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Residue Hydro Desulfurization Catalyst Market

The research report on Residue Hydro Desulfurization Catalyst Market is segmented by Application, by End-Use Industry and by Region - Size, Share, Outlook, and Opportunity Analysis, 2018 – 2026

The research report on Residue Hydro Desulfurization Catalyst Market is segmented by Application, by End-Use Industry and by Region - Size, Share, Outlook, and Opportunity Analysis, 2018 – 2026

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<strong>Residue</strong> <strong>Hydro</strong> <strong>Desulfurization</strong> <strong>Catalyst</strong> <strong>Market</strong> -<br />

Size, Share, Outlook, and Opportunity Analysis,<br />

2018 – 2026<br />

<strong>Residue</strong> hydro desulfurization is a procedure to remove sulfur, nitrogen, and other<br />

contamination from natural gas and refined petroleum products including fuel oil,<br />

diesel fuel, and others. As sulfur dioxide (SO2) is responsible for increasing pollution<br />

in the environment, the process reduce SO2 emissions from fuels. These fuels are<br />

majorly used in vehicles, aircraft ships, gas & oil burning power plants, fuel<br />

combustion, railroad locomotives, residential & industrial furnaces.<br />

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Furthermore, catalyst are used to demonstrate high desulfurization performance for<br />

light gas oil, kerosene and other which have high nitrogen concentration. Such oils<br />

are difficult to desulfurize including vacuum gas oil, FCC light cycle oil (LCO).<br />

<strong>Market</strong> Dynamics<br />

Implementation of stringent norms to reduce harmful emission from vehicle is paving<br />

the way for advanced emission control technologies in vehicles and engines, which<br />

is boosting demand for clean fuels such as ultra-low sulfur gasoline (ULSG) and<br />

ultra-low diesel fuel (ULSD). For instance, as per the national diesel sulfur standard<br />

prevailing in the emerging countries such as India is limited to 350 ppm, along with<br />

50ppm which is required to maintain in major Indian cities. Regulating bodies’<br />

measures to maintain sulfur standards for diesel and gasoline creates awareness in<br />

the market to reduce harmful emissions. These clean fuels are obtained by hydro<br />

desulfurization catalytic process.<br />

Furthermore, rising exposure of harmful air particulates such as sulfur oxide,<br />

nitrogen oxide, and others are propelling the residue hydro desulfurization catalyst<br />

market. Such exposure might cause serious health implications and lead to deaths,<br />

across the globe. This residue hydro desulfurization process lowers down the<br />

content of sulfur and nitrogen oxide, which would reduce fuel emission from engines<br />

and vehicles. According to Our World in Data, in 2015, Saudi Arabia, and Egypt<br />

witnessed highest levels of exposure to such particulates at 105 µg/m3, while


countries across Europe, Oceania, and North America had air particulate levels at<br />

5-10µg/m3. Moreover, according to World Health Organization, about 3 million<br />

people across the globe died due to ambient air pollution in 2012.<br />

Regional Outlook<br />

North America is expected to achieve significant growth in the market during the<br />

forecast period, owing to the stringent standards on gasoline volatility, benzene<br />

content, and diesel fuel aromatics content, which limits the exposure of harmful<br />

emission via residue hydro desulfurization catalyst. For instance, in 2016, the U.S.<br />

implemented diesel and gasoline sulfur standards of 30 ppm (average) and 10 ppm<br />

(cap), respectively.<br />

Asia Pacific is expected to sustain lucrative growth rate in the residue hydro<br />

desulfurization market during the forecast period. This is attributed to rising pollution<br />

related deaths in the region. The residue hydro desulfurization catalyst process<br />

reduces the amount of sulfur content in the petroleum products, which in turn would<br />

reduce the harmful emissions. According to the Our World in Data, South Asia,<br />

Southeast Asia, and East Asia witnessed about 3 million deaths due to exposer to<br />

harmful emissions in 2016.<br />

Key Players in the <strong>Residue</strong> <strong>Hydro</strong> <strong>Desulfurization</strong> <strong>Catalyst</strong> <strong>Market</strong><br />

Key players operating in the market include CRI <strong>Catalyst</strong> Leuna GmbH, Redkino<br />

<strong>Catalyst</strong> Company, Albemarle Corp, Honeywell UOP, Johnson Matthey PLC, Haldor<br />

Topsoe A/S, Clariant AG, Chevron Phillips Chemical Company, W.R. Grace & Co,<br />

Axens S.A., and others.<br />

Major players adopt various business strategies such as mergers & acquisitions,<br />

new product launches, and product development to gain strong foothold in the<br />

market. For instance, in 2016, S-Oil partnered with General Atomics Electromagnetic<br />

Systems (GA-EMS), to provide electrostatic separation technology and equipment<br />

for its installation in residue upgrading complex (RUC) in Onsan refinery complex in<br />

Ulsan, South Korea.<br />

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