Advanced Asphaltene Analysis Services
Benchmark Lab is at the forefront of providing specialized asphaltene analysis services, essential for the petroleum industry, materials science, and environmental studies. Our comprehensive suite of services includes asphaltene content measurement, SARA (Saturates, Aromatics, Resins, and Asphaltenes) analysis of crude oil, particle size analysis using 3D microscopy, and asphaltene chemical residue testing. Supported by our cutting-edge laboratory equipped with the latest analytical technologies, we offer unparalleled insights into the composition, behavior, and properties of asphaltenes. Our research and testing capabilities extend to asphaltene deposition testing using a flow loop, addressing one of the industry's most challenging issues.
Asphaltene Content Measurement: We provide accurate quantification of asphaltne content in crude oil and other petroleum products. Understanding asphaltne content is crucial for predicting and managing the challenges associated with their stability in crude oil, including precipitation and deposition which can affect production and processing operations.
SARA Analysis of Crude Oil: Our SARA analysis service offers a comprehensive characterization of crude oil, enabling the separation and quantification of saturates, aromatics, resins, and asphaltnes. This detailed compositional analysis is invaluable for refining processes, quality control, and the assessment of crude oil's economic value.
Particle Size Analysis Using 3D
Microscope: Leveraging advanced 3D microscopy technology, we conduct particle size analysis to determine the size distribution of asphaltne particles. This analysis is critical for understanding the rheological properties of crude oils and developing strategies to mitigate asphaltne-related issues in pipelines and production facilities.
Asphaltene Chemical Residue Testing: Our laboratory is equipped to identify and quantify chemical residues in asphaltenes, providing essential data for refining processes, environmental compliance, and the development of asphaltene inhibitors.
Research Areas: A significant focus of our work involves asphaltne deposition testing using a flow loop. This research area is vital for the petroleum industry, as asphaltne deposition can lead to pipeline blockages, reduced production efficiency, and increased operational costs. Our expertise in simulating and analyzing deposition behavior under various conditions helps in the development of effective management and mitigation strategies.