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Export-Grade Sesame Oil Production Standards Explained: Key Process Steps to Meet EU and US Food Safety Requirements
2025-09-18
QI ' E Group
Product related content
Want to export sesame oil to Europe and the United States? Success hinges on mastering an industrial production process aligned with international food safety standards. This article breaks down critical stages—from raw material cleaning and pre-press dehulling to high-temperature pressing, filtration, degumming, and refining—revealing how precise temperature control impacts oxidative stability and how automation ensures consistent quality. Real-world case studies illustrate how each step affects final product performance. Practical, scalable optimization strategies are provided for small-to-medium enterprises (SMEs), along with essential HACCP and ISO 22000 compliance checkpoints. Whether you're a production manager or technical decision-maker, this guide helps you overcome technical barriers and strengthen your competitive edge in global markets.
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Export-Grade Sesame Oil Production: Mastering the Process for EU & US Markets

For sesame oil producers aiming to break into the European and North American markets, compliance isn’t optional—it’s the foundation of trust. According to the European Food Safety Authority (EFSA), over 40% of food import rejections in 2023 were due to non-compliance with hygiene and chemical safety standards—many involving edible oils. This guide walks you through the critical steps of industrial sesame oil production that directly impact export readiness.

From Raw Material to Refined Product: Key Stages That Matter

The journey from raw sesame seeds to certified export-grade oil involves six core phases:

Stage Purpose Critical Control Point
Raw Seed Cleaning Remove dust, stones, and foreign particles Moisture content ≤ 8%
Pre-Press Dehulling Separate husk from kernel Dehulling efficiency ≥ 95%
High-Temperature Pressing Extract oil efficiently while minimizing oxidation Temp: 110–130°C (optimal for stability)
Filtration & Degumming Remove phospholipids, free fatty acids, and impurities Final acidity < 0.1% (measured as oleic acid)

A case study from a Malaysian processor shows that implementing automated temperature control during pressing reduced peroxide value by up to 35%, significantly improving shelf life and meeting U.S. FDA requirements for oxidative stability (peroxide value < 5 meq/kg).

“Temperature consistency is not just about quality—it’s about avoiding costly recalls.” — Dr. Lena Müller, Food Safety Consultant at IFST

Why Automation Matters for SMEs

Small-to-medium enterprises often struggle with inconsistent batches. However, investing in semi-automated systems—like PLC-controlled presses and inline moisture sensors—can reduce variability by up to 60%. The ROI? Faster certification cycles, fewer rejected shipments, and stronger buyer confidence.

For example, a Chinese exporter using basic automation achieved ISO 22000 certification within 6 months instead of 12, saving an estimated $18,000 in wasted product and labor costs.

If your goal is long-term competitiveness, stay ahead of trends like enzymatic refining and cold-pressed methods for premium segments. These innovations are gaining traction in the EU organic market, where demand for clean-label sesame oil grew by 22% YoY (Source: Euromonitor, 2024).

Ready to turn your process into a global asset?

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