Elemental analysis supports quality control, environmental compliance, and research across different industries.
Elemental analysis enables precise understanding and control over elemental composition, driving product quality, regulatory compliance, and innovation. PAC’s solutions deliver accurate data and reliable measurements, empowering industries to make informed decisions and optimize their processes efficiently.
Refineries and petrochemical plants rely on elemental analysis to monitor sulfur and nitrogen levels in petroleum products. This ensures adherence to product specifications and regulatory limits, optimizing product quality by controlling impurities. PAC's elemental analyzers help refineries and other process plants to avoid issues like catalyst poisoning and equipment corrosion.
Elemental analysis with the NSure makes it possible for refineries to select optimal feedstocks based on sulfur and nitrogen content, ensuring the final blend meets market demands and regulatory requirements. This enhances product consistency and stability, laying the foundation for superior performance.
In refining and petrochemical operations, catalysts are used to enhance process efficiency. Scientists rigorously test catalysts to improve performance and select the most suitable ones for specific applications. PAC’s solutions provides insights like understanding the composition of catalysts and enables the monitoring of changes in elemental composition during catalyst use. Armed with such data, laboratories can refine catalyst designs to achieve greater effectiveness and longevity in industrial applications.
Material characterization is essential for understanding the composition, structure, and properties of different materials. Elemental analysis aids this process by identifying specific elements like sulfur and nitrogen, and determining their concentrations. This data ensures material quality meets specifications and assesses durability against corrosion.
One of the most important aspects of elemental analysis is the reliability of the measurement. The data must be trustworthy, even with the most complicated sample matrices. Inaccurate measurements can impact product quality, safety, and regulatory compliance. PAC’s sulfur and nitrogen analyzers arrive onsite fully tested and calibrated using samples from the customer to ensure accurate, reliable instrument performance.
Achieve faster analysis cycles and traceable results, contributing to increased lab productivity and efficiency.
Monitor sulfur and nitrogen levels to prevent equipment damage and ensure safe operations.
Control impurities and ensure compliance with product specs and regulatory limits.
