CID 510

Product catalog summary

Overview: The document discusses the Cetane ID 510, a technology designed for precise analysis of the Derived Cetane Number (DCN) in diesel fuels. It highlights the benefits of using this technology in refineries, including increased profitability, reduced costs, and enhanced operational safety.

Key Specifications:

Best precision and perfect correlation to ASTM D613.
Significant savings on investment and maintenance costs.
Fully automated technology for ease of use.
High standards for safe operation.

Performance and Savings:

The CID 510 allows refineries to produce diesel closer to specification limits, reducing the need for cetane improvers and increasing profitability.
Annual savings for a refinery producing 100,000 barrels per day can range from $400,000 to $800,000.
The return on investment for the CID 510 can be achieved within three months.

Technology Features:

Fully automated with minimal operator training required.
High-pressure fuel injection design for accuracy.
No cleaning required due to sootless combustion.
Automatic calibration and diagnostic functions.
Built-in safety features including fire monitoring and suppression systems.

Operational Specifications:

Sample volume: 60-160 ml, test duration: 30 minutes.
Operating temperature: 10° to 35°C, recommended 15° to 25°C.
Electrical connection: 115 or 230V, 50/60Hz, max input power of 3kW.
Dimensions: 600mm x 660mm x 660mm, weight: 80kg.

Conclusion: The CID 510 offers a robust, precise, and cost-effective solution for analyzing the cetane number of diesel fuels, providing significant operational and financial benefits to refineries.

Catalog excerpts

Highest Precision in Determining Derived Cetane Number of Diesel Fuel Oils World-class Analysis of Derived Cetane Number for Diesel Fuels • Increases refinery profits with best precision and perfect correlation to ASTM D613 • Significant savings on investment and maintenance • Robust and fully automated technology for high ease of use • High standards for safe operation

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World-class Analysis of Derived Cetane Number for Diesel Fuels Accurate analysis of Derived Cetane Number (DCN) is an important tool for diesel and biodiesel fuel blenders and refineries to maintain fuel consistency and quality. Existing technologies such as CFR Engine and CVCC methods do not meet present market requirements with their high investment and operational cost, difficult operation and poor system performance. Herzog by PAC pioneered the Cetane ID 510 instrument: a unique technology that is proven to provide the best precision in the market for determining DCN of all types of Diesel...

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BEST PRECISION AND IN PERFECT CORRELATION TO ASTM D613 Proven performance from joint ASTM /EI Inter Laboratory Study March’13 that included a set of 20 samples*: • Precision (r & R) exceeds CFR Engine and other CVCC instruments • Cross Method Reproducibility (Rxy) is much better than other CVCC alternatives • Excellent correlation of the Cetane ID 510 to the mean value of the CFR Engine • Calibration is based on the same Primary Reference Fuels (PRF) than the CFR Engine ASTM D613 • Long term calibration stability, no frequent calibration is required like CVCC alternatives • No Carry-Over Effect...

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.

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