Catalyst characterization analyzer

Achieve precise catalyst characterization and optimization with advanced techniques like chemisorption and temperature programmed reactions, enabling refined research and development in catalytic processes.

Conducts Catalyst Evaluation and Gas Adsorption Analysis

The BELCAT II Catalyst Characterization Analyzer from Microtrac Retsch GmbH is a fully automated benchtop solution optimized for in-depth catalyst analysis and gas adsorption measurements. This equipment excels in pulse chemisorption, temperature programmed desorption (TPD), reduction (TPR), oxidation (TPO), and reaction (TPReaction), providing precise catalyst evaluation for varied industries such as chemical, petrochemical, and material science.

The BELCAT II is designed for the rigorous demands of research laboratories and catalyst developers, ensuring accurate results for applications in catalytic converters, lithium-ion battery cathodes, and proton exchange membrane fuel cells, among others. It features precise gas control through high-performance mass flow controllers and an automatic gas injection system, ensuring reproducibility. The pulse loop, equipped with a temperature/pressure sensor, enhances accuracy in catalytic studies.

Covering a wide temperature range up to 1,100°C and supporting conditions as low as -120°C with the optional CATCryo II, BELCAT II handles both solid and gas product types with versatility. Configurations allow for the usage of numerous gases, including He, Ar, and H2, enhancing its adaptability across various research scenarios. Built with corrosion-resistant materials, it maintains integrity under challenging conditions.

The BELCAT II’s integration into production lines is seamless, offering quick cooling features and requiring minimal manual intervention, thus streamlining research and development operations. Its compact footprint and comprehensive capabilities make it an invaluable tool for advancing material innovations while reducing setup and maintenance time.

Benefits

  • Ensures precise catalyst performance data with consistent and reproducible results.
  • Minimizes manual intervention through fully automated operation, saving time and reducing labor costs.
  • Adapts to diverse research needs with extensive gas and temperature compatibility.
  • Compact design optimizes laboratory space usage.
  • Built with corrosion-resistant materials for durability in aggressive chemical environments.

General


Applications
Battery materials,Ceramics,Fibers,Fuel cells,Separation membranes,Polymer materials,Magnetic materials,Pigments,Catalysts,Cement
End products
Polyethylene,Lithium-ion battery cathodes,Ferrite magnets,Gas separation membranes,Porcelain tiles,Carbon fibers,Portland cement,Catalytic converters,Iron oxide pigments,Proton exchange membrane fuel cells
Steps before
Purification of gas,Preparation of catalyst samples,Gas mixing setup,Temperature/pressure calibration
Steps after
Data analysis,Result validation,Catalyst performance evaluation,Reporting
Input ingredients
He,Ar,N2,O2,H2,CO,CO2,NH3,N2O,NO,H2O,CH3OH,C2H5OH,toluene,benzene
Output ingredients
analyzed gas composition,catalyst characterization results,surface area data,pore size distribution data,catalytic activity evaluation
Market info
Microtrac is known for its expertise in particle size and shape analysis, providing innovative measurement solutions used in various industries to ensure product quality and consistency. Their equipment is recognized for precision and reliability in laboratory and industrial settings.

Technical Specifications


Automation
Fully automated
Gas control
Precise with three high-performance mass flow controllers
Gas injection system
Automatic calibration
Temperature range
Maximum 1,100°C
Cooling time
30 minutes (400°C->50°C)
Dimensions
500 x 750 x 500 mm
Weight
80 kg
Power supply
AC 100-120 V / 200-240 V,1,300 W,50 / 60 Hz
Measurement principle
Dynamic flow method
Detector type
Semi-diffusion type 4-element thermal conductivity detector (TCD)
Measurement / pretreatment port
1
Injection gas
He,Ar,N2,O2,H2,CO,CO2,NH3,N2O,NO,etc.
Dosing gas
Carrier
Mass flow controller capacity
Carrier
Cryo option
-120°C supported
Vapor injection (optional)
H2O,CH3OH,C2H5OH,toluene,benzene,etc.
Utility gas pressure
Measurement gas
Joint type
1/8” Swagelok connection

Operating Characteristics


Working Mechanism
Dynamic flow method
Automation Level
Fully automated
Pretreatment Capability
Included
Batch vs. Continuous Operation
Batch
Gas Control
Precise control by mass flow controllers
Temperature Regulation
Up to 1,100°C,quick cooling
Injection System
Precise automatic gas injection
Pulsed Chemisorption Capability
Yes
Temperature Programmed Desorption
Yes
Temperature Programmed Reduction
Yes
Temperature Programmed Oxidation
Yes

Material Compatibility


Density/particle size
0.5–2.5 g/cm³ / 50–1000 µm


CE certified
yes

Physical Characteristics


Machine footprint
500 x 750 x 500 mm
Weight
80 kg

Custom Options


Compact footprint
500 x 750 x 500 mm
Control panel type
Automated control system