Juan José López Martín holds a degree in Chemical Sciences from the Complutense University of Madrid (2020) and a Master's in Chemistry Science and Technology, specializing in Analytical Chemistry, from the same university (2021).
He began his research experience at the Complutense University of Madrid, participating in projects focused on biomimetic magnetic nanomaterials for mycotoxin detection and the design of photoactive organic molecules for fluorescence assays. Later, he was awarded a scholarship to work at the Spanish National Transplant Organization, where he applied statistical techniques for biomedical data analysis in liver and heart transplants (July 2021 March 2022). More recently, he worked in the Smart Materials department at Nanomate, leading projects on the impact of carbon nanomaterials in various matrices and their integration into industrial solutions. His work combined the synthesis and characterization of materials with the development of machine learning models to optimize their performance (March 2022 November 2024).
Currently, he is starting his PhD in Industrial Technologies: Chemistry, Environmental, Energy, Electronics, Mechanical, and Materials Engineering at the Rey Juan Carlos University, where he continues his research on hydrogen production from green carriers (DME and NH3) in catalytic membrane reactors.
He began his research experience at the Complutense University of Madrid, participating in projects focused on biomimetic magnetic nanomaterials for mycotoxin detection and the design of photoactive organic molecules for fluorescence assays. Later, he was awarded a scholarship to work at the Spanish National Transplant Organization, where he applied statistical techniques for biomedical data analysis in liver and heart transplants (July 2021 March 2022). More recently, he worked in the Smart Materials department at Nanomate, leading projects on the impact of carbon nanomaterials in various matrices and their integration into industrial solutions. His work combined the synthesis and characterization of materials with the development of machine learning models to optimize their performance (March 2022 November 2024).
Currently, he is starting his PhD in Industrial Technologies: Chemistry, Environmental, Energy, Electronics, Mechanical, and Materials Engineering at the Rey Juan Carlos University, where he continues his research on hydrogen production from green carriers (DME and NH3) in catalytic membrane reactors.
Producción de hidrógeno puro a partir de portadores verdes en reactores catalíticos de membrana (PUHICAREME)
Funding : Agencia Estatal de Investigación ()
Start / End Years : 2024 - 2027
Principal Investigator : Calles Martín, José Antonio y Carrero Fernández, Alicia
Research Team : - Acha Uriarte, Nagore - Alique Amor, David - Calles Martín, José Antonio - Carrero Fernández, Alicia - Chirinos Chávez, Carlos Andrés - López Martín, Juan José - Martín Gamboa, Mario - Megía Hervás, Pedro - Santos Carballés, Alejandro J. - Vizcaíno Madridejos, Arturo J.