20 September 2019 - Global Biotechnology
Separation Systems Market is
estimated to grow considerably in the coming years owing to increase in
research and development activities in biotechnology field. Biotechnology
separation systems are widely used in multiple applications in the
biotechnology domain. It involves the separation of the components of a
biotechnology product or a food product. The separation process is conducted
for the decontamination of a protein, maintaining high yield and acquiring a
nearly pure product by minimizing cost.
Biotechnology
separation systems market is majorly driven by rise in number of technological
advancements, growing number of biotechnology companies, and increase in
investments in research and development activities. Moreover, recent progresses
observed in therapeutic recombinant proteins is also affecting the market
growth. Also, stringent environmental regulation for water use in food and
pharmaceutical application and growing industrialization triggers advancements
in biotechnology. Industrialization is stimulating large-scale separation
systems for recycling waste water, which is also one of the key drivers of the
market.
Growth
of liquid chromatography is an emerging trending in the market. Additionally,
increase in applications in industries, such as bioengineering, petrochemicals,
and chemicals is another trend observed in the market. Existing market players
are focusing on growth strategies like mergers and acquisition and
partnerships. Moreover, researchers are also emphasizing on identification of
cold active enzymes to be used in commercial applications in food processing
domain.
Biotechnology
separation system market is categorized on the basis of type, application, and
geography. On the basis of type, market is divided into electrophoresis, centrifuge,
chromatography, membrane filtration, flow cytometry, and others. Chromatography
segment is expected to hold significant share of the market owing to
technological innovations in the instruments and consumables. Improvements in
flow cytometry is gaining popularity, which again propels the demand for
chromatography. In terms of application, market is divided into scientific
research and commercial. Scientific research is expected to lead the market in
the forecast period.
Geographically,
biotechnology separation systems industry is segmented as North America, South
America, Europe, Asia Pacific, and Middle East & Africa. North America is
expected to dominate the market in the coming years due to increase in
developments in effervescent drug pipeline and biosimilars in biopharma field.
Furthermore, Asia Pacific is also predicted to contribute significantly in the
market due to increase in research activities in biotech and life sciences.
The
major players profiled in biotechnology separation systems market include
Thermo Fisher Scientific, 3M Purification, Danaher, BD, Alfa Wassermann, Merck,
Agilent, Sysmex, GE Healthcare, Alfa Laval, Illumina, Waters, Novasep,
Shimadzu, Sartorius Stedim Biotech, Affymetrix, PerkinElmer, Hitachi Koki,
Bio-Rad Laboratories and Repligen.
Market Segment:
Geographically, this report split global
into several key Regions, with (K Units), revenue (M USD), market share and
growth rate of Biotechnology Separation Systems for these regions, from 2012 to
2023 (forecast), covering
•
China
•
USA
•
Europe
•
Japan
•
Korea
•
India
Global Biotechnology Separation Systems
market competition by top manufacturers/players, with Biotechnology Separation
Systems volume, Price (USD/Unit), revenue (M USD) and market share for each
manufacturer/player; the top players including
•
Danaher
•
Thermo Fisher Scientific
•
BD
•
Merck
•
GE Healthcare
•
Agilent
•
Sysmex
•
Alfa Wassermann
•
Shimadzu
•
Sartorius Stedim Biotech
•
Illumina
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