Membrane chromatography is a relatively new and unproven bio separation technique that combines membrane filtration and liquid chromatography into a single step. Novel membrane devices with high binding capabilities and enhanced mass transfer properties have resulted from developments in membrane chemistry. Because of its disposable design, low buffer use, and lower equipment costs, membrane chromatography will dramatically reduce downstream bioprocessing costs. The method's key advantage is that communications between molecules and active sites in the membrane take place in convective through-pores rather than passive fluid within the resin pores, resulting in short diffusion times. Another appealing aspect of these membrane devices for biopharmaceutical industries is their single-use capability, which reduces contamination risk and production costs by reducing cleaning and regeneration steps. Regenerated cellulose is used in the majority of maximum membrane chromatography devices, particularly those for ion exchange.
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Key Driving Factors: Owing to Hydrodynamic benefit:
Because of the hydrodynamic advantage, the total process time, labour demand, and energy consumption have all been reduced. Membrane chromatography has grown in popularity since it can be used as a disposable system while still producing a high-purity product. As a result, the increasing demand for membrane chromatography in the biopharmaceutical industry is expected to drive market growth over the forecasted era.
This report offers the major market player’s profiles, such as Danaher Corporation, Thermo Fisher Scientific, Merck Millipore, Asahi Kasei Corporation, Sartorius AG, 3M Company, Restek Corporation, Purilogics, GVS Group, Membrane Solutions LLC, Cole-Parmer Instrument Company, Regis Technologies Inc., and GL Sciences Inc.
Opportunities: Future chromatography demand:
The global membrane chromatography market is primarily driven by rising biopharmaceutical demand and expanding R&D projects in the biotechnology industry for the improvement of the healthcare sector. Furthermore, the significant advantages of membrane chromatography over conventional chromatography methods, as well as increased regulatory scrutiny of cleaning validation of downstream purification processes, are driving market development. Furthermore, both of these factors will contribute to a rise in chromatography demand in the near future.
The ion exchange membrane chromatography segment commanded the most market share. The demand for membrane absorbers was dominated by the ion exchange membrane chromatography segment. The advantages of ion exchange membrane chromatography, such as reliability, accuracy, and precision, high selectivity and speed, scalability, high separation performance, and low consumables and disposables costs, are all contributing to the segment's development.
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Published Date : March-2021