Pharmaceutical Filtration: Global Markets



Report Scope: This report covers the technological, pharmaceutical filtration with analysis and forecast for the global markets. It contains descriptions of the market forces relevant to pharmaceutical filtration as well as areas of application.

NEW YORK, Sept. 20, 2022 (GLOBE NEWSWIRE) — announces the release of the report, “Pharmaceutical Filtration: Global Markets” –

The global markets are presented by type of pharmaceutical filtration along with growth forecasts up to 2027. Estimates of retail value are based on the price in the supply chain at which pharmaceutical filters are procured from manufacturers.

Market driving forces and industry structure are examined. International aspects are analyzed for all world regions and types of pharmaceutical filtration.

Short profiles of the most important global manufacturers are presented.

Report includes:
– 140 data tables and 21 additional tables
– An up-to-date overview and analysis of the global pharmaceutical filtration markets
– Analyzes of global market trends with market revenue (sales data) for 2021, estimates for 2022 and projections of compound annual growth rates (CAGRs) up to 2027
– Highlights of the current and upcoming Pharmaceutical Filtration market opportunities and focus areas to forecast this market into various segments and sub-segments
– Assess and forecast the actual market size for pharmaceutical filtration technology and related market share analysis segmented by technology, filtration type, product type, system, filter media type, application and region
– Assess the technological, economic and business considerations of the pharmaceutical filtration industry, describing the market forces relevant to pharmaceutical filtration and their application areas
– Focus on pharmaceutical filtration global and segmental pricing analysis, industry trends and overview and Covid-19 impact analysis
– Updated information on major mergers and acquisitions deals, partnerships, collaborations and joint ventures, and other strategic alliances within the pharmaceutical filtration industry
– Identification of key stakeholders and analysis of the competitive landscape based on recent developments and segment sales
– Company profiles of key industry players including 3M, Asahi Kasei Corp., Merck KGAA, Parker Hannifin Corp. and Thermo Fisher Scientific

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The manufacture of pharmaceutical dosage forms often requires the separation of particles from a liquid. The usual goal is a bubbly liquid free from amorphous or crystalline precipitates, colloidal cloudiness, or insoluble liquid droplets.

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Sterility specifications can expand the target to remove microorganisms.

The term ‘filtration’ is defined as the process of separating particles from a liquid by passing the liquid through a permeable material. The porous filter media or “filter” is the permeable material that separates particles from the liquid flowing through it.

Thus, filtration is a unitary process in which a mixture of solids and liquid, the feed, suspension, dispersion, influent or slurry, is forced through a porous medium in which the solids are deposited or trapped. The solids retained on a filter are called “residue”. The solids form a cake on the surface of the media, and the clarified liquid, called the “effluent” or “filtrate,” is discharged from the filter. If a solids recovery is desired, this is referred to as “cake filtration”.

The term “clarification” is used when the solids do not exceed REDACTED% and the filtrate is the primary product.

The term “ultrafiltration” can be defined as the separation of intermicellar liquid from solids by applying pressure to a semi-permeable membrane. Filtration is often the method of choice for sterilizing solutions that are chemically or physically unstable under heated conditions.

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Sterile filtration is an ideal technique for many applications. The sterile filtration of liquids and gases is often used in the pharmaceutical industry.

Final product solutions or vehicles for suspensions are sterile filtered prior to an aseptic filling process. Sterile filtration of bulk drug solutions prior to an aseptic crystallization process eliminates the possibility of organisms becoming trapped in crystals.

The summary table and figure presents estimates and forecasts of market size for the global Pharmaceutical Filtration Market from 2021 to 2027. Pharmaceutical Filtration is projected to grow at a Compound Annual Growth Rate (CAGR) of REDACTED% over the next five years, resulting in a REDACTED$ -Market leads to 2027.
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