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Dublin, November 9, 2021/PRNewswire/-The "Sterile Filtration-Global Market Track and Analysis" report has been added to ResearchAndMarkets.com's products.

By 2026, the global sterile filtration market will reach 7.3 billion US dollars

During the COVID-19 crisis, the global sterile filtration market is estimated to be USD 4.8 billion in 2020 and is expected to reach a revised USD 7.3 billion by 2026, growing at a CAGR of 7.2% during the analysis period.

Cartridge filter is one of the market segments analyzed in the report, and is expected to grow at a compound annual growth rate of 6.9% by the end of the analysis period, reaching US$2.9 billion. After a thorough analysis of the business impact of the pandemic and the economic crisis it caused, the growth of the capsule filter division was re-adjusted to a revised 7.7% compound annual growth rate for the next 7 years. This segment currently accounts for 26.4% of the global sterile filtration market.

Due to the burden of compliance, sterilization and filtration are becoming increasingly important in multiple industries. So far, the pharmaceutical/biological and food and beverage industries are the main users of sterilization systems. Even in the food and beverage industry, due to a series of pollution problems around the world, attention to sterilization and prevention and containment has become a major focus area. In this case, providing pollution-free food/beverage has become the main trend. So far, heating is the main method of disinfection.

However, many factors such as the loss of product characteristics and high energy costs are driving food processors to switch to aseptic filtration. In addition, many products such as biopharmaceuticals are not suitable for heat sterilization, leading to more and more membrane filters being used. Even in the food and beverage industry, aseptic filtration is becoming more and more accepted due to lower processing time and cost. The market is expected to benefit from the increase in the production of biological agents. In the pharmaceutical field, biotherapeutics is one of the fastest growing areas. The key factors driving the growth of the biotherapeutic drug market include the ability to treat early incurable diseases. In addition, biotherapeutics are known for their safety and efficiency. There are several other factors that have stimulated the growth of the biotherapeutic drug market.

For example, technological developments in several related fields are leading to the development of a large number of reasonable drug targets, and considerable progress has been made in disease perception. In addition, the synthesis of human insulin and monoclonal antibodies (MAB) are also contributing factors to the growth of the biotherapeutic drug market. The current situation in the field of biologics will promote the growth of biotherapeutics in the short term. The number of biotechnology patent applications continues to grow at an annual rate of approximately 25%. The biopharmaceutical industry is paying more and more attention to aseptic filtration to achieve pollution-free products. Medicines are very sensitive to heat, and filtration plays a key role in ensuring the integrity of these medicines. In addition, regulators and companies are increasingly concerned about bioburden, because drug contamination poses a high risk to patients, including fatal risks.

From the manufacturer's point of view, pollution also includes financial risks, as plant closures can cause billions of dollars in losses. In addition, collateral damage to reputation and remedial measures by regulators may also seriously affect the company. Even if the quality of a batch of medicines is not up to standard, the lost market opportunities and economic losses are also very large. Therefore, as an effective product sterilization method, aseptic filtration plays an important role in the biopharmaceutical industry.

Terminal sterilization of biopharmaceutical products is technically very challenging, so it is essential to use sterile grade filtration in such aseptic processing applications. Heat sterilization or any other method that requires the input of energy into biotechnological drug products can cause unnecessary degradation of the product, and this can only be prevented by the use of sterilization filtration. Sterilization membrane filtration has been practiced for decades as a method to physically remove microorganisms from heat-sensitive biopharmaceutical fluids, and has a high level of expertise and experience in the industry. The process is well understood and has proven itself to be reliable when properly verified.

Sterile filtration is often required to reduce the bioburden level in the process stream to avoid potential biofilm formation. The process verification of sterile-grade filters is a basic task to ensure and verify the performance of the filter under fluid flow and process conditions.

Key topics covered: I. Method II. Executive Summary 1. Market overview

2. Focus on selected players (40 selected in total) 

4. Global Market Outlook III. Regional Market Analysis IV. competition

For more information about this report, please visit https://www.researchandmarkets.com/r/6ybeiy

Research and Marketing Laura Wood, Senior Manager [email protected] EST office hours dial 1-917-300-0470 US/Canada toll free 1-800-526-8630 GMT office hours dial 353-1 416-8900 US fax : 646-607-1907 Fax (outside the United States): 353-1-481-1716

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