Thermic Fluid TAN Improver – SYSTEM AN-O
Total Acidity Number Improver
Description:
Why TAN improvement?
When oil is heated, it undergoes oxidation, producing high-boiling compounds that increase its viscosity and acidity. Elevated Total Acidity Number (TAN) levels can cause:
- Accelerated oil degradation
- Increased carbon generation
- Sludge buildup
These issues can result in:
- Reduced heat transfer efficiency
- Potential pipeline punctures
- Coil leaks / punctures
High acidity corrodes metal components, potentially causing pipeline punctures and coil failures.
Thermic Aid SYSTEM AN-O is an online thermic fluid TAN improver that enhances oil condition and reduces acidity without requiring a system shutdown.
Key Features
- Online Operation: No need for a shutdown—improves oil condition during operation.
- Effective TAN Reduction: SYSTEM AN-O efficiently lowers the Total Acidity Number (TAN), reducing acidity and mitigating oil degradation.
Benefits
- Improved TAN levels
- Enhanced safety during operations
- Prevention of further safety-related issues
- Improved oil quality by reducing acidity and enhancing overall oil health
- Eco-friendly solution: Saves oil, reduces costs from replacements, and minimizes downtime
Thermic Aid SYSTEM AN-O is specifically designed to address acidity-related problems. Simply add it into the oil and circulate through the system for effective results.
Contact Us
Transform your thermic fluid management with Thermic Aid SYSTEM AN-O. Reach out Dr Thermic fluid - Eximious to learn more about how our solution can enhance your operations!
Case Studies
Reducing Total Acid Number (TAN) in Thermic Fluid Systems
A plywood manufacturer received a thermic fluid sample report indicating a high Total Acid Number (TAN) exceeding 2.5, along with elevated carbon levels.
Reducing TAN Value in a Petrochemical Complex Using Thermic Aid SYSTEM AN-O
A large petrochemical complex faced a significant issue when the Total Acid Number (TAN) of their synthetic specialized-grade imported thermic fluid increased alarmingly from 0.5 to 1.8 within just three months due to external contamination.
