Clariant Launches Highly Efficient Styrene Conomer Catalyst
The company launches a high performance
styrene catalyst for ultra-low steam to oil ratio conditions
Germany: Clariant, a global supplier of specialty chemicals, has
introduced a new ethyl benzene (EB) dehydrogenation catalyst, that is, Styromax
UL3. This catalyst is expected to produce more efficient styrene monomers and
can achieve high activity and selectivity at ultra-low steam to hydrocarbon
ratios. This technology is already being used at GPPC Styrene production plant
in Taiwan since May, 2016. The catalyst selectivity has improved by 0.5% in
comparison to previously used catalysts and this decreases the occurrence of
byproducts such as toluene and benzene. The catalyst was officially launched at
Clariant Styrene Seminar held in October, 2016.
TechSci
Research depicts that the
introduction of this highly efficient styrene monomer catalyst would reduce the
production costs, thereby leading to surged production of styrene monomers,
which in turn would increase the demand for benzene since benzene being a
pre-requisite for styrene production.
According to the recently published
report by TechSci Research, “Global
Benzene Market Forecast &
Opportunities, 2020”, global
benzene market is expected to surpass 46MMT by 2020 on account of continuously
increasing demand from various industries using benzene derivatives in their
manufacturing processes. Shale gas evolution in the US has increased the
availability of ethane, which is a light feedstock used for cracking process.
The use of lighter feedstock is hampering the yield of benzene and leading to a
tight demand/supply scenario in the global market, due to which the market has
become highly competitive and all major players are investing in R&D to
improve the quality and properties of the product. The major players operating
in global benzene market include ExxonMobil, Shell Chemicals, and Sinopec
Corporation, among others. Region-wise, Asia-Pacific is expected to dominate
global benzene market through 2020 as majority of benzene derivative manufacturers
plan on shifting their production base to developing countries in this region.