How Optimizing Oil Extraction Processes Boosts Efficiency: A Case Study in Industrial Success

09 01,2026
QI ' E Group
Case study
Discover how a major oil processing plant achieved a 12% increase in oil yield, 18% reduction in energy consumption, and 30% lower labor costs by implementing our high-efficiency solvent extraction equipment. This case study highlights the role of automation, customized design, and process optimization in transforming traditional operations into intelligent, high-performance production systems—offering a replicable blueprint for efficiency gains across the industry.

How a Leading Oil Plant Boosted Efficiency by 30% Using Custom Solvent Extraction Technology

In the competitive world of edible oil production, even a 5% improvement in extraction efficiency can translate into millions in annual savings. That’s exactly what happened at one of Southeast Asia’s largest oilseed processors after implementing our industrial-grade solvent extraction system.

The Challenge: Inefficient Processes Costing Millions

The client—a family-owned enterprise with over 20 years in the business—was struggling with outdated mechanical presses and manual solvent recovery systems. Their average oil yield was just 78%, while energy consumption per tonne of raw material hovered around 45 kWh. Labor costs were also rising due to inefficient workflows and frequent maintenance issues.

“We were losing money on every batch we processed,” said Mr. Lee, Operations Director. “Our old equipment wasn’t just slow—it was unreliable.”

Our Solution: Tailored Automation Meets Proven Engineering

We didn’t offer a generic solution—we designed a custom solvent extraction unit that integrated real-time temperature control, automated solvent recycling, and modular design for easy scalability. Key features included:

  • Advanced vacuum-assisted extraction (reducing solvent loss by up to 25%)
  • AI-driven process monitoring for consistent output quality
  • Modular layout allowing integration with existing facilities without major downtime

Results That Speak Volumes

Metric Before After Improvement
Oil Yield (%) 78% 90% +12%
Energy Consumption (kWh/ton) 45 37 -18%
Labor Cost Reduction High Low -30%

These improvements weren't just theoretical—they were measured across six months of continuous operation. The plant now processes 20% more product with fewer workers and less energy, turning a once-marginal operation into a high-margin asset.

Why This Works for Your Business Too

Whether you're processing soybeans, sunflower seeds, or palm kernels, our approach is scalable, reliable, and built on decades of field-tested engineering. We don’t sell machines—we deliver outcomes.

If you’re ready to move beyond legacy systems and start seeing measurable gains in yield, cost, and sustainability, let’s talk. Our team will analyze your current setup and recommend a tailored path forward—with no obligation.

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