EPA Method 8015 D Instrumentation Guide

EPA Method 8015 D is a widely used gas chromatography method for the analysis of nonhalogenated volatile and semivolatile organic compounds in environmental samples. This includes the determination of gasoline range organics (GRO), diesel range organics (DRO), and oil range organics (ORO) in soil, water, and waste. The method utilizes gas chromatography with flame ionization detection (GC-FID) for its high selectivity, sensitivity, and compatibility with complex hydrocarbon mixtures commonly encountered in environmental remediation and compliance testing.

A photo of a refurbished AGILENT GC-FID system for EPA METHOD 8015 D that links to a catalog of gas chromatography equipment.

GC-FID instrumentation used for Method 8015 D must deliver accurate quantification, stable retention times, and consistent response across a wide dynamic range. Instruments should accommodate a variety of sample matrices and support automated workflows to improve throughput. Below are GC-FID systems from leading manufacturers—each selected for its full compatibility with the method’s analytical requirements. These systems provide the performance and compliance support needed for laboratories conducting petroleum hydrocarbon monitoring under the SW-846 framework.

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Agilent 7890 A GC with FID for EPA Method 8015 D

The Agilent 7890 A GC system with Flame Ionization Detector (FID) is a dependable platform for EPA Method 8015 D applications. It features accurate electronic pneumatics control (EPC) for maintaining flow stability and retention time reproducibility. With flexible injector configurations and rapid oven ramping, the 7890 A efficiently separates hydrocarbon classes, allowing clear differentiation of gasoline and diesel components in complex environmental matrices.

This system supports dual-column configurations and is compatible with Agilent’s ChemStation or OpenLab CDS software for streamlined method control and data reporting. The FID provides robust sensitivity for quantifying petroleum hydrocarbons across a wide concentration range. Its rugged design and consistent performance make the Agilent 7890 A a trusted instrument for environmental labs performing remediation, spill response, or regulatory monitoring under the requirements of EPA 8015 D.

Thermo Scientific TRACE 1310 GC-FID for EPA Method 8015 D

The Thermo Scientific TRACE 1310 GC is a high-precision system designed for accurate petroleum hydrocarbon analysis under EPA Method 8015 D. Its modular design allows easy customization of injectors and detectors to suit GRO, DRO, or ORO analytical needs. With superior oven temperature programming and rapid column stabilization, the TRACE 1310 supports consistent peak resolution across a range of hydrocarbon mixtures in soil and water.

Its integrated FID offers high signal stability and responsiveness for low- and high-level hydrocarbon detection. The system is controlled by Chromeleon software, which enables efficient batch analysis, quality control, and regulatory documentation. Built for scalability and long-term performance, the TRACE 1310 is an excellent fit for environmental laboratories seeking reliable GC-FID capabilities for Method 8015 D hydrocarbon quantification.

Shimadzu GC-2030 with FID for EPA Method 8015 D

The Shimadzu GC-2030 is a reliable gas chromatograph engineered for hydrocarbon analysis under EPA Method 8015 D. It features Smart Flow Control (SFC) for consistent carrier gas regulation and advanced injector technology for sharp peak shape and low drift. Its precise oven programming and high-speed data acquisition ensure accurate measurement of DRO and GRO fractions across diverse environmental matrices.

Equipped with a high-sensitivity FID, the GC-2030 provides excellent linearity and repeatability, ideal for monitoring petroleum hydrocarbons in compliance programs. Its LabSolutions software simplifies method development, integration, and regulatory reporting. Designed for efficiency and ease of use, the Shimadzu GC-2030 is a strong choice for labs requiring cost-effective, high-performance solutions for petroleum hydrocarbon testing under EPA 8015 D.

PerkinElmer Clarus 690 GC with FID for EPA Method 8015 D

The PerkinElmer Clarus 690 GC is a rugged and versatile system built for EPA Method 8015 D analysis of nonhalogenated hydrocarbons. It features a fast-heating oven and precise electronic pressure control for stable retention times and sharp peak resolution. Its split/splitless injection system enhances performance for both high-concentration and trace-level petroleum contaminants in soil and groundwater samples.

The Clarus 690 uses the TotalChrom data system to streamline method validation, data acquisition, and EPA-compliant reporting. Its Flame Ionization Detector offers excellent sensitivity and minimal maintenance, making it ideal for busy environmental testing workflows. Whether for diesel range organics or complex fuel mixtures, the Clarus 690 delivers dependable results aligned with the analytical demands of EPA Method 8015 D.

Bruker Scion 456 GC with FID for EPA Method 8015 D

The Bruker Scion 456 GC is a high-performance instrument optimized for petroleum hydrocarbon monitoring under EPA Method 8015 D. It features precision temperature control, rapid oven programming, and robust injection systems to ensure high-resolution separation of gasoline and diesel range organics. The FID provides low background noise and a wide dynamic range for accurate quantification of hydrocarbons in soil, water, or sludge.

Its CompassCDS software offers integrated method setup, calibration tracking, and compliance-ready data reporting. The Scion 456 GC supports dual-detector configurations and multiple sample introduction techniques, increasing its versatility in high-throughput labs. For environmental professionals focused on regulatory compliance, the Scion 456 provides long-term stability, automation support, and analytical reliability for complex hydrocarbon testing programs.

JEOL JGM-1000 GC-FID System for EPA Method 8015 D

The JEOL JGM-1000 is a precision GC-FID system designed for trace and bulk-level hydrocarbon analysis in line with EPA Method 8015 D. The system features high-performance temperature programming and dual-column capability for flexible separation of overlapping hydrocarbon peaks. It performs reliably across GRO, DRO, and ORO applications, enabling accurate monitoring of fuel-related contamination in environmental matrices.

JEOL’s easy-to-use control software allows for real-time method management, data visualization, and regulatory-compliant reporting. The system’s durable architecture and low baseline noise support high-sensitivity analysis in both field and fixed-lab settings. With robust automation features and strong analytical repeatability, the JGM-1000 delivers dependable performance for EPA 8015 D petroleum hydrocarbon assessments in environmental testing laboratories.

Choosing the Right GC-FID System for EPA Method 8015 D

GC-FID systems for EPA Method 8015 D must offer reliable retention time stability, reproducible peak resolution, and accurate detection of GRO, DRO, and ORO contaminants. Choosing the right platform depends on analytical workload, throughput needs, automation compatibility, and regulatory reporting requirements. Each system listed above supports compliance-ready workflows and has been validated for hydrocarbon quantification under the SW-846 protocol for EPA 8015 D.

  • For high-throughput labs: The Bruker Scion 456 and Agilent 7890 A offer advanced automation and reliable long-run stability.
  • For cost-efficient routine testing: The Shimadzu GC-2030 and PerkinElmer Clarus 690 provide excellent value with low maintenance.
  • For labs needing modular control: The Thermo TRACE 1310 and JEOL JGM-1000 support flexibility across multiple petroleum hydrocarbon workflows.

We offer certified refurbished GC-FID systems that are fully tested, calibrated, and configured for EPA Method 8015 D compliance. Whether your lab focuses on remediation projects, fuel spill investigations, or regulatory site assessments, our expert team can help you find the right system for accurate, efficient, and cost-effective hydrocarbon analysis. Contact us today to explore available inventory and receive expert guidance in choosing the right system for your Method 8015D needs—ensuring precision, throughput, and regulatory confidence.