Catalyst Bed

Description: to PX/smaller recovery unit Low sensitivity to poisons (continuous regeneration) Ability to use ExxonMobil’s LPI process to further lower energy costs The EMTAM process The EMTAM process is a fluidized bed catalytic process that uses low-cost and readily available methanol to alkylate toluene

• Function: Catalyst
• Form & Features: Liquid / Solution

Description: ExxonMobil’s zeolite catalysts are the heart of the Badger Cumene process. Originally developed by Mobil Oil, the MCM-22 family of zeolite catalysts revolutionized the production of cumene. With their high activity and selectivity to cumene, ExxonMobil catalysts enable a simple,

• Function: Catalyst
• Form & Features: Liquid / Solution

Description: ExxonMobil’s MSDW™, MAXSAT™ and MWI™ catalyst technologies produce high-quality, high-performing lubes base stocks. These technologies incorporate proprietary ExxonMobil catalysts and deliver outstanding activity, yield, selectivity, run length and durability. Our MSDW catalyst

• Function: Catalyst
• Form & Features: Liquid / Solution

Description: Nebula® bulk metal hydroprocessing catalyst delivers up to two times the activity of traditional hydroprocessing catalysts. Jointly developed by ExxonMobil and Albemarle Corporation, pioneering Nebula catalyst technology provides exceptional hydrogenation power, increasing

• Function: Catalyst
• Form & Features: Liquid / Solution

Description: Standard Test Method for Determining Activity of Fluid Catalytic Cracking (FCC) Catalysts in a Fluidized Bed

Description: Applications Include: Fixed-bed reactors Slurry-bed reactors Shell-type catalyst Phthalic Anhydride (PA) catalyst supports Maleic Anhydride (MAN) catalyst supports Oxichlorination fixed bed catalyst supports LSA carriers HSA carriers

• Material: Aluminum Oxide, Ceramic, Silicon Carbide
• Features: Specialty / Other

Description: MacroTrap® Guard Bed Media Protects Your Catalyst Saint-Gobain NorPro develops and manufactures the widest range of catalyst carriers, ceramic bed supports and guard bed media in the world. Saint-Gobain NorPro's MacroTrap® guard bed media protects your

• Diameter / OD: 0.1968505 to 0.5118113 inch
• Features: Aluminum Silicate / Sillimanite, Hollow, Specialty / Other
• Ball Type: Ceramic Balls

Description: MacroTrap® Guard Bed Media Protects Your Catalyst Saint-Gobain NorPro develops and manufactures the widest range of catalyst carriers, ceramic bed supports and guard bed media in the world. Saint-Gobain NorPro's MacroTrap® guard bed media protects your

• Diameter / OD: 0.1968505 to 0.5118113 inch
• Features: Aluminum Silicate / Sillimanite, Hollow, Specialty / Other
• Ball Type: Ceramic Balls

Description: Standard Test Method for Determining Activity of Fluid Catalytic Cracking (FCC) Catalysts in a Fluidized Bed - INCLUDES STANDARD + REDLINE (PDF)

Description: Saint-Gobain NorPro's new "micro" sized Accu® sphere catalyst carriers meet the industry's ever-growing demand for small diameter spherical catalyst carriers for catalytic systems with its 0.3mm to 4.0mm size range. This new size range provides high-geometric surface area, uniform

• Carrier Shape: Balls / Spheres
• Material: Silica / Glass, Titania, Zirconia
• Features: Specialty / Other

Description: 1.1 This test method covers determining the activity and coke selectivity of either equilibrium or laboratory deactivated fluid catalytic cracking (FCC) catalysts. The activity is evaluated on the basis of mass percent conversion of gas oil feed in a fluidized bed reactor. The coke

Description: materials include silica, alumina-silica, zirconia, titania, silica, and silicon carbide. Saint-Gobain NorPro also offers a range of attrition-resistant, porous, low-surface area fluidizable aluminas as the basis of active and stable fluid bed catalysts. Particle sizes from 50 to 120

• Specific Surface Area: 160 m²/g
• Pore Size: 11 nm
• Carrier Shape: Balls / Spheres, Extrudate / Pellet, Honeycomb / Structured Material, Rings
• Material: Silica / Glass

Description: premature fouling due to unwanted particulates accumulating on the catalyst, thus reducing its activity. Reduced catalyst activity could lead to an undesirable return on investment on the main catalyst bed. The "XPore 80" naming indicates that macropores account for ~80%

Description: materials include silica, alumina-silica, zirconia, titania, silica, and silicon carbide. Saint-Gobain NorPro also offers a range of attrition-resistant, porous, low-surface area fluidizable aluminas as the basis of active and stable fluid bed catalysts. Particle sizes from 50 to 120

• Specific Surface Area: 3 m²/g
• Pore Size: 160 nm
• Features: Specialty / Other
• Material: Titania

Description: equipment or poison the catalyst. The special formulation of Denstone 99 media also provides maximum resistance to thermal shock and erosion. In fixed-bed catalyst reactors, its monolithic structure eliminates in-service spalling and delamination and prevents the incidence of

• Diameter / OD: 0.1181103 to 2.9527575 inch
• Features: Alumina, Specialty / Other
• Ball Type: Ceramic Balls

Description: experienced in competing support media. Denstone support media ensure that your catalyst won’t suffer premature catalyst replacement. Dehydration/Desulfurization Units Saint-Gobain NorPro is a world-leader in providing high-technology ceramics used in the purification of natural gas

Description: 1.1 This test method covers the determination of bulk crush strength of a bed of formed catalyst particles 1/32 to 3/16 in. (0.8 to 4.8 mm) in diameter and is intended to provide information concerning the ability of the catalyst material to maintain physical integrity. 1.2 The

Description: presents a novel morphological catalyst layer for DPFs, which is located in the surface of the inlet DPF channels and has been formed into a highly porous and three-dimensional meshwork shape. These features enhanced not only the prevention of deep bed filtration to reduce the pressure

Description: silver content (i.e., wt.% Ag 2 O) and reductant composition (i.e., simulated diesel fuel, simulated gasoline, ethanol, and ethanol/simulated gasoline mixtures) on the steady-state NO x reduction activity. A dual catalyst approach using a HC-SCR catalyst followed by an NH 3 -SCR

Description: The application of accelerated catalyst aging procedures on an engine dynamometer test bed for the purpose of demonstrating catalyst durability is examined. A proof-of-principle approach is followed using catalysts from vehicles certified to U.S. Tier 2 Bin 4 and

Description: epoxy-based paint. The anodized aluminum occlusion bed swings open for quick loading of the two-stop tube sets. Wide occlusion angle prevents fluid backflow up to the rated pressure of the tubing. MAX button runs motor at full rpm to rapidly prime or flush tubing. Self-lubricating

• Maximum Discharge Flow: 0.02773806525 GPM
• Power Source: AC Powered
• Pump Type: Peristaltic Pumps

Description: The anodized aluminum occlusion bed swings open for quick loading of the two-stop tube sets. Wide occlusion angle prevents fluid backflow up to the rated pressure of the tubing. MAX button runs motor at full rpm to rapidly prime or flush tubing. Self-lubricating thermoplastic polyester

• Maximum Discharge Flow: 0.0036984087 GPM
• Power Source: AC Powered
• Pump Type: Peristaltic Pumps

Description: Diesel aftertreatment systems configured with a diesel oxidation catalyst (DOC) upstream of an urea selective catalytic reduction (SCR) catalyst run the risk of precious metal contamination. During active diesel particulate filter (DPF) regeneration events, the DOC bed

Description: Spooner Anguil design and manufacture a range of catalytic oxidisers including; With a catalytic recuperative oxidiser, a catalyst bed is introduced into the combustion chamber. The catalyst oxidises the hydrocarbons to carbon dioxide and water vapour at significantly lower

Description: The Type CL-10DJI Dynatrol® Interface Level Detector has the unique ability to detect the interface: Between a liquid and a settled bed of solids. Between a liquid and a floating bed of solids. Between liquid phases of significantly different viscosities. Advantages Versatile: This

• Maximum Operating Pressure: 1,000 psi
• Material Temperature Range: 0 to 750 F
• Maximum Current: 2 amps
• Maximum AC Voltage: 240 volts

Description: down ratio - VFD mixing pump produces only the gas needed by your furnace(s) - High-efficiency air-cooled heat exchanger stays undisturbed when servicing the retort - Heat exchanger has provision for soot removal without contaminating the catalyst bed - Dew point indicator to alert the

Description: Catalytic Oxidizers are a good control option in applications that have consistent Volatile Organic Compounds (VOC's). By using a catalyst bed in the air treatment equipment, oxidation is accomplished at much lower temperatures compared to thermal oxidation. A catalytic oxidizer

• Oxidation Technology: Recuperative Thermal

Description: of reduced agent systems are availalbe: Anhydrous, Ammonia, Aqueous Ammonia and Urea Single integrated control system operates the boiler, burner and SCR Catalyst bed geometry is optimized and the highest quality corrugated catalyst is used with vanadium, titanium or tungsten

Description: and the gas temperature in furnaces and boilers. Surveillance and optimisation of flue gas cleaning systems by measuring the waste gas concentrations before and after gas cleaning steps. Internal combustion engines: Measuring the ammonia slip behind DeNOx catalysts in the waste gas system of

• Operating Temperature: 41 to 113 F
• Measurement Type: %Volume, Trace
• Gas Types: Ammonia (NH₃), Carbon Dioxide (CO₂), Carbon Monoxide (CO), Hydrogen Chloride (HCl), Hydrogen Fluoride (HF), Oxygen (O₂), Toxic Gas
• Electrical Outputs: Analog Current

Description: and the gas temperature in furnaces and boilers. Surveillance and optimisation of flue gas cleaning systems by measuring the waste gas concentrations before and after gas cleaning steps. Internal combustion engines: Measuring the ammonia slip behind DeNOx catalysts in the waste gas system of

Description: and optimization of flue gas cleaning systems by measuring the waste gas concentrations before and after gas cleaning steps. Internal combustion engines: Measuring the ammonia slip behind DeNOx catalysts in the waste gas system of engine test beds Explosion safety: Immediate and 4.

• Gas Types: Ammonia (NH₃), Carbon Dioxide (CO₂), Carbon Monoxide (CO), Combustible Gas, Hydrogen Chloride (HCl), Hydrogen Fluoride (HF), Oxygen (O₂), Toxic Gas, Water Vapor
• Instrument Type: Analyzer
• Display: Digital
• Number of Gases Monitored: Multi Gas

Description: divided by its volume where the volume includes that of its pore and small cavities. Envelope density information is useful in characterizing catalysts, structural foams, insulators, ceramics, powder metallurgy objects, and other manufactured goods. The GeoPyc follows a unique displacement

• Instrument Type: Density Instruments
• Technology Type: Digital Instrument, Other
• Display & Special Features: Laboratory Style (Benchtop or Handheld)
• Media Type: Solid