Accelerating your Process Development

We have extensive experience of building bespoke catalyst screening units for industrial and academic customers, from tailored analytical units through to complete pilot plants.

Micromeritics ofrece tecnología líder mundial para la caracterización de partículas, polvos y materiales porosos

Superficie

Superficie por adsorción de gas, incluida la superficie BET

Porosidad

Tamaño, volumen y distribución de los poros mediante adsorción de gas y porosimetría de mercurio

Densidad

Densidad absoluta de sólidos, polvos y lodos por picnometría de gases. Densidad envolvente automatizada de sólidos irregulares y densidad aparente comprimida (T.A.P).

Flujo de polvo

Mediciones dinámicas y de cizallamiento de la reología del polvo y las interacciones entre partículas

Actividad

Actividad de los catalizadores, incluida la quimisorción, las reacciones a temperatura programada y los sistemas de reactores a escala de laboratorio.

Accelerate Catalyst Discovery and Production with Advanced Characterization Technology

As the world’s leading supplier of high-performance characterization technology for powders and porous materials, Micromeritics empowers scientists in catalyst development and screening to save time and resources. Our precise and reliable measurements of porosity and surface properties predict performance, demonstrate functionality and accelerate candidate selection while mitigating risk .

Heterogeneous catalysis are employed in over 90% of industrial chemical syntheses and environmental controls. The success of a catalyst depends heavily on it surface morphology and reactivity.

Micromeritics provides analytical solutions for characterization and optimization of catalyst materials from basic morphology to reaction performance validation.

Trusted by leading scientists and innovative companies worldwide, our technology enhances development speed, quality control,, and performance optimization performance for energy efficiency, process yield, and catalyst lifetime.

Cited in 90,000 publications
Referenced in 30,000 patents

Basic Morphology in 1-, 2-, and 3-dimensions

Higher Order Structure

Model Reaction Characterization

Instrumented Reactors

Pilot Plants

Pore size
Superficie
Pore Volume

Hierarchical pore structure
Transport characteristics that will drive speed and longevity of catalyst

Characterize number, type, and dispersion of active sites
Identify operating parameters under model conditions

Performance in complex gas mixtures and process-realistic environments
Refine operating parameters under process-like conditions
Validate lifetime, regeneration

Demonstration and scale-up

3Flex

BTA

PID Pilot Plants

ASAP 2460, 2426

AutoChem

FR

AutoPore

ASAP 2480

AccuPyc

Géminis

TriStar

Basic Morphology in 1-, 2-, and 3-dimensions

Pore size
Superficie
Pore Volume

3Flex

ASAP 2460, 2426

AutoPore

Géminis

TriStar

AccuPyc

Higher Order structure

Hierarchical pore structure
Transport characteristics that will drive speed and longevity of catalyst

ASAP 2460, 2426

AutoPore

3Flex

Model reaction characterization

Characterize number, type, and dispersion of active sites
Identify operating parameters under model conditions

3Flex

AutoChem

ASAP 2480

Instrumented Reactors

Performance in complex gas mixtures and process-realistic environments
Refine operating parameters under process-like conditions
Validate lifetime, regeneration

BTA

FR

Pilot Plants

Demonstration and scale-up

PID Pilot Plants

Our Solutions

Instruments

AccuPyc III

Screen for raw material composition
Understand mass vs volume relationship to drive product and process design
Fastest, easiest, most accurate measurement of True Density

TriStar II Plus

High-throughput analysis of surface area and porosity especially for mesoporous materials

Géminis

Fastest measurement of surface area and gas adsorption isotherms due to unique differential measurement design

ASAP 2460 Y 2425

On-demand parallel analysis of basic to advanced morphology from micro- to mesoporous materials

AutoPore V

Surface and pore morphology and structure determination from meso- to macropore size range

3Flex

Most advanced platform for surface morphology and advanced pore structure from ultramicro- to mesoporous materials
Versatile system also delivers model reaction characterization by static or dynamic static chemisorption and Temperature-programmed reactions

AutoChem III

Ultimate analysis accuracy, sensitivity, and versatility for model reaction characterization
Pulse chemisorption, Temperature programmed reactions to determine active surface area and strength and type of interaction.
Ideal for catalysts highly reactive catalysts such as those based on noble metals and zeolites

Reactor de flujo (FR)

Turn-key bench-top flow reactors are quick to deploy, offer complete process control automation and recording, and enable reaction process studies under relevant conditions of composition, flow rates, pressure, and time-on-stream

Plantas piloto

Customized lab-scale pilot plants de-risk scale-up by replicating complete process flows with moderate reactant quantities to validate and optimize new catalysts, processes and conditions.

Reómetro de polvo FT4

Optimize product formulation and process design for pelletizing or other support formation processes
Measure fluidization characteristics of finished product for use in fluidized bed reactors to optimize contact with reactant streams and suitability for process equipment

Services

We provide a comprehensive range of characterization services whether it is the analysis of a single sample, a complex method development or validation, new product assessments, or addressing large-scale manufacturing projects.

Available options

Chemisorption Tests:

Volumetric Chemisorption analysis
Dynamic or pulse Chemisorption analysis
Pulse Chemisorption using liquid vapors

Relevant Resources

Application Notes / Webinars

Caracterización del Sitio Ácido de la Mordenita H+ (SiO2/Al2O3:90/1): Una Aplicación de Quimisorción por Pulsos y TPD para el AutoChem

Caracterización del Sitio Ácido de H+ ß (SiO2/Al2O3:75/1): Una Aplicación de Quimisorción por Pulsos y TPD para el AutoChem

Caracterización del Sitio Ácido de H+ Y (SiO2/Al2O3:30/1): Una Aplicación de Quimisorción por Pulsos y TPD para el AutoChem

Caracterización del Sitio Ácido de H+ Y (SiO2/Al2O3:5.2/1): Una Aplicación de Quimisorción por Pulsos y TPD para el AutoChem

Caracterización del Sitio Ácido de H+ Y (SiO2/Al2O3:80/1): Una Aplicación de Quimisorción por Pulsos y TPD para el AutoChem

Caracterización del sitio ácido de H+ ZSM-5 (SiO2/Al2O3:30/1): una aplicación de quimisorción por pulsos y TPD para el AutoChem

Caracterización del sitio ácido de NH4+ ZSM-5 (SiO2/ Al2O3:280/1): una aplicación de quimisorción por pulsos y TPD para el AutoChem

Caracterización del sitio ácido de NH4+ ZSM-5 (SiO2/ Al2O3:50/1): una aplicación de quimisorción por pulsos y TPD para el AutoChem

Caracterización del sitio ácido de NH4+ ZSM-5 (SiO2/Al2O3:30/1): una aplicación de quimisorción por pulsos y TPD para el AutoChem

Caracterización del sitio ácido de NH4+ ZSM-5(SiO2/Al2O3:80/1): una aplicación de quimisorción por pulsos y TPDA para el AutoChem

Active Area of Heterogeneous Catalysts: Chemisorption and Temperature Programmed Methods

Advantages of the Use of the Micromeritics FR MicroReactor Series in Catalysis

TPD de amoníaco para materiales sensibles al calor en el Autochem III

Introducción a las técnicas y métodos analíticos de adsorción química (versión condensada)

Autochem III – Catalyst and Active Surface Characterization

Caracterización de zonas ácidas mediante desorción programada por temperatura

Efecto de las trazas de _O2 en el gas portador en la cuantificación de las especies activas de los catalizadores

Evaluación de sustratos catalizadores con GeoPyc® 1360

Frontiers in Catalysis Design for Sustainable Technologies

Intermetallics with Isolated Metal Ensembles Define Active Site Requirements and Dictate Catalytic Selectivity during Semi-hydrogenation

Preparation, Characterization and Catalytic Testing of Ni-supported Catalysts For the Sabatier Reaction

Reducción programada por temperatura con AutoChem

Texture of Heterogenous Catalysts Webinar: Surface Area and Porosity

Unraveling Hierarchical Pore Networks Using Differential High-Resolution Mercury Intrusion

Using Temperature Programed Analysis for Acid Site Characterization of Solid Acids

Talk to an Expert

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Customers choose Micromeritics for our diverse world-leading high-performance systems, expert application staff, and factory-trained engineers spanning many industries around the globe. We are here to provide sustainable solutions for Net-Zero Technologies and accelerate both R&D and commercialization with quality data, customer service, our particle testing lab, and virtual or onsite product demonstrations.

Accelerating your Process Development

Micromeritics ofrece tecnología líder mundial para la caracterización de partículas, polvos y materiales porosos

Superficie

Porosidad

Densidad

Flujo de polvo

Actividad

Accelerate Catalyst Discovery and Production with Advanced Characterization Technology

Micromeritics provides analytical solutions for characterization and optimization of catalyst materials from basic morphology to reaction performance validation.

Basic Morphology in 1-, 2-, and 3-dimensions

Higher Order Structure

Model Reaction Characterization

Instrumented Reactors

Pilot Plants

3Flex

BTA

PID Pilot Plants

ASAP 2460, 2426

AutoChem

FR

AutoPore

ASAP 2480

AccuPyc

Géminis

TriStar

3Flex

ASAP 2460, 2426

AutoPore

Géminis

TriStar

AccuPyc

ASAP 2460, 2426

AutoPore

3Flex

3Flex

AutoChem

ASAP 2480

BTA

FR

PID Pilot Plants

Our Solutions

Instruments

AccuPyc III

TriStar II Plus

Géminis

ASAP 2460 Y 2425

AutoPore V

3Flex

AutoChem III

Reactor de flujo (FR)

Plantas piloto

Reómetro de polvo FT4

Services

Available options

Chemisorption Tests:

Relevant Resources

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