The Global Market for Chemical Sensors is Projected to Reach US$31.2 Billion by 2020
Expanding Applications in the Medical & Environmental
Sectors to Drive the Global Chemical Sensors Market, According to a New Report
by Global
Industry Analysts, Inc.
GIA announces
the release of a comprehensive global report on Chemical Sensors. The
global market for Chemical Sensors is projected to reach US$31.2 billion by 2020,
driven by the rapidly expanding applications in the medical, automotive and
environmental sectors.
Chemical sensors
have emerged into an essential part of our technology driven society, serving
diverse end-use application areas. Chemical sensors have already proven their
worth in analyzing chemical composition of a sample, be it liquid or gaseous
form, in a reliable and flexible manner. Use of chemical sensors has evolved
over the years and currently represents the largest product market in the global
sensors market, by value. Advances in medical diagnostic procedures will
continue to drive new opportunities for chemical sensors. Growth in the market
will be driven by the growing use of biosensors in blood glucose test strips.
Blood glucose
biosensors, which account for a significant share of the medical biosensors
market, portray an unparalleled success story.
Encouraged by the success witnessed in blood glucose testing applications,
the industry is contemplating large-scale introduction of biosensors for a
number of other medical diagnostic tests, including strep, drug and alcohol
abuse, fertility, renal failure, cholesterol monitoring, cancer, urinary-tract
infections, cardiac risk monitoring and detection of biological contaminants. Biosensors
market also stands to benefit from the rapidly aging population and the subsequent
rise in demand for point-of-care testing & monitoring solutions. Other
factors spurring growth include the need for timely diagnosis and treatment,
increased spending in the healthcare sector, preference for alternate sites of
healthcare, and high prevalence of chronic diseases.
The automotive
sector offers robust growth opportunities for a range of sensor technologies. The
need for sensors is supported by the integration of sophisticated capabilities
and features in vehicles against a backdrop of growing consumer demand for
enhanced comfort and convenience features. Government emission regulations and
manufacturer efforts to gain product differentiation are also presenting a strong
need for automotive chemical sensors. Electronics (including chemical and
physical sensors) constitutes nearly 30% of the total cost of the vehicle.
Sensors are utilized in almost every vehicle part, such as steering,
powertrain, safety, and vehicle diagnostics and monitoring. While up to 40
sensors are employed in a typical economy segment car, the electronic content in
a luxury model is high, with number of sensors integrated being more than 100
and expected to grow further.
Development of inexpensive,
miniaturized, mass-manufactured and portable chemical sensors capable of
operating in extreme conditions and remote environment will also help drive
growth in the market. Developments focused on enhancing precision, and
improving portability and ease of use will create new opportunities for
chemical sensors not only in high growth end-use markets such as medical and
industrial segments, but also in markets characterized by maturity such as
industrial safety, and detection of flue gas emissions.
As stated by the
new market research report on Chemical Sensors,
the United States represents the largest regional market worldwide. Asia-Pacific
is forecast to emerge as the fastest growing market with a projected CAGR of 10.2%
over the analysis period. The huge industrial base in Asia-Pacific,
particularly in low cost Asian countries like China, India, Vietnam, Thailand,
Korea and Malaysia, will help boost demand in the region. The presence of a large
well-established automotive industry in China and India will benefit demand in
the industrial sector.
Major players in
the market include Alphasense Ltd., City Technology Ltd., Delphi Corporation,
Emerson Process Management, Figaro Engineering Inc., Mine Safety Appliances
Company, NGK Spark Plug Company Ltd., Nova Biomedical Corp., Ocean Optics Inc.,
RAE Systems Inc., Smiths Detection, Teledyne Monitor Labs Inc., and Thermo
Fisher Scientific Inc.
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