24 Oct 2025

Precision Measurement for Ethanol Gasoline Blending Applications

At Qingdao Add Value, we deliver precision flow measurement solutions for critical hydrocarbon processing applications. Our recent collaboration with CNOOC for their ethanol gasoline custody transfer operations demonstrates our capability to support accur

At Qingdao Add Value, we deliver precision flow measurement solutions for critical hydrocarbon processing applications. Our recent collaboration with CNOOC for their ethanol gasoline custody transfer operations demonstrates our capability to support accurate blending processes.

 

Precision Measurement for Ethanol Gasoline Blending Applications


Application Overview:

In ethanol gasoline blending operations, precise mass measurement of component fluids is essential for maintaining product quality and meeting regulatory standards. Our K-Series Mass Flow Meters provide the reliable performance required in these demanding applications.

 

Technical Implementation:

DN80 Caliber Mass Flow Meters for accurate measurement of base component oil mass;

DN50 Caliber Mass Flow Meters for precise ethanol gasoline mass measurement;

Seamless Integration with automation equipment for controlled ratio blending;

Direct Mass Display providing real-time mass unit readouts in warehouse operations.

 

Key Benefits:

l Custody Transfer Accuracy - Ensures precise measurement for financial transactions

l Automated Ratio Control - Enables consistent blend quality through integration with process automation

l Mass-Based Measurement - Eliminates the need for volume-to-mass conversions, reducing potential error sources

l Proven Performance - Reliable operation in demanding hydrocarbon processing environments

 

Our K-Series Mass Flow Meters are specifically engineered to meet the rigorous demands of custody transfer applications, providing the accuracy and reliability necessary for ethanol gasoline blending operations.

 

Contact us to learn how our flow measurement solutions can enhance precision and efficiency in your blending processes.