BOC Sciences provides comprehensive GC×GC (comprehensive two-dimensional gas chromatography) testing solutions, tailored to address the analytical challenges faced by industries working with complex sample matrices. Our service portfolio covers trace-level component detection, separation of multi-component mixtures, and in-depth compound characterization.
Equipped with cutting-edge instrumentation and supported by a team of seasoned analytical chemists, we ensure high-resolution, precise, and reproducible data outputs. Each project is accompanied by a clear, data-driven report designed for straightforward interpretation and practical application. Clients value our technical competence, data reliability, and consistent service quality. From routine analyses to customized research projects, BOC Sciences delivers comprehensive insights and actionable results that enhance R&D and production decision-making processes.
GC×GC testing is a sophisticated analytical technique developed to separate and characterize complex mixtures with exceptional precision. It employs two chromatographic columns featuring distinct stationary phases: the first column provides preliminary separation, while the second column further resolves overlapping peaks, significantly improving resolution and sensitivity.
This dual-dimensional approach enables detailed molecular profiling and quantitative analysis of compounds that may not be distinguishable through traditional one-dimensional gas chromatography. GC×GC testing is widely utilized in chemical analysis, environmental assessment, and industrial quality control, offering a deeper and more accurate understanding of sample composition.
Provides high-sensitivity quantification of hydrocarbons and volatile organic compounds. Ideal for carbon number distribution, total hydrocarbon profiling, and routine quantitative analysis. At our facility, experiments are optimized based on sample characteristics to deliver accurate and reproducible data, supporting R&D, quality control, and product development.
Enables detailed qualitative and quantitative analysis of complex mixtures. Suitable for structural elucidation, isomer differentiation, and identification of unknown components. Our GC×GC-MS protocols provide high-resolution data, assisting clients in chemical profiling, impurity detection, and process optimization.
Offers high-resolution, high-throughput analysis, ideal for trace component detection and comprehensive isomer separation. This technique is suitable for complex petroleum, environmental, and bio-sample analysis. We provide tailored acquisition and data interpretation strategies to deliver precise, three-dimensional chromatographic information.
Specialized for trace detection of halogenated compounds in environmental and industrial samples. Electron Capture Detection provides extreme sensitivity for chlorinated, brominated, and other halogenated analytes, enabling reliable monitoring of contaminants and target compounds in low concentrations.
Designed for selective detection of nitrogen- and phosphorus-containing compounds. Particularly useful for pesticides, agrochemicals, and bioactive molecules. Our service ensures sensitive and accurate quantification, helping clients monitor targeted analytes with high specificity.
Quadrupole mass spectrometry coupled with GC×GC offers fast, targeted qualitative and quantitative analysis. Ideal for routine screening, trace-level component identification, and process monitoring. Customized acquisition methods and data interpretation strategies ensure reliable and actionable results.
Contact us with your sample information and analytical requirements. We will recommend the most suitable GC×GC techniques to meet your research, quality control, or product development needs.
Send your liquid or soluble solid samples for advanced GC×GC testing using our secure submission process.
Researchers in natural products and plant extracts often require a comprehensive analysis of complex mixtures to identify active compounds, impurities, and secondary metabolites. Common challenges include highly intricate sample matrices, limited sample quantities, and the need for high-resolution separation. Our GC×GC testing services provide detailed compositional profiles, enabling precise characterization, optimization of extraction or purification methods, and reliable support for product development and quality assessment.
Polymer and materials scientists frequently face challenges in analyzing additives, residual monomers, and degradation products within complex matrices. Limited access to advanced analytical instrumentation and high-resolution separation demands can hinder development workflows. GC×GC Testing offers superior separation and quantitative insights, assisting in polymer characterization, formulation optimization, and quality control, ultimately improving research efficiency and product performance.
Companies in the flavor and fragrance industry deal with highly complex volatile and semi-volatile mixtures requiring detailed compositional analysis. Typical challenges include subtle differences in compound ratios, matrix interference, and stringent consistency requirements. Our GC×GC services deliver precise chemical profiling, supporting formulation development, quality assurance, and consistent sensory performance of products across batches.
Petroleum and petrochemical industries require high-resolution analysis of crude oils, fuels, and hydrocarbon mixtures for composition monitoring, impurity detection, and process optimization. Common obstacles include highly complex sample matrices and the need for rapid, accurate results to support production decisions. Our GC×GC testing provides comprehensive hydrocarbon profiling, enabling enhanced product characterization, improved process control, and reliable quality management.
Whether for R&D, production, or quality assurance, our GC×GC testing services provide high-resolution and reliable analysis for your complex samples. Connect with our experts to develop a customized testing plan that supports your research objectives and industrial projects.
Clients submit their testing needs via email, form, or phone. Our experts provide tailored technical solutions and confirm sample compatibility.
Samples are sent following our guidelines. Upon arrival, the laboratory registers and inspects them, ensuring suitability for GC×GC analysis.
Our scientists design an optimized two-dimensional gas chromatography plan, including column selection and parameter settings, ensuring precise and reproducible results.
Advanced GC×GC instruments analyze the samples while experts monitor the process to ensure high-quality, reliable chromatographic data.
Collected data are processed with specialized software, generating clear chromatograms. Internal review ensures scientific accuracy and reproducibility.
A detailed report, including chromatograms and analysis interpretation, is securely delivered electronically for clients' research or development use.
Utilizing cutting-edge GC×GC technology, BOC Sciences achieves 3–5 times higher peak capacity than conventional GC, effectively resolving trace components in complex mixtures.
With highly sensitive detectors, our service identifies low-abundance components at ppm or even ppb levels, ensuring reliable detection of trace substances in complex samples.
BOC Sciences offers tailored sample preparation and method development for gases, liquids, and solids, enhancing analysis efficiency, reproducibility, and reliability across diverse compound types.
Equipped with advanced 2D chromatographic software, we provide automatic peak integration, pattern recognition, and multidimensional visualization for precise, actionable analytical insights.
At BOC Sciences, we offer GC×GC Testing capabilities that empower research and quality control across various application domains.
Client: A mid-sized pharmaceutical R&D company
Challenge: The client required an in-depth characterization of complex drug formulations to identify minor impurities and degradation products that traditional GC could not resolve.
Solution: BOC Sciences deployed GC×GC-MS with optimized column combinations and modulation settings to achieve high-resolution separation. Detailed 2D chromatograms and quantitative analyses were provided, along with expert interpretation to support formulation optimization.
Outcome: The client gained clear insight into impurity profiles, improved formulation strategies, and enhanced confidence in their product development pipeline.
Client: A leading personal care and cosmetic manufacturer
Challenge: The client needed to separate and quantify hundreds of volatile fragrance components in complex cosmetic matrices, where overlapping peaks hindered accurate analysis.
Solution: BOC Sciences applied GC×GC with dual detection (FID/MS), optimizing temperature programming and modulation for high-resolution separation. Comprehensive 2D chromatograms and component reports were delivered to support product innovation.
Outcome: The client achieved precise volatile profiling, enabling improved fragrance formulation, enhanced product consistency, and accelerated R&D cycles.
Client: A specialty chemical company
Challenge: The client needed to analyze intricate chemical mixtures, including hydrocarbons and additives, to optimize production and quality control, where conventional GC lacked sufficient resolution.
Solution: BOC Sciences implemented GC×GC with dual detectors and advanced peak deconvolution. Detailed 2D chromatographic maps highlighted compound families and distribution patterns, providing actionable insights.
Outcome: The client obtained high-resolution characterization of chemical mixtures, streamlined process optimization, and improved decision-making for product development.
The GC×GC testing service provided by BOC Sciences allowed us to achieve a deeper understanding of complex volatile mixtures. Their detailed 2D chromatographic separation and insightful data interpretation enhanced our formulation development strategy. The clarity and granularity of the results have been extremely valuable to our R&D team.
— Dr. M., Senior Scientist, Flavor & Fragrance Company
BOC Sciences' GC×GC testing consistently delivered high-resolution chromatograms with exceptional sensitivity. The multi-dimensional separation offered by their platform enabled us to detect minor components that were previously overlooked, supporting more informed decision-making in our analytical projects.
— Dr. K., Head of Analytical Chemistry, Specialty Chemicals Company
The GC×GC testing service from BOC Sciences provided highly detailed chemical profiling that was directly actionable. The depth of data enabled us to optimize product formulations and better understand complex sample matrices. Their professional guidance throughout the process strengthened our confidence in the analytical results.
— Dr. S., R&D Manager, Petrochemical Research Lab
BOC Sciences' GC×GC service offered unparalleled separation of highly complex samples, giving our team precise and interpretable analytical data. The robust methodology and thorough reporting facilitated our product characterization efforts and informed strategic research directions.
— Dr. R., Lead Scientist, Agrochemical Development Team
