Our GC-IR testing services cover the full spectrum of analytical needs for chemical, biochemical, and industrial applications. Utilizing advanced gas chromatography coupled with infrared spectroscopy, BOC Sciences provides precise qualitative and quantitative analysis of complex samples. Our team of experienced scientists ensures accurate, reproducible results, while maintaining strict attention to data integrity and confidentiality. Clients consistently recognize our technical expertise, thorough reporting, and responsive support. From routine testing to specialized analytical solutions, BOC Sciences' GC-IR services deliver actionable insights that help optimize research, development, and production processes across diverse industries.
GC-IR testing, or Gas Chromatography–Infrared Spectroscopy, is an advanced analytical technique that integrates the separation power of gas chromatography with the molecular specificity of infrared spectroscopy. In this process, volatile and semi-volatile sample components are first vaporized and carried through a GC column by an inert gas, where they are separated based on differences in volatility, polarity, and interaction with the stationary phase. Each resolved compound then passes into an infrared spectrometer, where it absorbs characteristic wavelengths of IR radiation, generating a unique molecular fingerprint. This combination allows simultaneous separation, identification, and structural characterization of complex mixtures with high specificity and accuracy.
We provide GC-vpIR services, directing GC-separated components straight into an infrared detector for rapid, real-time analysis. This method requires minimal sample preparation and is ideal for volatile organic compounds, fragrances, and environmental air monitoring, delivering reliable qualitative structural insights for our clients.
We offer GC-sdIR testing, depositing separated components onto a cooled surface as a solid for infrared measurement. This approach suits high-boiling or low-volatility compounds, providing stable spectra and precise identification of chemical intermediates, specialty chemicals, and challenging analytes in complex mixtures.
We provide GC-liquid IR services, condensing or dissolving GC-separated fractions for subsequent infrared analysis. This technique supports high-boiling liquids and organic solvents, enabling clear functional group characterization and structural analysis for samples unsuitable for direct gas-phase detection.
We conduct GC-off-line IR testing, collecting separated fractions for infrared measurement, allowing flexible sample handling and high-sensitivity analysis. This method is particularly effective for trace components and complex mixtures, providing accurate structural elucidation and robust support for research and development.
Share your sample information, and our team will suggest the best GC-IR testing approach.
Provide your sample details, and our team will ensure optimal GC-IR testing.
Our GC-IR platform at BOC Sciences offers a comprehensive range of advanced coupling techniques, enabling detailed structural and isotopic analysis across complex samples. These services integrate infrared spectroscopy with mass spectrometry, pyrolysis, and isotope ratio analysis, supporting precise identification, differentiation of isomers, and specialized research applications. Key GC-IR capabilities include:
| Technology | Principle / Features | Applications |
| GC-IRMS | GC-separated components are analyzed for isotopic ratios using mass spectrometry. | Isotope composition determination, source tracing, environmental and food safety studies. |
| GC-IR + MS | Infrared spectra and mass spectral data are acquired simultaneously, enhancing structural elucidation. | Precise structural identification, differentiation of isomers. |
| GC-MS-IR | GC-MS provides molecular weight and fragment information while IR delivers functional group analysis. | Highly complex samples, forensic, and chemical analysis. |
| GC-Py-IR | Polymers or low-volatility samples are pyrolyzed, separated by GC, and analyzed by IR. | Polymer characterization, materials chemistry research. |
Clients submit sample information and analysis needs. Our technical team evaluates and provides professional guidance for accurate testing solutions.
Clients send samples to BOC Sciences. Experts advise on proper preparation, solvent selection, and concentration to ensure reliable GC-IR analysis.
Our specialists develop optimized GC-IR methods, combining high-resolution chromatography and infrared spectroscopy to identify complex sample components.
Collected GC-IR data undergo peak identification, spectral matching, and structure confirmation, ensuring scientifically accurate and interpretable results.
A professional report is prepared, detailing component analysis, structural confirmation, and method explanation, reviewed by experienced analysts.
Reports are securely delivered to clients. Our team provides follow-up support for result interpretation and further analytical guidance.
BOC Sciences offers comprehensive GC-IR testing services that combine gas chromatography with infrared detection, providing precise structural elucidation and molecular analysis to help researchers and developers advance their projects efficiently.
BOC Sciences utilizes high-resolution GC-IR systems, capable of detecting trace components at ppb levels, ensuring accurate analysis of complex sample structures.
Our analytical team possesses extensive GC-IR expertise, handling diverse sample types with tailored methods for reliable interpretation and scientifically valuable insights.
We maintain a global network of laboratories and suppliers, providing optimal resources and collaboration to ensure feasibility and flexibility for challenging or rare samples.
Beyond basic spectra, we offer customized interpretation and trend analysis, leveraging extensive spectral databases to deliver actionable insights for R&D and quality studies.
BOC Sciences provides GC-IR Testing services that support a broad spectrum of applications in pharmaceutical research and development.
Client: A leading flavor and fragrance manufacturer in Europe
Challenge: The client required precise separation and identification of volatile and semi-volatile compounds in complex essential oil and fragrance mixtures, where conventional analysis often caused overlapping peaks and ambiguous results.
Solution: BOC Sciences implemented advanced GC-IR, optimizing column selection and temperature programming for targeted separation. Our team applied tailored sample introduction techniques and high-sensitivity IR detection to generate detailed spectral fingerprints for each compound.
Outcome: The client obtained highly resolved chromatograms and accurate structural identification of key aroma constituents, significantly improving formulation precision and product consistency.
Client: A major petrochemical company in North America
Challenge: The client needed robust identification of complex hydrocarbon mixtures with overlapping molecular structures, ensuring accurate characterization of unknown or minor components.
Solution: BOC Sciences utilized GC-IR with high-resolution capillary columns and optimized split/splitless injection methods. Advanced infrared spectral deconvolution and integration with chromatographic data allowed precise differentiation of structurally similar hydrocarbons.
Outcome: The client achieved enhanced compound discrimination, reliable quantification of trace components, and comprehensive analytical reports that supported R&D and process optimization projects.
Client: An environmental testing laboratory in Asia
Challenge: The client required sensitive and selective analysis of trace volatile organic compounds (VOCs) in air and water samples, where complex matrices often interfered with detection.
Solution: BOC Sciences applied GC-IR with tailored stationary phases and temperature gradients, combined with high-sensitivity infrared detectors. Our team optimized sample pre-concentration and matrix removal techniques, enabling clear separation and spectral identification of VOCs at low concentrations.
Outcome: The client obtained accurate identification of environmental contaminants, improved analytical resolution, and high-quality, interpretable reports that enhanced decision-making for environmental monitoring projects.
The GC-IR testing service from BOC Sciences provided us with highly reliable molecular fingerprinting and detailed structural information. Their advanced interpretation of spectral data allowed us to differentiate closely related compounds with clarity, greatly strengthening our decision-making process in R&D.
— Dr. M., Head of Analytical Sciences, Global Chemical Manufacturer
We were impressed by BOC Sciences' deep technical expertise in GC-IR analysis. Their team offered clear data outputs that integrated seamlessly with our internal workflows. The professionalism and consistency demonstrated have made them a trusted extension of our analytical resources.
— Dr. K., Senior Manager of Process Development, Specialty Materials Company
BOC Sciences' GC-IR testing enabled us to gain clear insights into highly complex compound profiles. Their systematic approach and precise data interpretation gave our team the clarity needed to advance critical research initiatives with confidence.
— Dr. A., Principal Scientist, Innovative Biotech Startup
The GC-IR testing from BOC Sciences has proven invaluable in our advanced material studies. Their ability to deliver comprehensive spectral interpretation has streamlined our comparative analyses across multiple projects. This service has become an important strategic tool in our innovation pipeline.
— Dr. R., Director of R&D, Advanced Materials Company
