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Agilent 8860 GC with 7693 Autosampler, Dual FID, and Dual S/SL: Applications in Pharma, Food, and Environmental Labs
The Agilent 8860 GC System, configured with a 7693 Autosampler, dual Flame Ionization Detectors (FID), and dual Split/Splitless (S/SL) inlets is a versatile gas chromatography platform widely used in environmental, petrochemical, food and beverage, pharmaceutical, biofuel, and industrial quality control laboratories. Common laboratory applications include hydrocarbon profiling, residual solvent analysis, fatty acid methyl ester (FAME) testing, biodiesel characterization, total petroleum hydrocarbon (TPH) quantitation, VOC and hydrocarbon monitoring in soil, water, and air samples, and flavor or fragrance compound analysis. The dual FID configuration allows laboratories to either split a single injection to both detectors for simultaneous multi-analyte detection or run two separate methods in parallel, significantly increasing throughput and efficiency. The 7693 Autosampler provides precise and reproducible automated injections, reducing operator variability and supporting high-throughput workflows. Petrochemical laboratories frequently utilize this system for ASTM fuel testing and petrochemical quality control, while food and beverage labs rely on it for beverage analysis, flavor profiling, and quality monitoring. Pharmaceutical and chemical manufacturing facilities benefit from reliable quantitation of solvents, intermediates, and finished products. Combined with robust chromatographic separation, high sensitivity detection, dual-injection flexibility, and proven Agilent reliability, the 8860 GC with 7693 Autosampler, dual FID, and dual S/SL inlets provides a powerful solution for routine, high-throughput gas chromatography applications across multiple industries.
Agilent 8860 GC FID System Price and Cost of Ownership: Reliable Performance at Lower Cost
The Agilent 8860 GC System with a 7693 Autosampler, dual Flame Ionization Detectors (FID), and dual Split/Splitless (S/SL) inlets provides a cost-effective, high-performance solution for laboratories performing routine gas chromatography in environmental, petrochemical, food and beverage, pharmaceutical, and industrial quality control applications. Certified refurbished systems are available for approximately $23,000, offering significant savings compared to new systems, which typically range from $45,000 to $62,000 depending on configuration and accessory options. In addition to the initial acquisition cost, laboratories should consider long-term operational expenses, including carrier and detector gases, GC columns, inlet liners and septa, autosampler consumables, calibration standards, preventive maintenance, software updates, and compliance-related qualification services. The dual FID configuration enhances workflow flexibility by allowing either parallel method operation or split injections for simultaneous detection, increasing sample throughput and analytical efficiency. Purchasing a certified refurbished Agilent 8860 GC with 7693 Autosampler, dual FID, and dual S/SL inlets allows laboratories to maximize capital efficiency while benefiting from reliable automated sample handling, robust chromatographic performance, high sensitivity detection, and consistent reproducibility for hydrocarbon profiling, residual solvent analysis, fuel testing, and routine GC quality control workflows.
EPA Method 8041A: Phenols in Aqueous and Non-aqueous Samples Using the 8860 GC Agilent with 7693 Autosampler, Dual FID, and Dual S/SL
The Agilent 8860 GC System with a 7693 Autosampler, dual Flame Ionization Detectors (FID), and dual Split/Splitless (S/SL) inlets provides a highly effective platform for EPA Method 8041A, which is used for the determination of phenols in aqueous and non-aqueous environmental samples following derivatization and gas chromatographic analysis. The 8860 GC delivers excellent chromatographic separation of phenolic compounds commonly encountered in groundwater, wastewater, soil, sediment, and industrial waste matrices, while the FID offers robust quantitative performance, wide linear dynamic range, and reliable detection of derivatized organic analytes. The dual inlet and dual FID configuration enhances laboratory flexibility by supporting optimized analytical workflows, method development activities, or increased sample throughput for high-volume environmental testing laboratories. The 7693 Autosampler provides precise and reproducible automated injections that improve data consistency and reduce operator variability across large sample batches. Environmental laboratories benefit from dependable retention time stability, excellent reproducibility, and efficient processing capabilities that support regulatory compliance, remediation monitoring, and environmental assessment projects. Combined with advanced gas chromatographic performance, automated sample handling, and proven Agilent reliability, the Agilent 8860 GC with 7693 Autosampler, dual FID, and dual S/SL inlets provides a powerful solution for EPA Method 8041A phenol analysis and routine environmental testing applications.
The Agilent 8860 GC System: Trusted for Quality Control and Research
The Agilent 8860 GC System with Agilent 7693 Autosampler, dual FID detectors, and dual split/splitless (S/SL) inlets is a high-performance gas chromatograph engineered for precise and efficient hydrocarbon analysis across environmental, petrochemical, food safety, and pharmaceutical applications. Its dual-channel configuration allows simultaneous analysis or method flexibility, while the autosampler ensures consistent, high-throughput sample injection. Academic institutions such as the University of Utah and the University at Buffalo utilize similar GC-FID systems for research involving volatile and semi-volatile compounds, supporting both environmental monitoring and industrial studies. These real-world applications demonstrate the system’s reliability, sensitivity, and automation capabilities, making it a dependable choice for laboratories that require accurate quantification and robust performance in demanding analytical workflows.
