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Complete Sesame Oil Extraction Plant for Sudan Agriculture Industry

Zhengzhou QIE Grain and Oil Machinery Co., Ltd
2026-07-02
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As one of the world's primary producers of sesame seeds, Sudan currently exports a massive volume of raw sesame, which results in low added value for the local economy. Constructing a modern sesame oil processing plant not only significantly increases product premium and profitability but also drives the structural upgrading of the entire Sudanese agricultural value chain. From a professional oilseed engineering perspective, this article analyzes the process, equipment, investment budget, and risk control strategies for setting up a sesame oil project in Sudan.
Sudan's abundant sesame resources provide strong support for large-scale sesame oil processing projects.

Why Sudan Is an Ideal Market for Sesame Oil Processing

Investing in a Sudan Sesame Oil Processing project yields a highly rewarding return rate due to the dual advantages of rich resources and strong market demand:

Raw Material Advantage Sudanese white sesame seeds are globally renowned for their high oil content, ranging from 48% to 55%. The abundant local supply and competitive raw material costs provide a secure and stable foundation for localized processing plants.
Value-Added Margin Exporting raw sesame seeds generates limited income. In contrast, after carrying out sesame seed oil processing locally, the combined output value of the refined oil and the high-protein sesame cake increases several times over, turning Sudan's raw material advantage directly into hard foreign currency earnings.
Market Deficit Sudan relies partly on imports for its domestic edible oil supply; localized production facilitates import substitution. In the international market, high-quality pressed sesame oil, recognized as a premium healthy oil, maintains a steady annual demand growth rate above 4%.
Industrial Upgrading A modern Sesame Oil Processing Plant helps transform traditional Sudanese agriculture into a standardized, modern industrial sector, creating numerous technical and manufacturing jobs for the local community.

Benefits of Building a Complete Sesame Oil Extraction Plant

When making a sesame processing investment, configuring a complete, automated production line delivers absolute operational and economic advantages:

PROVEN VALUE CHAIN: Precision Cleaning → Reduces Equipment Wear | Controlled Roasting → Stimulates Natural Aroma | Screw Pressing/Hydraulic Pressing → Retains a rich aroma
01. Maximizing Oil Yield: Modern complete plants can consistently control the residual oil rate in dry cake down to 6% - 8%, eliminating the severe oil wastage common in traditional artisanal workshops.
02. Lucrative Secondary Revenue: The squeezed by-product—sesame cake—boasts a protein content of ≥ 40%. It serves as a highly sought-after, high-energy feed ingredient for livestock industries in Sudan and neighboring African countries, fetching a high commercial value.
03. Premium Branding & Export Readiness: The oil produced by a comprehensive line is clear, free of impurities, and intensely aromatic. It fully complies with international food safety criteria (such as Codex Alimentarius standards), paving the way for investors to establish strong local brands and tap into lucrative export markets.

Recommended Sesame Oil Production Process

Considering that raw sesame seeds in Sudan often contain a higher percentage of field impurities due to manual harvesting, combined with the relatively dry local climate, oil engineering experts strongly recommend a standardized, fully automated continuous screw pressing process.

Sesame oil pretreatment equipment includes cleaning, destoning, magnetic separation, conditioning, and rotary seed roasting systems.

1. Process Flow Diagram

SESAME SEEDS → CLEANING & DE-STONING → CONDITIONING → ROASTING → PRESSING → SEDIMENTATION → MULTI-STAGE FILTRATION → DEGLUMMING (OPTIONAL) → PACKAGING

2. Core Technological Steps

Cleaning

Thoroughly separates sand, stones, dirt, and stalks mixed in during manual harvesting. This reduces the raw material impurity rate to below 0.05% and traps metallic debris, vigorously protecting downstream high-precision pressing components.

Equipment: Vibratory Sieve, Gravity Destoner, Strong Magnetic Separator

Conditioning

Sudanese raw sesame seeds typically arrive with a moisture content under 8%. In this phase, the seed moisture is uniformly adjusted to 10% - 12%, effectively preventing the surface of the seeds from scorching during subsequent roasting.

Equipment: Conditioning Cooker

Roasting

The material temperature is strictly regulated between 150°C and 200°C. This step breaks down the cell structure of the sesame seeds, aggregates microscopic oil droplets, and triggers the Maillard reaction, generating the characteristic, rich aroma unique to premium pressed sesame oil.

Equipment: Rotary Drum Roaster

Pressing

Load the roasted sesame seeds into the press chamber—maintained at a temperature of 100–120°C—and slowly and steadily extract the oil from the seeds.

Equipment: Screw Oil Press or Hydraulic Oil Press

Filtration

The crude oil from the press undergoes initial large-particle settling in the sedimentation tank. It is then pumped into high-precision filters to intercept micro-sized suspended solids, resulting in crystal-clear, bright, and pure primary-pressed sesame oil.

Equipment: Oil Sedimentation Tank, Automatic Leaf Filter / Plate and Frame Filter

Main Equipment List for Sesame Oil Production Line

A highly compatible Sesame Oil Production Line must prioritize heavy-duty wear resistance, low energy consumption, and robust physical protection against Sudan's localized environmental factors.

Equipment Name Core Function & Process Role Sudan Localized Technical Features
Vibratory Sieve & Destoner Sifts out large, medium, and small debris; utilizes gravity differential to thoroughly separate co-existing stones. Specifically enlarged screening surface area to handle high impurity rates.
Automatic Energy-Saving Roaster Regulates roasting under preset temperatures to achieve cell rupture and aroma release. Upgraded with ultra-efficient thermal insulation jacket to lower heat loss.
Continuous Screw Oil Press Delivers multi-stage progressive squeeze and continuous operation to separate oil from the cake. High-chromium alloy heat-treatment extends wear life by over 2 times.
Automatic Leaf Filter Filters crude oil under pressure, blocking micron-level meal residue to clarify the oil. Hermetically sealed structure prevents ambient dust and sand contamination.
Gentle Degumming Assembly Eliminates gums, hydratable phospholipids, and trace free fatty acids from the crude oil. Physical temperature control route. Excessive deodorization is banned to keep aroma.
Central Control Cabinet (Optional) Monitors roaster temperatures, press electrical currents, and pump/valve statuses in real time. Equipped with wide-voltage stabilizer and dust-proof enclosure for local grids.
Industrial hydraulic sesame oil press for high-quality sesame oil production

Plant Capacity Selection & Cost Planning

Below is a realistic and rational investment budget baseline for the Sudanese market, provided by veteran oil machinery exporters:

• 10–30 TPD (Small, Flexible sesame oil pressing line)

Ideal for local Sudanese agricultural cooperatives or private entrepreneurial investors. The complete equipment FOB price generally ranges between $150,000 and $350,000 USD. Factoring in local Sudanese steel-structure workshop construction, customs clearance, basic civil works, and installation, the total project startup capital is roughly $400,000 to $700,000 USD.

• 30–50 TPD (Medium, Fully Automated Standard Processing Plant)

Perfect for established Sudanese mid-sized agricultural traders with reliable raw seed networks. This setup integrates automated conveying, continuous roasting-pressing systems, auto-clarification filtration, and pilot-scale gentle degumming systems. The total machinery investment sits around $400,000 to $800,000 USD.

• 50–100+ TPD (Large-Scale Modern sesame oil refinery & Solvent Extraction Plant)

Geared toward multinational agribusiness conglomerates or state-supported agricultural initiatives. These projects generally introduce a "Pre-pressing & Solvent Extraction" process to squeeze the residual oil in the cake down to under 1%. The overall investment for machinery and core engineering services falls between $1,000,000 and $2,500,000 USD.

Why EPC Turnkey Solutions Reduce Project Risks

When setting up a factory in Sudan, choosing a turnkey sesame oil plant (integrating design, procurement, and construction) represents the absolute best practice to guarantee a smooth plant launch:

  • Tailor-Made Process Engineering: A professional sesame oil EPC contractor designs the plant layout specifically around Sudan's harsh climate (high temperatures and sandstorms) and available energy infrastructure, reducing total system energy consumption by over 20%.
  • Elimination of Interface Conflicts: From cleaning and conveying to roasting, pressing, and filtering, every machine undergoes integrated engineering design and factory pre-assembly testing before shipping. This ensures a 100% seamless system compatibility rate.
  • Overcoming On-Site Installation Barriers: The EPC firm deploys experienced mechanical and electrical engineers directly to the project site in Sudan. They manage local laborers through high-precision electrical wiring and industrial pipe welding, typically cutting total construction time by 20% - 30% compared to self-managed construction.
  • Closed-Loop Technical Training: Reputable suppliers provide extensive operational and preventative maintenance training courses for the local Sudanese crew, ensuring they transition smoothly to running the automated line independently and safely.
The complete sesame oil extraction production line integrates pretreatment, pressing, filtration, refining, and oil storage systems.

How to Choose a Reliable Supplier

A qualified and able to deliver a cross-border sesame oil extraction project, an excellent sesame oil processing equipment supplier should comfortably fulfill the following concrete criteria:

• African Delivery Track Record: Proven success in manufacturing and delivering complete edible oil processing projects over 50 TPD within Sudan or neighboring African nations (edible oil processing project in Africa).

• Custom Engineering Capabilities: Ability to provide full 3D industrial process piping layouts and plant workshop schematics mapped out precisely according to the actual moisture and impurity rates of the investor's raw seed samples.

• All-Inclusive Wear-Parts Packages: Supplying a 1-to-2-year package of critical wear-and-tear components (such as press bars, screws, bearings, and filter cloths) along with the machinery, ensuring the plant doesn't sit idle due to local spare-part shortages.

• Industrial Certifications: Valid corporate ISO9001 Quality Management Certification, with export equipment fully compliant with international safety standards such as European CE certifications.

FAQ

What are the typical civil engineering and floor space requirements for a complete sesame oil plant?

Let's take the highly recommended 30 TPD medium-scale standardized production line as a benchmark: The main workshop (housing cleaning, roasting, pressing, and filtration) usually requires a length of approximately 30 - 40 meters, a width of about 12 - 15 meters, and an eave height of no less than 5.5 - 6 meters to clear vertical bucket elevators. Additionally, you should budget about 300 - 500 square meters for raw seed storage and finished oil tank farms. A total footprint of 1000 - 1500 square meters is sufficient for highly efficient operations.

How do you address unstable power grids or frequent blackouts in certain parts of Sudan?

This is a very common challenge when establishing industrial plants in Sudan. During the plant design phase, engineering teams implement a dual-layer safeguard strategy: investors are strongly advised to integrate an industrial-grade 150kW - 250kW diesel generator set as an emergency backup power source. The central control cabinet is configured with an Automatic Transfer Switch (ATS) system. In the event of a sudden grid failure, the ATS switches over to ensure the oil presses and conveyors safely empty their contents, preventing hot materials from solidifying and jamming the machinery.

Is it necessary to include a "Sesame Peeling Machine" before processing Sudanese sesame?

This depends entirely on your targeted consumer market. Sesame hulls contain high amounts of oxalic acid and cellulose, which impart a slightly bitter undertone to the oil.
• If your target is the Sudanese domestic market or traditional neighboring African markets, local consumers strongly prefer the intense roasted aroma produced by pressing unpeeled seeds. In this case, omitting the peeling machine significantly lowers your initial equipment budget.
• If your goal is exporting to premium markets in Europe and Japan, or supplying raw materials for high-end pharmaceutical and cosmetic applications, it is highly recommended to add an automatic washing and peeling machine after cleaning. Pressed oil from peeled sesame possesses a beautiful golden clarity and a remarkably smooth, mild flavor, which commands a higher premium globally.

What is the estimated lead time for equipment manufacturing, shipping, and local customs clearance to Sudan?

For a standard 30 TPD complete turnkey project, the timeline breaks down as follows:
1. Manufacturing & Pre-Assembly: Typically takes 60 - 90 days, depending on customization details and factory scheduling.
2. Ocean Freight: Shipping from major international ports to Port Sudan generally takes around 30 - 45 days.
3. Customs Clearance & Inland Transport: Takes roughly 15 - 30 days under normal circumstances.
Therefore, investors should finalize technical specifications and secure order placements with their chosen sesame oil machinery manufacturer at least 5 to 6 months in advance to ensure the entire line is installed, calibrated, and commissioned right before the local sesame harvest season begins.

If local Sudanese workers lack experience operating modern oil factories, how does the supplier handle technical handover?

A qualified EPC contractor implements a structured "Two-Stage Training Program." Stage one takes place during factory pre-assembly testing prior to shipment, where the investor's core technical team is invited to join virtual or on-site inspections to learn mechanical principles. Stage two (the core phase) happens directly on-site in Sudan during installation. Commissioning engineers remain at the facility to provide hands-on training to local operators, covering raw material moisture testing, press current optimization, and filter cloth maintenance. Comprehensive English-language Standard Operating Procedures (SOPs) are also delivered to guarantee the local workforce can run the factory independently and safely.

Partnering with a comprehensive oil machinery conglomerate that possesses extensive EPC delivery experience in engineering design, state-of-the-art equipment manufacturing, international installation, and lifecycle technical support—such as QIE Group— presents the definitive cornerstone to ensuring your Sudanese sesame oil project rolls out efficiently, runs stably, and secures a high return on investment.

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