https://shmuker.oss-cn-hangzhou.aliyuncs.com/data/oss/65b068c3c2e9735675cac322/65b46cb67cfeb5177346777c/20240426173741/未标题-1_画板%201.png

Case Study: How a Cooperative Increased Sunflower Seed Oil Yield by 13% Using Advanced Filtration Technology
2025-11-30
QI ' E Group
Customer Cases
This practical case study explores how a cooperative successfully boosted sunflower seed oil extraction efficiency by 13% through optimized processing techniques and advanced filtration equipment. Based on real-world implementation, the report details key improvements in seed preparation, dehulling accuracy, pressing temperature control, and oil filtration precision—offering actionable insights for small to medium-scale producers. The analysis includes process flow diagrams, comparative yield data, and maintenance best practices tailored to different production scales, emphasizing both technical effectiveness and operational simplicity. This evidence-based approach helps processors reduce waste, enhance consistency, and strengthen competitiveness in the edible oil market.
https://shmuker.oss-accelerate.aliyuncs.com/data/oss/20250709/4f28d202b4c22cc0b842d7c599e33754/54332119-59ec-4235-845c-3653a5b04b23.jpeg

Boosting Sunflower Oil Yield by 13%: A Real-World Case Study from a Mid-Sized Cooperative

For small to mid-scale sunflower oil producers, even a 1–2% increase in extraction efficiency can mean the difference between profit and loss. That’s why we’re diving into a case study that demonstrates how one cooperative—processing approximately 15 tons of raw sunflower seeds per week—achieved a measurable 13% improvement in oil yield through targeted process optimization.

The Problem: Low Yield Despite Standard Equipment

The cooperative had been using basic hydraulic presses and manual filtration systems for years. Initial analysis revealed their average oil yield hovered around 32%, far below the industry benchmark of 37–39% for cold-pressed methods. The root causes? Inconsistent seed preparation, poor temperature control during pressing, and inefficient filtering that led to significant residue loss.

Process Step Before Optimization After Optimization
Seed Cleaning & Dehulling Manual sorting, ~65% dehulling rate Automated dehuller, ~92% dehulling rate
Press Temperature Control Ambient temp (~25°C), inconsistent Controlled at 50–55°C, stable output
Filtration Precision Coarse mesh filter (100μm) High-efficiency filter (20μm)

By upgrading just three key steps—seed prep, press temperature, and filtration—the cooperative saw an immediate lift in yield. Notably, the use of a precision filter significantly reduced oil trapped in solids, contributing directly to the 13% gain.

Why This Matters for Your Business

If you're operating at similar scale (5–20 tons/day), these changes are not only achievable but economically impactful. For example, increasing yield from 32% to 35.6% means an extra 360 kg of oil per week from the same input volume—a real boost in revenue without expanding capacity.

What makes this case especially valuable is its focus on operational simplicity. No need for expensive automation or complex training. Just better tools, clear protocols, and consistent maintenance practices. As one team member noted: “It’s not about buying more machines—it’s about making every machine work smarter.”

Ready to Unlock More From Your Raw Material?

Discover how our advanced filtration system helped this cooperative achieve consistent results—and how it could do the same for your operation.

Explore the Filter That Delivered +13% Yield

Remember: the most powerful improvements often come from refining what you already have—not replacing it entirely. Whether you’re starting out or scaling up, smart equipment choices paired with disciplined process management will always deliver returns.

Recommended Products
Hot Products
Contact us
Contact us
https://shmuker.oss-cn-hangzhou.aliyuncs.com/tmp/temporary/60ec5bd7f8d5a86c84ef79f2/60ec5bdcf8d5a86c84ef7a9a/thumb-prev.png