Co-Processing of alternative feeds

Vision of low carbon FCC of the future. To live in a more sustainable world, refiners are exploring ways to lower their carbon footprint. Sources of FCC Carbon emissions FCC - Scope 1 emissions from burning coke - Scope 2 emissions related to energy inputs (fairly small for FCC) - Scope 3 Upstream emissions for production and transport of feed - Scope 3 downstream for combustion of transportation fuels made from FCC.

Commitment to high indsutrial performance

The Krasnodar company SIE Neftehim, LLC is No. 1 in Russia in the field of catalytic processing of light naphtha for production of motor gasoline of ecological class K5/Euro-5 and high-purity chemical synthesis raw materials. It is the largest developer and manufacturer of isomerization and reforming catalysts in this country. In addition, Scientific Industrial Enterprise Neftehim is the creator of the well known and up-to-date isomerization technology of pentane-hexane fractions ...

Commitment to high industrial performance

The Krasnodar company SIE Neftehim, LLC is No. 1 in Russia in the field of catalytic processing of light naphtha for production of motor gasoline of ecological class K5/Euro-5 and high-purity chemical synthesis raw materials. It is the largest developer and manufacturer of isomerization and reforming catalysts in this country. In addition, Scientific Industrial Enterprise Neftehim is the creator of the well known and up-to-date isomerization technology of pentane-hexane fractions ...

CORAL™ FCC catalysts

Improving residue FCC unit performance through enhanced catalyst accessibility. Mass transfer limitations. Many FCC units experience losses in conversion and bottoms selectivity as a result of mass-transfer limitations. These are due to the problems that high-molecular-weight, sterically hindered feed molecules experience when diffusing into catalyst particles. Albemarle offers the breakthrough catalyst CORAL to overcome this problem, especially in residue FCC units. Root causes Catalyst-particle ...

CORAL™ SMR

Improving the fluidized catalytic cracking (FCC) profit potential of heavy feeds. SMR technology features. The need to process heavy feeds in FCC units continues to grow. Albemarle’s innovative SMR catalyst technology addresses the three fundamentals of heavy feed cracking: coke and dry-gas selectivity; metals tolerance; and bottoms upgrading. Through its three innovative developments, SMR technology enables refiners to operate at higher metal levels or at higher severities ...

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 ...

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 ...

Delivering high performance products for refineries

The world oil refining industry is a continually changing business. This presents an ever-evolving challenge to the refiner and requires the ability to be flexible, adaptable and aware of the future directions and changes the industry will take. At Johnson Matthey Catalysts, we work closely with our customers in order to ensure that they succeed. Through our refineries business, we offer a range of specialized high performance catalysts and process technologies that enable our ...

Driving Catalyst Performance

Innovation in design: We design our own catalyst carrier utilising our strength of 40 years’ experience in the Ceramics industry. Catalysts are formed using polymer ceramic technology rather than the traditional pressure method, which provides higher intrinsic strength, greater geometric surface area and surface texture. Textured Surface Technology: Texture on the Magcat spherical shape creates a 30% improvement in active surface area, increasing the effective reaction zone ...

Driving Reformer innovation

UNICAT Catalyst Technologies LLC are a global manufacturer and supplier of DRI Catalysts. An established supplier of DRI catalysts with over 10 years of reformer references from our 1st generation MYD spherical catalyst. Building upon 40 years of ceramic manufacturing experience our 2nd generation DRI Catalyst (Magcat®) was developed, which dramatically improves gas flow by +% without the need to add any further tubes. That means ZERO CAPEX required to achieve +35% more reformed ...

Driving Syngas Performance

Innovation in design: We design our own catalyst carrier utilising our strength of 40 years’ experience in the Ceramics industry. Catalysts are formed using polymer ceramic technology rather than the traditional pressure method, which provides higher intrinsic strength, greater geometric surface area and surface texture. Textured Surface Technology: Texture on the Magcat spherical shape creates a 30% improvement in active surface area, increasing the effective reaction zone ...

DuraSOx™

Highly attrition-resistant SOx reduction additive without performance compromise. DuraSOx SOx reduction additive is the culmination of intensive development work focusing on obtaining the most attrition-resistant Sox additive on the market without any performance compromises. It follows in the footsteps of Albemarle’s longest marketed SOx additive, KDSOx®, in that both take advantage of Albemarle’s patented hydrotalcite technology. SOx reduction additives are ...

DuraZOOM™ - industry-leading olefin and octane enhancement

DuraZOOM additive is the latest in a long line of light olefins and octane enhancers manufactured by Albemarle. ZSM-5 additives were developed by Mobil Oil Corporation and first used in 1983 as octane enhancers necessitated by the phasing out of tetraethyl lead. Since then, their use has grown enormously worldwide. The initial applications required relatively low levels of ZSM-5 crystal. More recently, the use of ZSM-5 additives has shifted from octane enhancement to propylene ...