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Your search : Desulfurization Displaying 49 of 49 results

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Corporate Process Licensing Catalysts & Adsorbents Consulting / Software Operations Support

Nghi Son Refinery and Petrochemical Limited Liability Company (NSRP) is to use Axens Technologies for RFCC and Desulfurization Units

Nghi Son Refinery & Petrochemical LLC (NSRP) has awarded Axens the basic engineering design contracts for some of the units of the new 200,000 barrel per day (bpd) refinery which is to be constructed in Thanh Hoa province located in the Northern part of Vietnam. Axens will supply the following process technologies for the refinery: R2R™ - Residue Fluidized catalytic cracking (RFCC) unit; Prime-D™ - Gas Oil desulfurization unit; Prime-K™ - Kerosene...

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Corporate Process Licensing Catalysts & Adsorbents Consulting / Software Operations Support

Clean Fuels Technologies for CPCL in India

The Chennai Petroleum Corporation Ltd. (CPCL) of India has selected Axens to supply technologies for its clean fuels Projects in the 9.5 million ton per annum (Mtpa) Manali Refinery in Chennai. A new 1.8 Mtpa Prime-D™ unit will be installed to upgrade gasoil feed to produce superior diesel fuel. The gasoil stream will undergo both ultra high desulfurization and cetane improvement to produce a high quality diesel containing less than 10 ppm of sulfur with a cetane index of 53. In...

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Corporate Process Licensing Catalysts & Adsorbents Consulting / Software Operations Support

HR 526

Description:High HDS activity Characteristics:CoMo, Al2O3 Shape:Trilobe Extrudates   Longer cycles and minimum hydrogen are the driving forces behind the development of HR 526, a high activity CoMo catalyst manufactured using our new Advanced Catalytic Engineering (ACE™) technology platform. HR 526 exhibits outstanding desulfurization activity, making it ideal for ultra low sulfur diesel (ULSD) service. It is especially suited as a replacement catalyst for...

Oil Refining
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Corporate Process Licensing Catalysts & Adsorbents Consulting / Software Operations Support

HMC 868

Description:Residue Hydrotreating - HDM of Atmospheric & Vacuum Residue Characteristics:CoMoNi, Al2O3 Shape:Spheres HMC 868 is used for the hydrotreatment of heavy cuts such as atmospheric residue, vacuum residue and desasphalted oils or heavy VGO. This catalyst performs high levels of demetallization and asphaltene conversion, combined with a reduction of Conradson carbon. The special design of HMC 868 provides these levels of performance, even in very severe operating...

Oil Refining
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Corporate Process Licensing Catalysts & Adsorbents Consulting / Software Operations Support

Impulse HR 1218

Description:  Middle Distillates and Naphtha Hydrotreating - HDS & HDA, maximum performances Characteristics:NiMo, Al2O3  Shape:Multilobe Extrudates     HR 1218 is a NiMo type catalyst, using the Impulse™ technology and presents very high denitrification and aromatic hydrogenation activities, as well as a superior desulfurization activity to previous catalysts. These features are particularly interesting in the treatment of...

Oil Refining
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Corporate Process Licensing Catalysts & Adsorbents Consulting / Software Operations Support

Axens Awarded Qatar Refinery Contracts

Qatar Petroleum has awarded Axens basic engineering design contracts for the new 250,000 barrel per day (bpd) Al Shaheen refinery to be built in the Messaieed Industial City in Qatar. Axens will supply the following process technologies for the refinery: Hyvahl™ - 51,000 bpd, fixed-bed, 100% vacuum residue desulfurization (VRDS) unit equipped with its proprietary PRSSM permutable guard-bed reactor system R2R™ – 60,000 bpd residue fluidized catalytic cracker (RFCC)...

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Corporate Process Licensing Catalysts & Adsorbents Consulting / Software Operations Support

OATS

Axens have formed an alliance to develop and commercialize the OATSTM (Olefin Alkylation of Thiophenic Sulfur) technology. The combination of BP's discovery with Axens leading market position (Prime-G+TM process) is a winning team in this key environmental refining process area. Feedstock choices include light and Mid fractions from FCC (or from various cracking processes) where thiophenics concentrate and the olefins content is still high (typically 30–45 %) leading to high octane...

Oil Refining Petrochemicals
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Corporate Process Licensing Catalysts & Adsorbents Consulting / Software Operations Support

Prime-G+

Axens’ Prime-G+TM technology is by far the leading player for FCC gasoline selective desulfurization. The Prime-G+TM process relies on unrivalled expertise to provide the most appropriate catalytic solution based on simple and robust designs that can achieve the following targets: Very high desulfurization rate with good octane retention Excellent gasoline yield retention without RVP increase (no cracking reactions) Minimum hydrogen consumption High operational...

Oil Refining
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Corporate Process Licensing Catalysts & Adsorbents Consulting / Software Operations Support

Bharat Petroleum Corporation Ltd. Selects Axens Octanizing Technology

Bharat Petroleum Corporation Ltd. BPCL has selected Axens to provide the technology licenses for a Naphtha Hydrotreater and a Continuous Catalytic Regeneration CCR Reformer (Octanizing™) at its Mumbai Refinery. The 900,000 tons-per-annum (TPA) CCR reformer is being designed to operate on mixed mode to produce benzene and toluene or minimum 108 RON reformate destined for gasoline conforming to Euro III / IV specifications. Besides meeting the additional requirements of Euro IV fuels,...

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Corporate Process Licensing Catalysts & Adsorbents Consulting / Software Operations Support

Axens’ Technologies for Irak Nassiriya New Refinery

The State Company for Oil Projects (SCOP), part of the Iraqi Ministry of Oil, has awarded Axens the Basic Design and License contracts for the construction of the new refinery in Nassiriya, Iraq. Axens will supply the following process technologies for the refinery: H-OilRC technology for the hydroconversion of 52,000 barrels per day (BPSD) of vacuum residue (VR). The H-OilRC plant will convert deeply VR to low sulfur distillates and produce a low sulfur residue. Prime-D™...

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