Global Pneumatic
Conveying Systems Industry
The
Global Pneumatic Conveying Systems
Industry is predicted to
garner a CAGR of 6% during the forecast period (2012-2022), Market Research
Future (MRFR) unveils in a detailed report. The pneumatic conveying system can
be defined as the process by which bulk materials are injected or transferred
with the help of gas flow. The system transfers powders, granules, and other
dry bulk materials with the use of closed horizontal or vertical conveying
line.
Market Potential and
Pitfalls
The
global Pneumatic
Conveying Systems Market Analysis has witnessed a tectonic surge over
the past few years, mainly due to rapid industrialization, especially in
emerging nations. The surging demand for material handling equipment is likely
to favor the market growth. With the expansion in waste treatment and recycling
industries, rapid industrialization in the emerging nations, and an upswing in
demand for energy efficient systems, the pneumatic conveying system market is
likely to gain traction. Increased health-related concerns among the consumers
are compelling the manufactures to use automated pneumatic conveying systems as
they assure hygiene of products and also prevent contamination of the materials
used. Advancing technology in pneumatic
conveyance, coupled with the high availability of advanced products which are
integrated with intelligent control technology is triggering the demand from
the pneumatic conveying system market.
On
the contrary, complex installation, coupled with the high capital investment,
is estimated to vitiate the market growth in the foreseeable future.
Global Pneumatic
Conveying System Industry Segmental Analysis:
The
pneumatic conveying system market is segmented on the basis of type, operation,
and end use.
By
type, the global pneumatic conveying system industry is segmented into vacuum
pressure conveying, positive pressure conveying, and combined combining. Among
these, the positive pressure system is predicted to gain prominence as they can
operate at high pressure compared to other types of conveying systems.
By
operation, the pneumatic conveying system market is segmented into dilute-phase
conveying and dense-phase conveying. Among these, the dilute-phase conveying
system is predicted to gain prominence as they are extensively used for
incessant conveying in industries where abrasion and dilapidation of materials
are not major concerns.
By
end use, the market comprises ceramic, pharmaceuticals, rubber & plastic,
and food. Of these, the pharmaceutical industry is likely to witness high
demand for pneumatic systems due to the need to deal with risky and hazardous
materials in the production area. The pneumatic conveying system is gaining
prominence in the food industry due to the benefits it provides like increased
productivity, high reliability, low consumption of energy, reduced risk of
material spillage, and low maintenance and operational cost.
Regional Frontiers
Geographically,
the pneumatic conveying system market spans across Europe, North America, Asia
Pacific, and Rest of the World (RoW).
Considering
the global scenario, the Asia Pacific is likely to lead the global pneumatic
conveying system market due to rapid industrialization in economies like India
and China. The favorable reforms for the development of the manufacturing
sector, including pharmaceuticals, food, and ceramic, is likely to dictate the
growth trajectory of the market. The current boom in the pharmaceutical
industry in the region is poised to accelerate the demand for pneumatic
conveying systems.
Europe
is likely to gain prominence due to the increasing demand for hygienic methods
in the food production and transfer industry. On the other hand, the FDA has
introduced several regulations associated with indirect contaminants in food in
North America. This is likely to encourage the market growth in Europe.
Competitive Dashboard
The
top players operating in the global pneumatic conveying system market include
Flexicon Corporation (U.S.), Hillenbrand Inc. (U.S.), Cyclonaire Corporation
(U.S.), Nilfisk Group (Denmark), Schenck Process Holdings GmbH (Germany),
Dynamic Air Inc. (U.S.), Zeppelin Systems GmbH (Germany), Vac-U-Max (U.S.),
Nol-Tec Systems, Inc. (U.S.), and Macawber Engineering, Inc. (U.S.).
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