we see a fundamental truth of biotechnology: the quality of the final product is a direct function of the discipline applied to the feedstock.
By addressing “the work before the work,” our experienced engineers ensure the system remains protected, yielding a feedstock pure enough for the high-intensity stages to follow.
Why do the workers spend hours reinforcing a crate that is already built?
Because they possess a “Custodian Mindset.”
To a process scientist, a Distillation Column is a vessel for separation.
To our loading team, that 3.3-meter-tall crate is a fragile object that demands respect.
In short, we start from your target product specs and yields, work backwards through market, regulatory and quality requirements like the GOED Voluntary Monograph and IFOS certification, map those onto a robust process route (refining, concentration, purification, blending), and then co-engineer an equipment production solution that’s technically sound, economically defensible, and upgrade-ready for future Omega-3 product demands.
In the competitive world of fish oil production, manufacturers are increasingly faced with the pressure to produce high-purity Omega-3s in larger quantities and with greater
How do we make it work across borders? Moving an equipment production line across borders is hard. Manpower skills differ. Utilities vary. Material costs swing.
Simply speaking, with the right fatty acids processing strategy, our lines routinely deliver basic, mid-, high-, and ultra-high concentrates (≈30-60–95% EPA+DHA), and—with chromatography—near-pure EPA-EE or DHA-EE at ≈95–99.7%. Your exact number depends on feed GC, route (EE or rTG), stage count, and polishing steps.
When the stakes are high—tight specs, tight budgets, tight timelines—the smartest move is to test before you invest. Uncertainties around feed quality, fouling risk, and
Gas Chromatography (GC) testing analyzes marine fish oil samples to measure critical metrics like EPA/DHA content, contaminants, and fatty acid profiles. This data helps manufacturers refine, concentrate, and purify fish oil more efficiently—saving costs and ensuring quality. Precision: Avoid guesswork in refining with exact EPA/DHA measurements.
Compliance: Meet regulatory standards for purity and labeling claims.
Efficiency: Identify process gaps (e.g., oxidation, yield loss) early.
Discover how a meticulously crafted Process Design Package (PDP) can transform your industrial projects. Learn key components, industry-specific strategies, and actionable steps to ensure efficiency, safety, and compliance.
For decades, fish oil processing was a game of compromises. Outdated gear meant wasted oil, sky-high energy bills, and quality that swung like a pendulum. But here’s the truth: Your machinery isn’t just equipment—it’s your competitive edge. Legacy machines bleed money. But modern tech? It’s a profit multiplier. Innovation isn’t just about profit—it’s responsibility. The future belongs to those who innovate. Machine innovation isn’t optional—it’s the bridge between survival and market leadership.
We will contact you within two working days, please pay attention to the email with the suffix”@greatwallcontrol.com”
