Energy and Environmental Engineering Lab. > individual

Location

• Room 205, Building 50 (Engineering Laboratory 1)

Specifications

• Temperature control range: room temperature to 1100°C; equipped with TCD detector; capable of supplying various gases.

Description

• Catalyst characterization equipment

Applications

• Physicochemical characterization of catalysts (e.g., TPR, TPO, TPD, OSC) and evaluation of surface reaction activity.

Location

• Room 205, Building 50 (Engineering Laboratory 1)

Specifications

• Capable of BET surface area analysis, pore analysis, and adsorption/desorption isotherm measurements.

Description

• Catalyst characterization equipment

Applications

• Analysis of surface area and pore structure characteristics of catalysts and adsorbents.

Location

• Room 205, Building 50 (Engineering Laboratory 1)

Specifications

• Capable of high-temperature and high-pressure reactions, equipped with temperature, pressure, and flow control systems.

Description

• Reactor for reforming pyrolysis oil from waste plastics.

Applications

• Hydrogen production reaction experiments, catalyst performance evaluation, reforming reaction studies.

Location

• Room 205, Building 50 (Engineering Laboratory 1)

Specifications

• Capable of high-temperature and high-pressure reactions; equipped with temperature, pressure, and flow control systems.

Description

• Catalytic reactor for hydrogen production.

Applications

• Hydrogen production reaction experiments, catalyst performance evaluation, and reforming reaction research.

Location

• Room 205, Building 50 (Engineering Laboratory 1)

Specifications

• Enables precise flow rate control and injection of various solvents.

Description

• Syringe pump for consistent reactant injection during catalytic reactions.

Applications

• Precise liquid sample injection and stable supply control during reaction experiments.

Location

• Room 205, Building 50 (Engineering Laboratory 1)

Specifications

• Multi-column system enabling rapid gas analysis, equipped with a μ-TCD detector.

Description

• Analysis of quench gas generated after catalytic reactions.

Applications

• Analysis of reaction gas composition, hydrogen concentration measurement, and monitoring of experimental results.

Location

• Room 205, Building 50 (Engineering Laboratory 1)

Specifications

• Capable of heating above 1200°C; includes atmospheric gas control functionality.

Description

• Sintering equipment used for impurity removal during catalyst manufacturing stages.

Applications

• Used for catalyst pretreatment and sintering, heat treatment processes, and catalyst activation.