines management belong at the start of the rapeseed discussion, because on small seeds the intake and conditioning stages decide line stability.
- Seasonal operation and retrofit constraints are written directly into the project discussion: harvest peaks, off-season storage, and existing building limits are all part of first-round planning.
- Clarification is treated as a designed loop with residence time, tank handoff, and acid-value control — not a vague 'later filtration' note.
Fast inquiry
No need to read everything first; send these 4 points
1Feed condition and pretreatment level
2Hourly or shift-based output
3Crude oil, cake, and downstream handoff
4Voltage, workshop size, and existing machines
Small-seed discipline
Rapeseed cleaning lanes and fines control — where every project should start
Rapeseed and canola are small, round, and prone to fines accumulation. When the discussion starts with cleaning discipline instead of press tonnage, it becomes much easier to keep conditioning stable and crude oil clear. Fines removal, stone separation, and intake uniformity prevent every downstream problem from conditioning drift to unstable oil clarity.
See feed prep
Process flow
01:08
Cleaning, conditioning, pressing, and clarification in one rapeseed sequence
This clip follows rapeseed from the vibrating screen through conditioning silos, into the hydraulic press room, and out to crude-oil clarification. It shows how small-seed behavior creates a tighter, more interdependent line rhythm than larger oilseeds.
Watch the full flow
Conditioning window
Holding silos, heating windows, and seed uniformity before every hydraulic cycle
Rapeseed conditioning is more sensitive than a model table suggests. Small changes in moisture or temperature shift how the entire press room behaves, so the project should be framed as rapeseed engineering rather than a simple machine purchase.
See conditioning logic
Press room engineering
Press cell spacing, operator aisles, and batch repeatability on rapeseed lines
The press room is not just a machine footprint. On rapeseed, batch repeatability depends on how conditioning, loading, pressing, and oil collection are physically arranged. Operator aisles, sample points, and cleanout access matter as much as tonnage.
Review press room
Rapeseed / Canola Oil Press
From raw material to finished oil — design, manufacturing, installation, and technical support for small to large-scale oil plants. Qingzhou, Weifang, Shandong Province, China.
300-630 ton hydraulic lineup
Seven hydraulic models from 300–630 ton — hot (300/325) and cold (355–500 class) with 100 kg max feed per batch (see spec tables).
One-stop oil plant scope
Pressing, refining, dewaxing, filtration, filling, and supporting equipment — ODM supported for complete oil projects. Since 2008: 200+ staff, 1000+ customers served.
Project path
Three steps to judge scope, then send requirements
Real projects do not need a long directory first. Start with feed, route, and post-press handoff; after that, the factory can discuss scope directly.
2
Pressing modules
Choose hot, cold, or product route
Route decides roasting, temperature, filtration, oil finish, and packaging before model comparison.
See route options3
Post-press handoff
Send the project inputs to the factory
Output target, workshop, voltage, downstream handoff, and photos make sizing much faster.
Start rapeseed project briefPhotos and videos first
See equipment, workshop, and delivery before the details
If the full brief is not ready yet, these clips show barrels, pressing, cake discharge, workshop layout, larger models, and export delivery so the scope becomes easier to place.
Barrel and model
00:14
See the 300 / 325 / 355 barrel and model scale
Seeing the barrel, frame, and loading space makes capacity, shifts, and model selection easier to discuss.
Workshop
00:16
Workshop view for layout and operating side
Useful for checking footprint, access aisles, loading side, cake discharge, and filtration position.
Cake discharge
00:14
Cake discharge should be planned with oil handling
Bagging, bins, or crushing after discharge changes press-room flow and by-product value.
Capacity upgrade
00:14
500 model view before expansion or multi-press planning
When the project moves beyond trial batches, workshop height, lifting, loading, and filtration need to be checked together.
Export case
00:14
Export projects need voltage, packing, and delivery conditions
For export projects, voltage, crate packing, spare parts, installation mode, and destination port should be aligned early.
Delivery scene
00:14
Delivery depends on installation interfaces prepared early
Fast startup after arrival depends on power, foundation, lifting, and staffing being confirmed before shipment.
Small-seed discipline
Rapeseed cleaning lanes and fines control — where every project should start
Rapeseed and canola are small, round, and prone to fines accumulation. When the discussion starts with cleaning discipline instead of press tonnage, it becomes much easier to keep conditioning stable and crude oil clear. Fines removal, stone separation, and intake uniformity prevent every downstream problem from conditioning drift to unstable oil clarity.
See feed prep
Process flow
01:08
Cleaning, conditioning, pressing, and clarification in one rapeseed sequence
This clip follows rapeseed from the vibrating screen through conditioning silos, into the hydraulic press room, and out to crude-oil clarification. It shows how small-seed behavior creates a tighter, more interdependent line rhythm than larger oilseeds.
Watch the full flow
Conditioning window
Holding silos, heating windows, and seed uniformity before every hydraulic cycle
Rapeseed conditioning is more sensitive than a model table suggests. Small changes in moisture or temperature shift how the entire press room behaves, so the project should be framed as rapeseed engineering rather than a simple machine purchase.
See conditioning logic
Press room engineering
Press cell spacing, operator aisles, and batch repeatability on rapeseed lines
The press room is not just a machine footprint. On rapeseed, batch repeatability depends on how conditioning, loading, pressing, and oil collection are physically arranged. Operator aisles, sample points, and cleanout access matter as much as tonnage.
Review press room
Project path
Rapeseed projects should start with seed variety, conditioning window, and acid-value reality
Rapeseed and canola projects have three characteristics to settle early: the seed is small and sensitive to fines, the variety determines erucic acid and glucosinolate levels, and many rapeseed regions operate seasonally. Once these three are named clearly, the rest of the project boundary becomes easier to define.
Step 1
Identify the variety: traditional rapeseed, canola, or HEAR
Traditional rapeseed has higher erucic acid. Canola (low-erucic) targets edible markets. High Erucic Acid Rapeseed (HEAR) serves industrial oleochemical uses. The variety changes the entire downstream regulatory and marketing story.
Step 2
Control fines before they control the line
Rapeseed is small and generates fines during handling, transport, and storage. Excess fines block screens, overload the conditioner, and create crude-oil clarity problems that look like press issues but actually belong to intake.
Step 3
Lock conditioning before sizing the press
Rapeseed conditioning — moisture, temperature, and silo residence time — is where batch stability is decided. The press merely processes whatever the conditioner delivers, and rapeseed shifts faster than larger seeds when conditioning drifts.
Step 4
Plan crude-oil clarification as a designed loop, not an afterthought
Rapeseed crude oil benefits from well-designed settling, possibly water degumming, and clean tank transfer. If clarification is left vague, acid value and color will drift and the oil becomes harder to refine or sell downstream.
38–44%
rapeseed / canola oil content
Higher than soybean, competitive with sunflower kernel. Makes hydraulic pressing economically viable for regional and village-scale mills.
3
variety-driven market lanes
Canola for edible retail, traditional rapeseed for regional bulk, HEAR for industrial applications.
Line engineering
Modules and retrofit boundaries that make rapeseed lines workable in real buildings
Many rapeseed projects are retrofits into existing village mills, regional plants, or cooperative buildings. Cleaning, conditioning, the press cell, clarification, and tank zones all need to fit a real floor plan, not an idealized empty workshop.
Retrofit fit
Floorplan mapping for cleaning, press, and tank zones in existing buildings
This graphic helps explain where each module sits when a rapeseed line must fit into an existing regional mill.
Review retrofit layout
Batch rhythm
00:55
Conditioning, loading, pressing, and oil collection on a rapeseed shift
This clip shows how a real rapeseed shift connects conditioning discharge to barrel loading, hydraulic cycling, and crude-oil collection — the rhythm that decides actual daily throughput.
Watch batch cycle
Screening and fines removal
Rapeseed generates fines fast. The cleaning section must handle this load before the conditioner, or conditioning and pressing will both suffer.
Conditioning silos and heating
Rapeseed silo conditioning requires predictable hold time, gentle heating, and consistent discharge. The conditioner stage is the heartbeat of the whole line — not a secondary module.
Clarification and tank handoff
Rapeseed crude oil needs proper clarification: settling, possible water degumming, and clean transfer to storage or refining. Leaving this vague causes acid-value drift and color problems downstream.
- Confirm whether screening, cleaning, and conditioning already exist before narrowing the hydraulic scope.
- Rapeseed reacts faster than larger seeds when fines, storage quality, or feed uniformity drift.
- Press rooms should include operator aisles, sample points, and cleanout access — not just machine footprints.
- Retrofit mills need column spacing, door openings, and tank locations documented early in the discussion.
Market routes
Village mill, regional canola brand, and seasonal cooperative — three rapeseed project types
Rapeseed projects split naturally by scale and season. A village mill pressing local seed during harvest, a regional canola brand operating year-round, and a cooperative with seasonal peak demand need different line sizes, storage logic, and crude-oil handling plans.
Village or township mill
Seasonal operation, local seed, practical clarification, and bulk or drum packaging. The line must be simple enough for limited labor but robust enough for harvest-season peaks.
Regional canola brand
Year-round production, low-erucic variety, controlled conditioning, proper clarification and possible refining. The oil targets retail shelves with consistent color and acid-value standards.
Cooperative or contract processor
Multiple growers supply seed at different moisture and quality levels. The line must tolerate feedstock variation, segregate lots when needed, and produce oil and meal that satisfy several stakeholders.
- Village mills should define harvest-season throughput and off-season storage plan in the first inquiry.
- Canola brand projects need variety traceability, acid-value targets, and retail pack spec.
- Cooperative projects should explain how many growers supply, how lots are segregated, and who owns the oil.
RFQ discipline
Field inputs that make a rapeseed equipment scope usable
Rapeseed projects are often under-specified because the seed is treated as 'just another oilseed.' But seed variety, fines level, seasonal pattern, and clarification requirement all change the line design. Providing these inputs from day one prevents wasted quotation rounds.
- Name the variety: traditional rapeseed, canola (low-erucic), or HEAR — this changes the entire market lane.
- State seed condition: moisture range, fines level, and whether cleaning is already solved upstream.
- Describe the operating pattern: year-round or seasonal, and if seasonal, the peak-period throughput target.
- Define crude-oil destination: clarified and sold, tank-stored and transferred, or sent to on-site refining.
- Attach building plans, existing equipment photos, and a note on steam, electrical, and water availability.
The strongest rapeseed inquiries name the variety, the seasonal pattern, and the crude-oil treatment plan upfront. That combination lets the factory size the line correctly on the first pass.
Route calibration
Rapeseed route notes separate hot pressing, cold pressing, and cooked-seed handling
A rapeseed line should not describe one isolated press. It needs to connect a roasting/cooking section, hydraulic pressing, cake breaking, and fabric filtration. Those details explain when a rapeseed project needs a hot route, when it can stay lower temperature, and where crude-oil clarification begins.
Cooking power changes the line
When an electric-heating cooking stage is included, rapeseed capacity should be checked from cooker discharge first, then from the press cell.
325 press plus cloth/fabric filtration
Rapeseed crude oil carries fine particles and gums. The press, cake breaker, cloth/fabric filter, and settling tank should be discussed as one handoff.
Hot and cold are two operating modes
Hot pressing is usually for practical edible oil and smoother oil release; lower-temperature pressing needs cleaner seed, slower rhythm, and stricter crude-oil handling.
Pressing scope and module boundary
Rapeseed model selection follows the variety-and-product decision: traditional flavor oil leans toward 300/325 hot press with light filtration; canola RBD leans toward 300/325 hot press plus a full refining train.
Traditional vs canola variety verification at intake
The variety must be identified at intake — they look similar but produce different oils. Traditional Brassica napus / Brassica juncea high-erucic varieties versus canola (Canadian-bred low-erucic, low-glucosinolate). This determines the entire downstream plan.
Pre-cooking at 100–110 °C for hot-press route
Steam-jacketed cooker conditions the seed before hydraulic pressing. Proper conditioning gives cleaner oil release, lower residual oil in cake, and the characteristic nutty aroma traditional buyers expect.
300/325 hot-press, 100 kg/barrel, 30–40 min/barrel
300 ton hot-press for moderate capacity, 325 ton for higher-pressure handling of stubborn seed batches. Two-barrel cycle including loading is ~1.5 h. Residual oil in cake ≤7%.
Full RBD refining section (matching rapeseed refining section)
Degumming with hot water + phosphoric acid for hydratable phospholipids, alkali neutralization to remove FFA, bleaching with activated earth, vacuum deodorization at 240–260 °C. The result is a pale yellow neutral oil suited to retail.
Process and line path
Move from process to line scope and project preparation
Each section follows a practical project path so process notes, equipment scope, and project details stay connected.
Conditioning & Route
Review this groupLine & Modules
Review this groupRequirements & Scope
Review this groupFAQ & Delivery
Review this groupAlign the common questions first
Common project questions
The FAQ clears the sticking points around feed boundary, pretreatment depth, downstream handoff, and project scope before the machine discussion narrows.
What is the difference between rapeseed oil and canola oil?
Both come from Brassica species, but canola is a low-erucic-acid (<2%), low-glucosinolate variety bred in Canada from the 1970s. Traditional rapeseed has ~50% erucic acid and a strong flavor. Canola is the global commodity cooking oil; traditional rapeseed is mostly a regional flavor product.
Which press model fits rapeseed?
The 300/325 hot-press series. 100 kg/barrel, 30–40 min/barrel, residual oil ≤7%. Pre-cooking at 100–110 °C is required to activate oil release. Cold pressing is possible on the 355–500 series for premium niches but yields are lower.
Can rapeseed cake be sold as animal feed?
Canola cake yes, in moderate inclusion rates (5–15% in pig and poultry diets) due to its low glucosinolate content. Traditional rapeseed cake has higher glucosinolates and is best used for ruminants or as fertilizer; high inclusion in monogastric diets reduces feed intake.
What should a rapeseed oil inquiry include?
Variety (traditional rapeseed or canola), daily seed input, hot-press or cold-press route, whether the line includes degumming/neutralization/bleaching/deodorization, target product (flavor oil, RBD cooking oil, or crude for further refining), and packaging format.
Why does rapeseed pressing depend so much on conditioning?
Rapeseed is small and sensitive to fines, moisture, and heat. Cleaning, controlled heating, and stable holding time decide whether the press receives a predictable feed.
Should rapeseed oil be planned as hot pressed or cold pressed?
Hot pressing is common when stable yield and stronger local flavor matter. Cold pressing needs cleaner seed, tighter temperature discipline, and a clearer premium-product lane.
What makes a rapeseed retrofit different from a new line?
A retrofit must respect existing cleaners, cookers, filters, floor height, and seasonal rhythm. The press cell should fit those boundaries instead of forcing a catalog layout.
Ready to size a line for your oilseed?
Once feed condition, target output, utilities, and post-press destination are clear, this becomes the place to turn scope into a workable engineering discussion.