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As the International Maritime Organization (IMO) has decided to implement the MARPOL Annex VI, all ships must globally reduce their emissions of sulfur by 86% before 2020. This fact is bound to have a huge impact on the shipping as well as the refinery industry. But exactly what will happen? What options are there? What are the opportunities? Who will seize them? And how? The MARPOL directive presents great opportunities for refineries. Whether you want to produce MARPOL ...
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Be smart about FCC olefin recovery
Whether the driver is propylene as a chemicals feedstock or propylene and butylene as alky feed, FCC units worldwide are being pushed to maximize olefin production. Increased hydrotreating to meet Tier 3 gasoline requirements is reducing gasoline pool octane at a time of high premium-to-regular gasoline price differentials. Maximizing FCC olefi ns to produce high octane alkylate barrels is attractive – if they can be recovered in the FCC gas plant LPG stream. Higher reactor ...
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Crystaphase, there is no magic behind reactor performance
It’s not magic. It’s science. Hydroprocessors know the wall that lies between them and peak reactor performance. Fouling, pressure drop, precipitation, agglomeration, polymerization, and catalyst deactivation, these obstacles build up, block by block. We help you break through that wall, clearing your path to performance. With highly specialized expertise and unique, industry-proven solutions, Crystaphase has helped refiners all over the world achieve unprecedented ...
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Customized grading solutions for your feedstock
Match your catalyst grading to your feedstock for minimum pressure drop build-up and maximum demetallization. As today’s opportunity crudes and heavier feedstocks become more economically viable, the oil fractions you refine are posing new challenges. Creating the optimal grading solution for your individual feedstock is essential to minimize pressure drop build-up, increase metals pick-up, and reduce downtime and catalyst replacement. An overlooked advantage The importance ...
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Haldor Topsoe refinery walk-through
Exploring the hidden potential of your refinery. Refinery processes are complex and filled with potential sources of inefficiency. A Topsoe Refinery Walk-Through will identify the hidden opportunities and help you improve the refinery profitability, flexibility, safety, and reliability. Within the past few years, Topsoe has successfully carried out Refinery Walk-Throughs covering hydroprocessing, hydrogen- and sulfur management applications. The goal is to identify potential ...
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Higher activity, larger volume swell - the answer is HyBRIM™
Topsoe’s new superior TK-611 HyBRIM™ catalyst for high-pressure ultra-low sulfur diesel and hydrocracker pretreatment services. Now, more than ever, refiners are forced to search for the absolute top tier NiMo catalyst for their ULSD or hydrocracking pretreat reactors. Despite tremendous improvements in the catalyst technology within the past couple of decades, ultralow sulfur fuel legislation and the shift towards maximizing diesel production from VGO hydrocracking ...
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IsoTherming® Hydroprocessing technology
Growing global demand for transportation fuel continues to drive refiners toward operations that maximize hydroprocessing capacity and capability either through unit debottlenecks or new unit construction. More stringent environmental regulations and the processing of cost-advantaged sour and heavy feed stocks make meeting this demand even more challenging. IsoTherming® hydroprocessing technology is a commercially proven process that provides refiners a more economical ...
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It’s time to give your reactor some HELPsc™
Excessive pressure drop build-up issues in hydroprocessing reactors are often keeping units from delivering maximum value. Refiners are forced to perform premature shutdowns for costly catalyst skimming operations resulting in lost profit. Topsoe’s High-Efficiency Liquid Phase scale catcher (HELPsc™) is a specialized patent-pending reactor internal technology that works in synergy with the graded bed. Installation of the technology will significantly prolong the ...
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Maximize the value of your naphtha feedstocks and downstream processes
New solutions for changing needs Lighten the burden of heavy feedstocks with Topsoe catalysts, process designs and technologies. If your refinery is like most, you’re under pressure to squeeze more value out of heavier feedstocks, and this presents new challenges for catalysts. To name just one example, increasing use of coker feedstocks has led to higher silica and nitrogen levels in the naphtha streams, requiring catalysts with superior HDN activity and greater surface ...
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MD FCC Catalysts - boosting middle distillates production in FCC
Maximizing middle distillates in FCC units. A range of catalysts is available from Ketjen for increasing the production of middle distillates in the FCC process while retaining the many other attractive features of this versatile bottom-of-the-barrel upgrading process. The key to success is to adjust the catalyst properties for maximum production of LCO while maintaining maximum bottoms (slurry oil) destruction and good product quality. The middle distillate catalyst family ...
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Meet emission challenges with reliable Claus tail gas unit performance
Meet emission directives while improving your sulfur management. In today’s oil and gas industry, maximizing sulfur recovery from off-gases is extremely important. Regulations get tighter, forcing operators to constantly optimize the efficiency of their sulfur management units. Adding a tail gas treating plant to your Claus unit will enable you to meet the most stringent emission targets for final sulfur removal from the off-gases. The effluent from a Claus plant is the ...
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NADIUS™ 4G is the latest generation of Grace’s market-leading NADIUS™ catalyst family for hydrotreated and straight-run VGO feed applications. NADIUS™ 4G, an extension of the NADIUS™ catalyst family, is a component of the EnhanceR™ technology platform, which is the market leader in the EMEA region. NADIUS™ 4G incorporates new technologies that were developed during the extensive Grace R&D program that was initiated as a result of ...
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Optimizing your plant performance
Expert technical services in licensing, engineering, and catalysts for hydroprocessing, hydrogen, and sulfur management applications. Refinery processes are complex and filled with potential sources of inefficiency. Our technical services get to the root of the problem and improve the refinery profitability, safety, reliability, and flexibility. Designed for refineries, Topsoe technical services extend from unit debottlenecking to complete refinery walk-through. Depending ...
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Maximizing renewable diesel and sustainable aviation fuel yields with ISOTERRA Technology
Investments in renewable diesel (RD) and sustainable aviation fuel (SAF) production are gaining considerable momentum and are expected to play a vital role in reducing carbon emissions for heavy-duty transportation. Currently, the majority of these projects focus on the production of HEFA (Hydroprocessed Esters and Fatty Acids). Chevron Lummus Global combines the renewable processing catalyst experience and technology of ART's ENDEAVOR™ catalyst system, CLG's hydroprocessing ...
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Low cost production of renewable diesel and SAF with BioFlux™ Hydrotreating Technology
Feed flexibility is critical for operators to stay competitive and deliver high-quality products. But diversifying your feed can bring its own set of challenges. It gets even trickier when working with renewable feedstocks from biological sources. These materials are highly olefinic and might be packed with heteroatom contaminants. To turn them into something valuable, you need substantially more hydrogen than you would for conventional petroleum hydrotreating. We're talking 1,700 ...
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An introduction to Sinopec Hydrocracking Technologies
This webinar gives you an overview and understanding of hydrocracking and its applications, with an emphasis on technologies and catalysts developed by Sinopec and its research arm, Sinopec Fushun Research Institute of Petroleum and Petrochemicals (Sinopec FRIPP). You will first get an introduction to hydrocracking including feed processing and target output products. Commercial considerations include market share and reference installations such as 40 hydrocracking units designed ...
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Steam Cracker recycle processing and product upgrade options
LPG and light naphtha generated in a refinery complex (from both straight-run and conversion units) are sent to the ethylene cracker as feedstock. There is more i-paraffin than n-paraffin in LPG and light naphtha generated from a hydrocracker and reformer, in particular, i-butane and i-pentane. When cracking i-paraffin and n-paraffin separately in an ethylene cracker, the yield of ethylene and propylene is different; n-paraffin can generate 20wt% of “ethylene + propylene + butadiene” ...
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Maximising naphtha through hydrocracking: Refinery of the future
Globally the demand for petrochemicals is increasing at rates nearly 1.5 times GDP. In regions where there is a heavy investment in large-scale para-xylene capacity there is a significant demand for naphtha. However not all naphtha is suitable to produce aromatics. Heavy naphtha is required, but it is in limited supply. This is where the Honeywell UOP UnicrackingTM process becomes the key enabler to petrochemical production. By installing one, or a combination of Unicracking ...