Catalytic Material Database

About CMD

The Catalytic Material Database (CMD) collects measured property and surface property data of heterogeneous catalysts, particularly their functional properties measured under reaction conditions. This covers physical properties e.g., absorbed metal species, support, metal loading ratio or Bruanauer-Emmet-Teller surface area. In particular, the database includes functional properties, i.e., the reaction data such as substrates, products, conversion rates, selectivity/yield rates, reaction temperature, pressure, catalyst/substrate mass, turnover frequency (TOF) values, gas hourly space velocities/weight hourly space velocities (GHSV/WHSV), flow gas compositions, and flow rates. Currently, all the data comes from literature sources, Reaxys, ResearchGate, Web of Science, and cover methanation, hydrogenation, and DeNOx reactions.

The motivation of CMD is data sharing in the above-mentioned catalytic reactions area. The database is limited to properties measured, analyzed, and cataloged in the research articles published in scientific journals.

Features of the CMD

Initial dataset of experimental data, surface properties of catalytic nanomaterials and their reaction conditions and results
Detailed metadata accompanies each entry, allowing for ease of comparison and identification
Search logic available to help users to search the database

Plans for Future

Tools for users to upload their published data to the database, including scripting examples and API documentation
Updates to the web application to meet user needs for catalyst R&D applications
Data mining and Machine Learning computing tools
Data upgrade

Collaboration

For more information on CMD development or to share suggestions email cmd@us.edu.pl

Fill this form to add your catalytic material Catalyst-Reaction Form

Dynamic content

The DataBase has the following record counts: