Rising Demand for Water Treatment Boosts Microfiltration Membrane Industry
The microfiltration membrane market is projected to experience growth in the coming years, ascribed to the rising demand for microfiltration technologies such as industrial wastewater treatment, expansion of the pharmaceutical industry, and increase in the industrial application of this technology in the food & beverage sector.
The microfiltration membranes are expected to generate sales worth $7,517.38 million by 2030. Under the material segment, the PVDF captures a significant share of the microfiltration membrane industry, ascribed to the numerous benefits of these membranes, such as high flow rates for solvent, and mobile phase applications, it includes multiplexed bead-based assays, and sample preparation. It also contributes to major pharmaceutical applications, more specifically, protein separation.
Under the filtration technology, cross-flow filtration is expected to experience substantial growth in the microfiltration market in the near future, ascribed to the rapid industrial adoption of the technology, such as in water treatment, medical, food, and pharmaceutical. The cross-flow filtration is massively popular in the mentioned industries, due to the self-cleansing mechanism that eliminates the built-up materials on its surface and prevents foul smell.
Under the application segment, industrial wastewater captures the significant revenue share of the microfiltration membrane industry, owing to the rising scarcity of consumable water, including worldwide insufficiency for other applications such as industrial, commercial, and industrial wastewater treatment in the coming years.
In addition, under the process segment, the MBR category is expected to generate the largest sales in the near future, in the microfiltration membrane industry, cause of the highly effective nature of the MBR compare to other processes, including hybrid filtration process, and activated sludge process. Furthermore, MBR increasingly facilitates wastewater treatment and also manages fluctuations in organic loading rates.
Under the configuration segment, the tabular category generates the largest revenue for the microfiltration industry, and it is projected to retain its position in the near future, led by the high resistance provided by the tabular configuration, with ease of cleaning membranes. The microporous membrane removes the suspended solids from the liquid and thus cleans it effectively.
Moreover, APAC captures a significant share of the sales revenue of the microfiltration membrane industry, accounting for the regulatory standards, increased demand for wastewater treatment, and desalination to counter water scarcity in emerging economies, such as Thailand, and India, China, and the Philippines. In addition, penetration of the manufacturing plants and research centers speeds up the industry growth in the region.
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