Catalysis is a process of increasing the rate of chemical
reaction through the addition of a substance, which may or may not take part in
the chemical reaction. This substance is called catalyst. Catalysts are used in
smaller amounts in the reactions which results in faster chemical reactions.
During the process, the catalyst reacts and creates an intermediate, which then
regenerates the original catalyst throughout the reaction. Rhodium-based
catalysts are excessively used in reactions for manufacturing organosilicon
compounds. These catalysts are suitable for promoting the activation of C-H
bond. They are used in catalytic dehydrogenative cross-coupling and C-C bond
construction. Growth in the global economy and increase in population in
developing economies are anticipated to boost the demand for energy. This, in
turn, is estimated to drive the rhodium-based
catalyst market in the near future.
Increase in demand for rhodium-based catalysts in chemical &
petrochemical products and extensive use of these catalysts in medical products
are factors augmenting the rhodium-based catalyst market. This is prompting
companies to increase production of these catalysts. Additionally, easy
availability of raw catalysts is anticipated to boost the demand for
rhodium-based catalyst in the near future.
The global rhodium-based catalyst market is witnessing
technological advancements. Companies are constantly striving to develop new
and better ways to manufacture these catalysts. Development of new
manufacturing processes of rhodium-based catalyst and applications is estimated
to propel the market. However, volatility in prices of raw materials prices is
projected to hamper the market.
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In terms of carrier, the rhodium-based catalyst market can be
divided into alumina, silica, carbon, and others. The silica segment of the
rhodium-based catalyst market is anticipated to expand at a fast pace due to
the increase in demand for these catalysts in chemical and petrochemical
applications.
Based on type, the rhodium-based catalyst market can be
segregated into new catalyst and regenerated catalyst. The new catalyst segment
is anticipated to expand at a significant pace owing to the increase in demand
for these catalysts in emerging economies such as India and China.
Based on application, the rhodium-based catalyst market can be
classified into chemical & petrochemical, medical, dye, pesticide, and
polymer materials. The chemical & petrochemical segment dominates the
market owing to the extensive use in emerging economies such as India and
China.
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Based on geography, the rhodium-based catalyst market can be
split into North America, Latin America, Asia Pacific, Europe, and Middle East
& Africa. Asia Pacific is anticipated to constitute key share of the market
during the forecast period. The rhodium-based catalyst market in Asia Pacific
is also estimated to expand a considerable pace owing to the increase in demand
for these catalysts in chemical & petrochemical applications in the region.
Middle East & Africa is likely to be an attractive region of the
rhodium-based catalyst market during the forecast period due to the rise in
demand for these in medical applications in the region.
Prominent players operating in the global rhodium-based catalyst
market include Johnson Matthey PLC (Alfa Aesar), BASF SE, Evonik Industries AG,
Heraeus Holding, Shanxi Kaida Chemical Engineering Co.,ltd., Strem Chemicals,
Inc., Gelest, Inc., and Umicore.
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