Oil Absorbent ECOSAS Fiber Cut-type

Next-Generation Oil Adsorption Technology Attracting Global Attention

― ECOSAS Fiber: A New Standard Paving the Way to "Zero Oil Problems" ―

Marine pollution incidents, oil leaks from factories, foul odors and high cleaning costs from restaurant grease traps—.
Problems related to oil are serious social issues directly linked to environmental risks, cost burdens, and corporate responsibility.

Amidst these challenges,
ECOSAS Fiber is attracting global attention with its innovative technology that "repels water, adsorbs only oil, prevents dripping, and can be recycled."

ECOSAS Fiber establishes an ideal circular cycle of adsorbing, retaining, and regenerating,
fundamentally solving all oil-related problems, from marine incidents to restaurant grease traps.

What is ECOSAS Fiber?

ECOSAS Fiber is a next-generation oil treatment material that achieves an efficient circular cycle of adsorbing, retaining, and regenerating, thanks to innovative nanofiber technology that "repels water and selectively adsorbs only oil."

Why ECOSAS Fiber is Needed Now

• Worsening marine oil spill incidents (approx. 3 million tons annually)
• Strengthened environmental regulations and penalties for factory oil leaks
• Soaring disposal costs for restaurant grease traps
• Risk of secondary contamination due to dripping from conventional adsorbents

👉 It is attracting attention as a material that can solve all these problems at once.

Overwhelming Performance Difference from Conventional Products

• Adsorption Ratio: 18-55 times its own weight (conventional 3-5 times)
• Selective Adsorption: Adsorbs only oil, not water
• Retention Power: Virtually zero dripping
• Reusability: Regenerable and recyclable
• Marine Use: Acquired MLIT Type Approval and Korea Coast Guard Certification
• Environmental Impact: Circular use, not predicated on disposal

Three Innovative Technologies

① Groundbreaking Oil Adsorption Performance

Selectively recovers only oil even in environments where water and oil are mixed.
Demonstrates overwhelming performance in grease traps and factory wastewater.

② Virtually Complete Drip Retention

Strongly retains adsorbed oil due to its special fiber structure.
Significantly reduces the risk of secondary contamination.

③ Regenerable Circular System

Achieves "Adsorption → Collection → Washing → Regeneration → Reuse."
A circular economy aiming for zero waste.

Industry-Specific Implementation Effects

🌊 Marine and Port Sector

• Oil recovery rate over 95%
• Adsorption speed: Approximately 5 times faster than conventional methods
• Zero impact on marine life (proven)

🏭 Manufacturing and Chemical Plants

• 70% reduction in cleaning time
• 60% reduction in adsorbent usage
• Improved operational safety

🍽️ Food Service and Kitchen Facilities

• Over 95% grease removal rate
• Cleaning frequency reduced from "daily" to "once a week"
• Elimination of odor problems and wastewater discharge standard violation risks

⚙️ Automotive and Machinery Industry

• 40% reduction in wiping time
• 30% reduction in cleaning agent usage
• High evaluation in environmental audits

Grease Trap Improvement Set [Savior for Restaurants]

Changes After Implementation

• Significant improvement in foul odors
• Reduced cleaning costs and labor expenses
• Prevention of pipe blockages
• Consistent compliance with wastewater discharge standards

👉 Highly praised as a "miracle of odor-free grease traps."

Globally Recognized Reliability

• Ministry of Land, Infrastructure, Transport and Tourism Type Approval (P-658 / P-659)
• Korea Coast Guard Certification
• SGS International Safety Certification
• Environmental Contribution Award (2024)

ECOSAS Fiber (Cut Type)

• Applications: Grease traps, oil-water separators, general oil adsorption
• Adsorption performance: Max 900cc with 30g (30 times its own weight)
• Features: Easy installation, no maintenance required
• Acquired Type Approval P-658

Conclusion

ECOSAS Fiber is a global standard oil adsorption solution that simultaneously achieves environmental protection, cost reduction, and operational efficiency.