Measuring Hydrogen in Fuels using MQC+

The MQC+23 benchtop NMR analyser from Oxford Instruments is the ideal solution for precise hydrogen analysis in fuels. Designed to meet the requirements of ASTM D7171, the MQC+ system ensures precise and repeatable results, making it ideal for routine quality control and compliance testing. The method may be adapted to suit distillates measured by ASTM D4808 and D3701.

The combustion properties of fuels are critical to ensuring the efficient and safe operation of engines in machinery and industrial plants. One of the most important indicators of these properties is the hydrogen content of the fuel. Hydrogen content directly influences energy output and performance, making it a key parameter for fuel characterisation.

Traditionally, hydrogen measurement has been widely used in the aviation industry to guarantee compliance with stringent safety and performance standards. However, with rising fuel costs and growing concerns over fuel adulteration, this test is increasingly being adopted for non-aviation applications. Accurate hydrogen analysis helps detect inconsistencies, maintain quality, and prevent costly operational issues across a range of fuel types.

Why choose MQC+ for hydrogen measurement?

• Compliance with ASTM standards: Meets ASTM D7171 for trusted results.
• Rapid analysis: Obtain measurements in minutes, reducing downtime.
• User-friendly operation: Minimal sample preparation and straightforward workflow.
• Cost efficiency: Detect adulteration and maintain fuel integrity, avoiding expensive failures.

By integrating MQC+ into your workflow, you can safeguard fuel quality, optimise performance, and reduce risks associated with poor combustion properties. Whether you are working with aviation fuels or expanding into broader applications, MQC+ delivers the confidence and efficiency your operations need.

Learn more about how MQC+ can transform your fuel testing process.