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In the applied research, the material’s properties are determinant as well.  Moreover, the synthesis route now not only has to be efficient in achieving novel materials or materials with a specific property, it also has to answer to requirements following from industrialization: restrictions are imposed related to the upscalability, cost, safety and environmental regulations.  This can have (massive) consequences regarding the allowed reagents, solvents, thermal budget etc.  Several cases below exemplify the kinds of activities the applied research in the DESINe group encompasses:

  • Screening of large numbers of compounds by robust and yet compositionally flexible routes e.g. thin film deposition or powder synthesis by aqueous solution-gel routes
  • Upscaling of synthesis routes to achieve larger production amounts in collaboration with companies
    Dedicated research solving a direct need within a company with IP owned by the industrial partner

Literature illustrating this type of research from our group include:

Sunlight-Fueled, Low-Temperature Ru-Catalyzed Conversion of CO2 and H2 to CH4 with a High Photon-to-Methane Efficiency

Francesc Sastre, Caroline Versluis, Nicole Meulendijks, Jessica Rodríguez-Fernández, Jorgen Sweelssen, Ken Elen, Marlies K Van Bael, Tim den Hartog, Marcel A Verheijen, Pascal Buskens

ACS omega 4 (4), 7369-7377

Combustion synthesis as a low temperature route to Li4Ti5O12 based powders for lithium ion battery anodes.

De Sloovere, Dries; Marchal, Wouter; Ulu, Fulya; Vranken, Thomas; Verheijen, Maarten; Van Bael, Marlies K. & Hardy, An.

RSC ADVANCES, 7(30), 2017 p. 18745-18754

Sharing information on dedicated research in collaboration with companies is restricted by IP regulations