Gas Chromatography Market Size, Share & Segment by Product Type (Accessories and consumable, Instrument, Reagents) By End User (Pharmaceutical & Biotechnology Company, Academic & Research Institutes, Food and Beverage, Others (Oil & Gas)) By Regions, And Global Forecast 2024-2032

Gas Chromatography Market Report Scope & Overview:

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The Gas Chromatography Market Size was valued at USD 3.48 billion in 2023 and is expected to reach USD 5.47 billion by 2032 and grow at a CAGR of 5.16% over the forecast period 2024-2032.

The occurrence of respiratory disorders and complexities from post-corona disease syndrome enhanced the demand for reliable diagnostic technologies. Gas chromatography and gas chromatography-mass spectrometry took on an indispensable role in breath analysis due to their point-of-care perks. In fact, the vast demand for this service was properly addressed. According to an article in the Journal of Analytical and Bio analytical Chemistry from March 2022, both GC and GC-MS were key technologies used to evaluate breath during the pandemic. It is noteworthy to mention that GC-MS specifically became the most widely used. To begin with, the fact that it could distinguish particular molecules was certainly important. Additionally, the growing number of SARS-CoV-2 mutations boosted the demand for genetic counseling, serving as a market growth driver. One more factor was the approval process in the pharmaceutical sector and the increase in GC-MS utilization for disease determination. In general, gas chromatography is distinguished by its chemical analysis capabilities, which include separating, measuring, and recognizing drug components at low levels. This is indeed one of the reasons why in January 2023, Sigma-Aldrich Solutions claimed that GC is highly demanded for analyzing both volatile and semi-volatile compounds in exhaled breath, blood, and saliva due to its excellent resolution, velocity, and sensitivity. Its applicability in pharmaceuticals, cosmetics, and the analysis of environmental toxins provides ample evidence that the demand for this type of chromatography is on the rise.

Gas chromatography is also gaining momentum as far as the chemical identification of microorganisms is concerned. For example, the article published in the Research Square journal in May 2022 reported that exhaled gas “is derived from both external sources and internal biological processes” and could be effectively examined by GC-MS. More than 1,000 end-metabolites could be detected at the parts-per-billion level. The only drawback is that this is a non-invasive technique, which allows users to track the course of an illness by analyzing how chemicals change over time. As far as technological innovations are concerned, they, too, have made an invaluable contribution. For instance, in June 2022, Agilent Technologies introduced new LC/MS and GC/MS quadrupole mass spectrometers, which exhibit improved instrument intelligence and diagnostics. The advantages are that the equipment will determine when maintenance work ought to be done in advance. Consequently, laboratory operators would not need to spend time resolving the equipment issues, and the likelihood of the productivity will be minimal. According to official statistics, it is safe to argue that the GC market was positively affected by technological advancements. In the course of the forecast period, it is expected that there will be substantial growth which will be due to the influence of new technologies and the increasing popularity of GC-MS in a wide range of applications. It is crucial to state that GC assisted with continuous monitoring and illness detection.

Market Dynamics

Drivers

Gas Chromatography is the Key to Ensuring Quality across Various Industries

The growth of the gas chromatography market is driven by the increased need for quality control in such industries, as pharmaceuticals, food and beverage, and chemicals. Stringent regulation, imposed by organizations, as FDA and EMA, require a multi-faceted inspection of pharmaceutical materials to ensure their purity, efficiency, and safety. An exceptional ability to separate and analyze miscellaneous compounds makes gas chromatography a perfect tool to identify impurities and degradation products in APIs. In the food and beverage industry, consumers are protected by using GC to monitor an input of pesticides, additives and contaminant, flavor compounds. The USDA and the EFSA use GC to make sure that a food safety regulation is followed by food products. Gas chromatography is essential for the chemical industry as it monitors chemical processes and identifies the changes in composition, ensuring the safety and quality of products. Its popularity among other methods is also driven by technological improvements that ensure maximum sensitivity and speed of analysis. Thus, with an increased demand for quality and safety in production, the use of this method is anticipated to grow, revealing other opportunities to its use, as mastering new technological advancements.

Gas Chromatography is a versatile tool commonly used for quality assurance and environmental monitoring purposes.

Strong analytical instruments, such as mass spectrometry and gas chromatography, play a vital role in the pharmaceutical industry. For instance, in the pharmaceutical industry, GC is essential for ensuring the severe regulation that companies are obliged to follow in the examination of raw materials, intermediates, and final products. Apart from the pharmaceutical industry, GC is actively used in such sectors as environmental monitoring, petrochemicals, and food & beverage, as well. The reasons for its demand are varying, but one of them is its ability to separate and examine volatile compounds. The subsequent growth of the methods use by the advancement of technology, leads to industry market expansion. For instance, an increasingly common personalized medicine approach in the pharmaceutical industry is expected to boost demand for multiple companies. Most of the world’s countries also implement increasingly stringent environmental policies to overcome a pollution problem, which is another reason for the growth of the GC method. Furthermore, the expanding market is due to the rise in shale oil production and increased crude oil usage.

Restraints

Analyzing trace gases poses a challenge and influences gas chromatography.

Stricter standards at a global level are the result of the growing recognition of unexpected health risks associated with even very low levels of toxins. An example is the rules focusing on emissions for the US Clean Air Act, which address the hazardous air pollutants released by industrial plants. Thus, an increasingly specialized solution is needed to monitor both the source emissions and the hazard that such unseen gases pose in the ambient air. Employers whose buildings and facilities use such chemicals as Hazardous Air Pollutants can present higher risk as they are in the dangerous proximity to the sources of emissions, showcasing the substantial importance of effective air quality measures inside buildings. This means that a greater emphasis is placed on the examination of such trace gases, thus posing a challenge for the gas chromatography industry. It is relatively effective for gas analysis, but its limitations are not well understood, particularly in the context of testing for the lowest possible level of toxins. As a result, it is very likely that a specialized gas chromatography systems or, in some cases, an altogether different solution may be required to test for HAPs. Thus, the additional requirements emerging as a result of the new rules also limit the market because now the prices and detail of new measures for industrial buildings using HAPs must increase. With these new requirements and constraints, we also find opportunities for market growth, with new gas chromatography systems that can meet the new needs of trace analysis.

Gas chromatography is an effective instrument with costly limitations.

The market of gas chromatography is rising; however, a number of obstacles may not allow further promotion of the technology. Particularly, it is essential to mention that the price of instruments can be too considerable to be able to buy them. In particular, technology possesses relatively high costs of maintenance and installation; in addition, equipment is relatively hard to use, and one needs to hire a specialist to operate it. In general, it is vital to note that often, in a developing country, no workers who are capable of working with gas chromatography can be found. Furthermore, regulations may require the technology to be implemented. However, because the price of gas chromatography may be too excessive, some organizations may not afford to follow the rules; others will not be capable of obtaining the desired number of clients, which will not be enough to sustain the purchase of the technology. Time and resource investments are in this respect too considerable to implement the technology.

Segment Analysis

By Product

Reagent is dominate in Gas Chromatography Market with 58% of share in 2023. The reagent market will be driven by the indispensable role of reagents in ensuring accurate and reliable analytical results. A great variety of reagents are required, including columns, liners, septa, and derivatization agents that need to be replaced on a regular basis since they are subject to wear and tear. A steady demand for reagents is created by the limited lifespan of goodies. Ongoing demand for high-quality specialty substances suited to a certain usage and sample type expanse THC steady revenue of market participants. For example, Agilent Technologies and. Merck KGaA are prominent suppliers of specialized reagents needed for specific GC analysis, guaranteeing that users have the required goodies to receive sound results. It is essential that the reagents be pure and specific, as in many cases, non-specific substances may contaminate the whole sample rendering it unsuitable for analysis. This is especially the case for such applications as pharmaceutical quality control and environmental monitoring. For example, Agilent offers innovative derivatization reagents that improve the detection of such analytes. Merck provides ultra-pure solvents and reagents that are essential for exact separations and sound results. The significance of reagents for ensuring the quality of gas chromatography is evident from their dominance in the GC market.

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According to gas chromatography market trend, Accessories & Consumables is the fastest growing in Gas Chromatography Market with 26% of share in 2023. The growth of the segment is driven by the ongoing and expanding demand for consumables such as columns, detectors, and high-purity gases in gas chromatography systems. The consumables need to be bought on a regular basis since the wear and tear the devices incur for everyday use shorten their lifespan. For example, columns are vital agents needed for the separation of compounds during analysis, but they are subject ot wear-out since they are used extensively. Likewise, a sensor, without which it is impossible to detect and measure a substance in a particular sample, may also need to be serviced on a routine basis or replaced altogether. In order to gas chromatography work, high-quality gases such as helium and hydrogen are highly demanded as they serve as the carrier medium. There is a strong need to design and produce accessories for a certain application, such as injection systems and detectors. Thermo Fisher Scientific and. Shimadzu Corporation are prominent suppliers of a broad range of accessories and consumables for gas chromatography. For example, Thermo provides sophisticated injection systems that are designed to enhance sample introduction resulting in better analytical results. Shimadzu provides advanced detectors and custom-made columns for a wide range of applications, including environmental monitoring and pharmaceutical quality assurance.

By End Use

The largest share is held by the Pharmaceutical & Biotechnology Company in 2023 and accounts for 37%. Because GC plays a critical role in maintaining the quality, safety, and effectiveness of pharmaceuticals, Pharmaceutical & Biotechnology assert this prominence. GC is equipped for typical pharmaceutical manufacturing pilots that include testing the findings to prove material purity, detect impurities and control the makeup of drug production due to the standards established in the sector. GC is a vital resource for verifying the quality of finished pharmaceutical products before they are released for sale and reviewing them using selective methods. Combining GC with mass spectrometry for identifying diverse chemical compounds is particularly useful when analyzing biological fluids such as blood and urine. GC-MS is used to detect a wide range of products, including barbiturates, alcohols, narcotics, residual solvents, anesthetics, antihistamines, anticonvulsants, and sedative-hypnotics. It is important to note that GC is also equipped to effectively detect poisons and venoms, which are critical to clinical toxicology. The study conducted by NCBI on February 7, 2022, established that GC combined with a drift tube IMS had relative percentage errors of less than 8.4% when detecting psychoactive compounds in oral fluids, which indicates its reliability and sensitivity. The demand for robust GC systems that cater to the diverse requirements of the pharmaceutical and biotechnology sectors is being spearheaded by Agilent Technologies, Thermo Fisher Scientific, and PerkinElmer. For example, Agilent Technologies has perfected the manufacturing of advanced GC-MS systems that meet the rigorous demands of pharmaceuticals testing. Thermo Fisher Scientific is also at the forefront of installing GC solutions that enable the users to obtain the highest levels of sensitivity and throughput for quality control and regulatory requirements. In this scenario, PerkinElmer’s advances in GC technology have it positioned to lead the way in drug testing and analysis by making for greater precision and effectiveness.

Regional Analysis

North America is to hold the highest share in Gas Chromatography Market with 37% of share in 2023. Expanding because of the growing popularity of GC techniques and research in the pharmaceutical and biopharmaceutical industries. Chromatography instrumentation has demonstrated its efficiency in a range of uses such as final production testing, pharmaceutical analysis, environmental monitoring, and food testing. Increasing incidence of chronic diseases and higher need for drug development and personalized medications are also helping to fuel market expansion. Innovative industrial online gas chromatography analyzer from Focussed Photonics, showcasing advancements in chromatography methods, is anticipated to drive market growth. The rising use of chromatography methods, especially in the food and beverage and pharmaceutical sectors, is fueled by the growing prevalence of severe illnesses and higher funding in research and development for drug innovation and manufacturing. The PhRMA trade group noted a substantial rise in research and development spending by its member companies in the United States, reaching almost USD 79,610 in 2021. This pattern suggests a bright future for new drug development and subsequently an increasing need for GC in drug discovery uses, further propelling market expansion in North America.

Asia Pacific is the second fastest growing region in Gas Chromatography Market with 29% of share in 2023.The rising healthcare industry in Asia Pacific is causing a higher use of gas chromatography in the area. The Gas Chromatography Market in India is predicted to experience significant growth in the upcoming years. India is famous for its agricultural industry and vast expanse of land. Gas chromatography has been effectively used to analyze organic pollutants such as volatile organic compounds and to analyze chlorinated pesticide residues in agricultural products. Furthermore, it is also used to assess the composition and quality of fertilizers. The agriculture sector in India has seen consistent growth, resulting in a rise in the demand for GC. In 2023, China had a significant portion of the gas chromatography market. China is actively combatting environmental pollution by implementing stricter regulations to tackle air, water, and soil pollution. China has toughened penalties for environmental crimes, particularly those involving pollution, which has led to positive outcomes. Gas chromatography is a dependable method for overseeing the environment by examining pollutants in environmental samples.

Key Players

Some of the Major Players are GE Healthcare, Shimadzu Corporation, Thermo Fisher Scientific, Inc., Agilent Technologies, Bio-Rad Laboratories, Inc, Dani Instruments SPA,W. R. Grace & Co.-Conn, Restek Corporation, Buchi, Danaher Corporation, Merck KgaA, PerkinElmer, Inc. and others

Recent Developments

• In April 2024, Valmet announced the acquisition of Siemen’s Process Gas Chromatography (PGC) & Integration business. GCs are used to measure chemical composition in evaporable liquids and gases in all the production stages. The acquisition is expected to strengthen Valmet’s process automation segment with process GC and analyzer systems offerings.
• In March 2022, Thermo Fisher Scientific announced the launch of Gas Chromatography (GC) and Gas Chromatography (GC)-Mass Spectrometry MS instruments to offer improved customer experience, simplified operations, and easy adoption.