Reactor vessel kinetics is of great importance in the area of chemical engineering. The plug flow reactor is one of the two classic reactor types in the field of chemical engineering. In the plug flow reactor, the reagent streams are combined and react while they flow through the tube. The fluid which enters the reactor at any given time does not react with fluid which enters at a different time. Thus, the fluid can be considered as traveling in discrete fluid packets.
H-6265-CDL Computer Data Logging Package
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The Hampden Model H-LTCS is a fast, rugged, expandable, system that is built to stand-up to the heavy demands of an educational environment. Plenty of expansion capacity in addition to the highest quality components have made the Hampden H-LTCS a performance leader.
The Hampden Model H-6160 Solid-To-Liquid Extraction Demonstrator permits student study of the fundamentals of a solid/liquid extraction system. The student is able to determine the operating characteristics of solvent extraction from a packed bed. The equipment is constructed out of stainless steel and glass for material compatibility. Furthermore, glass parts are used where observation of the process is informative. The corrosion resistant nature of the equipment allows the unit to be used with a wide variety of systems including: water/inorganic salts; water/sugar beets; methylene chloride/vegetable oil; water/coffee and others. All experiments use non-flammable solvents.
H-6160-CDL Solid-to-Liquid Extraction with Computer Data Logging Option (LabVIEW w/ Software)
The Hampden Model H-FPST-1 Flame Propagation and Study Trainer is used to investigate the physical behavior of flame and flame control whenever fuels are burned.
The Hampden Model H-6150 Liquid-To-Liquid Extraction Demonstrator has been developed to permit student study of the fundamentals of a liquid-to-liquid extraction system. In addition to demonstrating the hydrodynamics of liquid-to-liquid extraction systems and interface control techniques, this unit can also be used to determine the mass transfer rates, heat transfer coefficients, extraction efficiency, and operating conditions at different liquid flow rates. The extraction process can be operated in a continuous or semi-continuous mode.
H-6150-CDL Liquid-To-Liquid Extraction Demonstrator with Computer Data Logging Option (LabVIEW w/ Software)
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Reactor vessel kinetics is of great importance in the area of chemical engineering. The tubular flow (also known as plug flow) reactor is one of the two classic reactor types in the field of chemical engineering.
The student, using the Hampden Model H-6210 Dynamics of Stirred Vessels Demonstrator, will acquire an understanding of non-steady state process control behavior needed to design and operate automatic process control systems.
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The Hampden Model H-6180 Tray Drier Demonstrator demonstrates the theoretical and practical aspects of drying solids in bulk.
The Hampden Model H-CS is a fast, rugged, expandable, American-made system that is built to stand-up to the heavy demands of an educational environment. Plenty of expansion capacity in addition to the highest quality components have made the Hampden H-CS a performance leader.
The Hampden Model H-6290 Gas/Liquid Absorption Column is a pilot plant scale unit which shall be designed to allow students to investigate the principles of packed tower absorption processes and hydrodynamics.
H-6290-CDLC Gas/Liquid Absorption Column with Computer Data Logging and Control Option (LabVIEW w Software)
H-6290-10 Liquid Effluent Sump Tank Option
H-6290-20 Temperature Probes - Dial Type Option
H-6290-30 Ladder to Access Top of the Column Option.
The Hampden Model H-6253 Table Top Chemical Reactors Series consists of a self contained base unit which includes (2) supply tanks, (2) variable speed peristatic feed pumps, heaters, temperature and conductivity sensors, and control panel. This universal base is then supplied with any of the Hampden series of chemical reactors.
Computer Data Logging (CDL) Option
The Hampden Model H-6807 Fluidization and Fluid Bed Heat Transfer Demonstrator demonstrates air flow through packed or fluidized bed of granular material as well as heat transfer.
H-6807-CDL Fluidization and Fluid Bed Heat Transfer Demonstrator with Computer Data Logging Option (LabVIEW w/o Software)
The Hampden Model H-6270 Corrosion Studies Trainer provides students with an understanding of the effects of corrosion.
The Hampden Model H-6271 Mass Transfer and Diffusion Coefficients System has been developed to investigate the measurement of molecular diffusivities.
The Hampden Model H-6410 Laboratory Pasteurizer has been developed to investigate the pasteurizing process of low viscosity liquids such as milk and fruit juices.
The Hampden Model H-6173 makes educational and industrial experimentation possible in a virtually limitless range from simple steady-state binary separations to highly sophisticated process dynamics research including column hydraulics and packing materials. Even bench-scale pilot production runs are feasible with appropriate modifications.
H-6173-CDLC Computer Data Logging and Control Option
H-6173-CS Computer System Option
Sieve Plate Column only - H-6173-SP
Bubble Cap Column only - H-6173-BC
Packed Bed Column only - H-6173-PC
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The Hampden Model H-6252 Modular Chemical Reactor System is used to investigate the chemical reactor which is the most commonly used, important piece of equipment in a chemical plant. Chemical reactors are used to manufacture a wide variety of products including: polyvinyl chloride, epoxy resin, and pharmaceuticals, to name a few. The Hampden Model H-6252 Modular Chemical Reactor System consists of the following Modules: H-6252-A Reagent Service Module (2) H-6252-B Hot Water Service Module (1) H-6252-C Batch Reactor Module (1) H-6252-D Tubular Reactor Module (1) H-6252-E Continuous Stirred Tank Reactor Module (1) H-6252-F Control Module (1) H-6252-H Hose Set (1) H-6252-J Product Tank Module (1)
H-6252-I Flow Transmitter Module Option (2)
H-6252-G Data Logging I/O Module Option (LabVIEW w/ Software) (1)
The reactor vessel constitutes a critical part of any chemical process plant. Reactor vessel kinetics is of great importance in the area of chemical engineering.
The Hampden Model H-6140 Double Effect Evaporator is an industrial type unit which demonstrates the fundamental principles of a multi-effect type evaporator. The unit can also be used to demonstrate the fundamental principles of a single effect evaporator.