Ion chromatography (IC) is a technique used in analytical chemistry to separate and quantify positively and negatively charged ions in a sample. It is based on traditional liquid chromatography principles and is specifically designed to deal with ionic compounds. IC is widely used in different business and research industries due to its ability to evaluate a wide range of inorganic and organic ions, making it a versatile analytical instrument.
The significant usage of ion chromatography in the food and beverage (F&B) industry for correctly analyzing and detecting various ingredients, quality, water sensitivity, and content in food goods to ensure product safety is one of the key reasons driving market expansion. This is supported by the broad application of ion chromatography techniques in the pharmaceutical and biotechnology industries for quantitative drug analysis, biomarkers, pharmacokinetics, proteomics, and identifying novel medicinal compounds. Furthermore, the rising demand for ion-exchange chromatography (IEC) for traceable solution component pre-concentration and water purification operations contributes to an increase in the market share of ion chromatography.
The global ion chromatography (IC) market is driven by strict environmental legislation and increased environmental monitoring. IC is crucial for water and soil quality analysis, contamination detection, and environmental compliance. The US Environmental Protection Agency (EPA) regulates water quality for human health and the environment. IC is frequently used to quantify anions (nitrate, sulfate, chloride) and cations (sodium, potassium) in water samples to ensure compliance with these standards. The EU's Water Framework Directive is comprehensive to improve European water quality. IC is often used to monitor and analyze ions in European seas to meet the directive.
WHO research shows that 844 million people lack access to basic drinking water, creating a global demand for water quality monitoring. Environmental scientists and regulators need IC to accurately measure ions, anions, and cations in water and soil samples for monitoring and compliance. Growing environmental and safety concerns are linked to the ion chromatography sector.
The global IC market is growing due to the adoption of ion chromatography (IC) technology in emerging economies and new sectors. Industrialization, environmental awareness, and changing research demands are driving this expansion. Asia-Pacific is using IC technology more in various applications. Due to fast industrial growth, China has prioritized environmental monitoring and water quality investigations. IC regulates water contamination, making the environment safer and cleaner. Pharmaceutical and food companies use IC for quality control and product safety.
Oil and gas have long ruled the Middle East. As environmental awareness and legislation rise, IC is needed to monitor and reduce these firms' environmental impact. IC is essential for assessing produced water, detecting impurities, and ensuring environmental compliance. IC's development into emerging economies and its many uses match the growing demand for reliable ion analysis in diverse industries. IC sector growth and market expansion will increase as these regions industrialize and focus on environmental and quality management.
North America dominates the market and is projected to continue. The US uses ion chromatography for many purposes. Ion chromatography (IC) is used for final product testing, pharmaceutical applications, environmental monitoring, food testing, and more. USP is a non-profit organization that sells books (USP-NF and others) and reference standards. The USP sets ion chromatography guidelines for pharmaceutical uses. EPA, ASTM, and AOAC are among the US market's newcomers. These organizations create ion chromatography application standards or regulatory analysis methods.
Additionally, Thermofisher, Bio-Rad, Perkin Elmer, and GE Healthcare's infrastructure, strong footing, and initiatives will spur ion chromatography developments in this region, driving market expansion. In March 2021, Bio-Rad released the BabyBio IEX Screening Kit and BabyBio Peptide Purification Kit, pre-packed, ready-to-use ion exchange chromatography columns that use the target molecule's surface charge to purify proteins, peptides, and oligonucleotides. Thus, such actions will boost food sector ion chromatography use and market growth.
European Ion Chromatography has a large market share in 2022. HPLC for factory testing and quality control in the pharmaceutical and food and beverage sectors and rising R&D spending drive the European ion chromatography market. The popularity of LC-MS is also increasing due to these factors. German Ion Chromatography had the largest market share, while UK Ion Chromatography was the fastest-growing in Europe. Europe's commitment to environmental sustainability has driven demand for IC in water and soil analysis, making it a major market driver. Various companies and organizations use IC technology extensively in European pharmaceutical quality control and research.
The key players in the global Ion Chromatography Market are Thermo Fisher Scientific, Metrohm, Tosoh Bioscience, Shimadzu, Qingdao Shenghan Chromatograph Technology Co., Ltd, MembraPure GmbH, Nittoseiko Analytech Co., Ltd, Qingdao Puren Instrument, East & West Analytical Instruments, Qingdao Luhai, Sykam, and Cecil Instruments.