Catalyst Regeneration Market is forecast to reach $6.6 billion by 2026, after growing at a CAGR of 5.5% during 2021-2026. Catalysts are commonly found in refineries and chemical plants. Growing refining capability is the key driving force in emerging regions, while superior rejuvenation process results are the main limiting factor hampering the growth of the catalyst regeneration sector. However, with the growing use of the refinery continuous catalyst regeneration process and other applications in both emerging and developed areas, it is anticipated that the catalyst regeneration market will expand decently in the near future.
Currently, due to COVID-19 pandemic, the chemical and petrochemical industries have been highly impacted, as most of the production plants are shut down or working at low capacity, owning to this, the demand of catalyst regeneration have been declined. This factor tends to reduce the growth of the market and expected to imbalance till the first quarter of 2021.
Catalyst Regeneration Market Segment Analysis – By Technology
In terms of technology, off-site regeneration segment includes the highest share in the overall market. The hydrogenation catalyst off-site regeneration technology is highly preferrable, as it is characterized by reasonable process, less catalyst activity loss, and good recoverability on the physical property of regenerated catalyst. The growing usage of off-site catalyst regeneration in refinery, where hydrogen and naphtha feed are reacted to create desired end products, leads to increase the growth of catalyst regeneration across oil and gas and petrochemical industries, which leads to increase the growth of the market. The significant refining process in the United States is the fluid catalytic cracking (FCC) process. An integral part of this mechanism is catalyst regeneration.
Catalyst Regeneration Market Segment Analysis – By Application
In various chemical processes in refineries, chemical & petrochemical facilities, environmental processes, energy plants, and so on, catalysts are commonly used. Growing refining capability is the key driving force in emerging regions, while superior rejuvenation process results are the main limiting factor hampering the growth of the catalyst regeneration sector. However, with the growing use of the refinery catalyst regeneration process and other applications in both emerging and developed areas, it is anticipated that the catalyst regeneration market will expand decently in the near future. In the other side, the demand would be constrained by the failure to regenerate a catalyst polluted with lead, arsenic, silicone, vanadium, and others.
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Catalyst Regeneration Market Segment Analysis – By Geography
In 2020, APAC was the largest catalyst regeneration region, and during the forecast period, the region will deliver many growth opportunities to market vendors. Factors such as the rise in catalyst penetration as refinery capacity rises, and growing demand from end-user industries such as oil and gas refineries, chemical and petrochemical industries, and healthcare industries will significantly drive the growth of the catalyst regeneration market in this region over the forecast period. Currently in 2020, OPEC and Russia agreed to ease deep oil output cuts from January 2021 by 500,000 barrels per day, failing to come to a compromise on a broader policy for the rest of next year. The fall in production of crude oil may hamper the production of gasoline and diesel in current time, but the switch from conventional to biofuel may again increase the growth opportunity of refineries in production region. Also, the demand of crude oil in APAC countries is higher, as most of the end products such as polymers, which are produced from naphtha, are used in large industries such as automotive, electronics, and so on. This factor tends to increase the market in upcoming years. The core markets for catalyst regeneration in APAC are China and India. The growth of the demand in this area would be higher than market growth in other regions.
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Catalyst Regeneration Market Drivers
Strict environmental laws to improve expended catalyst use
In the sulphide state, catalysts consist of heavy reactive metals. In order to retain the properties of the catalyst, the separation of heavy metals is mandatory, which can only be done by using catalyst regeneration. Also, in developed countries, rapid industrialization has led to a rise in the market for petroleum products, this has impacted directly on the usage amount of catalyst generation. As a result, being the non-toxic and highly demandable material for chemical process, the regulatory bodies are encouraging catalyst regeneration in order to provide chemicals and material with nontoxicity level and also to raise quality standards, which tends to increase the usage of synthetic materials for end use products. In addition, the main socio-political factors that are expected to drive the demand during the forecast period are strict environmental legislation, requirements set by governments to conserve spent catalysts, and social consciousness.
Catalyst Regeneration Market Challenges
The regulated technologies to remove toxic materials may hamper the growth of market
Sulfur is a big concern for catalysts because it can poison the catalyst, so hydrogenation must take place prior to the elimination of sulphur by either of these catalytic reforming methods. As general methods, dehydrogenation and dehydrocylcinization can also be dangerous because they can produce aromatic compounds that, because of their origin as carcinogens, are regulated by the U.S. government. And being the only methods to remove sulfur from catalyst, the usage of catalyst regeneration in petrochemical industry have become a primary concern. Owning to this, the catalyst regenerators are finding difficulties to remove sulfur as it can be removed by the general methods. This factor tends to hamper the demand of catalyst regeneration in one of the key chemical productive regions, the North America.
Technology launches, acquisitions and R&D activities are key strategies adopted by players in the Catalyst Regeneration market. In 2020, the market of Catalyst Regeneration Acid has been consolidated by the top five players accounting for xx% of the share. Catalyst Regeneration Acid Market top 10 companies are Al Bilad Catalyst Company, REMONDIS SE & Co. KG, Tai Fung Group., Coalogix Inc., Cormetech Inc., EBINGER Katalysatorservice GmbH & Co. KG, Eco-Rigen S.r.l., EURECAT INDIA Catalyst Services Pvt Ltd, Haldor Topsoe A/S, Nippon Ketjen Co., Porocel, STEAG ENERGY SERVICES, FUJIBO HOLDINGS, INC., Advanced Catalyst System, LLC, Albemarle Corporation, Criterion Inc, UOP LLC, Johnson Matthey, BASF SE, and, Axens, Bayer AG, among other.
In Dec 2016, Haldor Topsoe’s launched its new catalyst by name HyOctane, which have increased the global competition in FCC gasoline post-treatment.
The catalyst regeneration service provided to key players focuses specifically on expansion. To improve their role in the catalyst regeneration industry, the companies pursue the expansion strategy rigorously. Companies such as Porocel and Eurecat have, in some cases, obtained an acceptable player or facility in the target area; some have licensed their proprietary technologies to small players in order to expand their footprint in the target region.
The growing use of the refinery catalyst regeneration process and other applications in both emerging and developed areas, it is anticipated that the catalyst regeneration market will expand decently in the near future. On the other side, the demand would be constrained by the failure to regenerate a catalyst polluted with lead, arsenic, silicone, vanadium, and others.
Related Reports :
A. Chemical Enhanced Oil Recovery (EOR / IOR) Market
B. Refinery Catalyst Market
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