Soybean · oil 18-22% · phospholipids 1.8-2.5% · lecithin recovery

Soybean pricing starts with pretreatment, oil handoff, and meal value

The same feed tonnage can produce very different equipment scopes if dehulling, degumming, meal cooling, refining, or a high-protein meal target is added.

Send soybean source, moisture, hull status, pretreatment depth, pressing route, crude-oil endpoint, meal protein target, utilities, existing equipment, and workshop data before pricing.

01

Capacity data

Feed rate per hour, hours per shift, shifts per day, and realistic working days.

02

Process boundary

What equipment is included now, what already exists, and what may be added in phase two.

03

Commercial outputs

Crude oil destination and soybean meal outlet/specification should both be named.

FIG-01IMG
Soybean RFQ preparation boardRFQ board

Capacity, route, oil, meal, and utilities in one packet

A soybean quote changes quickly when any one of these inputs is missing.

Project fork

Classify the soybean project before reading a machine list

01

Feed-linked mill

Meal cooling, protein, bagging, and pickup rhythm are as important as crude oil.

02

Crude-oil supplier

Storage, settling, phospholipid handling, and refinery acceptance decide the post-press scope.

03

Specialty soybean brand

Non-GMO identity, lot records, lower-temperature route, and clean transfer change the line.

Pricing inputs

Minimum data for a credible soybean quote

  • Raw material: soybean variety or source, moisture, impurity level, hull status, and current storage method.
  • Preparation scope: cleaning, destoning, dehulling, cracking, flaking, cooker/conditioner, and whether each is existing or required.
  • Pressing route: hot pressing, lower-temperature specialty pressing, test/pilot production, or retrofit press cell.
  • Downstream oil: settling days, filtration expectation, degumming/refining plan, tank volume, filling plan, or crude-oil sale.
  • Soybean meal: target market, protein expectation, residual-oil ceiling, cooling, storage, and bagging/bulk logistics.
  • Site: workshop dimensions, photos, floor load, voltage, steam or thermal oil, compressed air, water, drainage, and installation schedule.
Avoid re-quoting

The details that most often change soybean price

01

Adding dehulling later

A press-only price is not comparable with a line that includes dehulling, hull separation, cracking, and conveying.

02

Adding refining later

Soybean crude oil may need degumming and refining; if the final product is bottled oil, include that direction from the first inquiry.

03

Changing capacity language

Annual tonnage, daily feed, shift output, and press-cycle assumptions can describe very different equipment scopes.

Project boundary

What to confirm before scoping Soybean Project Data Before Pricing

Soybean Project Data Before Pricing should not be quoted from an equipment name alone. Check feed lots, target oil, post-press handling, and packing rhythm in one scope before deciding which Soybean Oil Press modules stay. Listed on the factory hot-press page — discuss 300/325 first.

When feed condition, moisture, impurities, batch weight, and product position are unclear, press tonnage and filter area become guesswork. Factory systems share 60 MPa and 2.2 kW motors; hot pure press is 30–40 min/barrel and cold pure press is ~2 h/barrel — cycle time matters more than brochure tonnage.

  • Confirm whether feed is whole seed, kernels, pretreated material, or an existing semi-finished stream.
  • Confirm whether the target is crude oil, filtered oil, bottled oil, drum ingredient oil, or a refining handoff.
  • Hot cycle reference: pure press 30-40 min/barrel, ~1.5 h for 2 barrels with loading; cold pure press ~2 h/barrel, ~4.5 h for 2 barrels.
  • Confirm batch rhythm, labor, changeover, retained samples, power (often 380V/50Hz/3ph), and site install conditions.
Factory model check

Match hot / cold models to factory hard data

When discussing Soybean Project Data Before Pricing, pin models to published factory specs — not tonnage alone.

Hot 300/325: 300–325 ton, 60 MPa system, standard barrel Ø390×800 mm / max 100 kg, pure press 30–40 min/barrel, ~1.5 h for 2 barrels with loading, 2.2 kW motor. Cold 355/400/426/480/500: 370–630 ton, integrated frame, same 100 kg standard barrel, pure press ~2 h/barrel, ~4.5 h for 2 barrels with loading; optional Ø300 high-pressure barrel max 60 kg. Residual oil target ~≤5% (peanut hot often 6–8% measured).

60 MPa
System pressure
High-low dual pump, ~60 MPa continuous
2.2 kW
Motor power
380V / 50Hz / 3 phase
300/325
Hot series
Pure press 30–40 min/barrel · ~1.5 h for 2 barrels
355–500
Cold series
370–630 ton · pure press ~2 h/barrel · ~4.5 h for 2 barrels
  • Standard barrel Ø390×800 mm, max ~100 kg crushed feed; optional Ø300 high-pressure barrel max ~60 kg.
  • Cylinder material 27SiMn; cold frames are integrated molded steel; hot frames are typically H-type channel steel.
  • Listed on the factory hot-press page — discuss 300/325 first.
Equipment check

project scope needs to land in equipment interfaces

After Soybean Project Data Before Pricing is clear, write the interfaces: how preparation feeds the press, how oil leaves the press, how filtration connects to tanks, and how packing receives finished oil.

01

Front-end input

Record feed form, daily volume, moisture, and sorting needs so pretreatment is not left to operators.

02

Degumming, lecithin, and meal

Crude soy oil holds 1.8–2.5% phospholipids — hydration degumming and lecithin drying are often phase-one. Meal protein 44–46% or 48–50% dehulled needs an offtake plan.

03

Delivery data

Prepare space, power (often 380V/50Hz/3ph), labor, target package, local rules, and acceptance method before quotation.

Questions to confirm next

Clear these up first

For a serious project, do not plan it that way. Cleaning, removing metal and stones, cracking or splitting, and controlled conditioning make the press cycle predictable and protect crude-oil quality.

REQUEST FOR QUOTE

Send this page's requirement to the factory

Bring feed condition, target output, and site constraints, and we will continue from what this page covers.