Moises A. Carreon - 90) J. M. Lucero, M.A. Carreon*, “Separation of Light Gases from Xenon over Porous Organic Cage Membranes” ACS Applied Materials & Interfaces 2020, 12, 28, 32182–32188. 89) F. Gorky, M.A. Carreon; M.L. Carreon, “Experimental strategies to increase ammonia yield in plasma catalysis over LTA and BEA zeolites”, IOP SciNotes 2020, 1, 024801.Moises Abraham Carreon Obituary (1974 - 2023) - 37) M.A. Carreon * “Metal Organic Frameworks as Catalysts in the Conversion of CO 2 to Cyclic Carbonates” Ind. J. Chem. A 2012, 51A, 1306-1314 36) J.A. Bohrman, M.A.Carreon* “Synthesis and CO 2 /CH 4 separation performance of Bio-MOF-1 Membranes” Chemical Communications 2012, 48, 5130-5132.Moises A. Carreon Moises A. Carreon Professor, Chemical and Biological Engineering My research interests focus on the rational design of advanced functional porous materials at different length scales, including zeolites, mixed metal oxides, metal organic frameworks, and porous organic cages for applications in molecular gas separations, heterogeneous catalysis. 
LABORATORY SPOTLIGHT CARREON LAB - repository.mines.edu
My research interest focus on the rational design of advanced functional porous crystals at different length scales, including zeolites, mixed metal oxides, metal organic frameworks, and porous organic cages for applications in molecular gas separations, gas storage, and heterogeneous catalysis.
Moises A. Carreon - Publications - The Academic Family Tree
Moises A. Carreon Associate Professor William Coors Developmental Chair Chemical & Biological Engineering Department Colorado School of Mines. Golden, CO Email: mcarreon@ Professional Preparation U.M.S.N.H. Mexico Chemical Engineering B.S. Moises Carreon | Colorado School of Mines | United States of ...
My research interests focus on the rational design of advanced functional porous materials at different length scales, including zeolites, mixed metal oxides, metal organic frameworks, and porous organic cages for applications in molecular gas separations, heterogeneous catalysis, and gas storage. Moises Carreon - Faculty -
Moises A. Carreon. Fryrear Chair for Innovation and sor, Chemical Engineering, Colorado School of M Zhu, P Ratnasamy, MA Carreon. Acs Catalysis 2.
LABORATORY SPOTLIGHT CARREON LAB - repository.mines.edu
Biography. Dr. MOISES CARREON is affiliated to the Department of COORS DEVELOPMENTAL CHAIR, Colorado School of Mines. Dr. MOISES CARREON is currently providing services as ASSOCIATE PROFESSOR. Dr. MOISES CARREON has authored and co-authored multiple peer-reviewed scientific papers and presented works at many national and International. 6 years ago more. Moises A. Carreon. Fryrear Chair for Innovation and Excellence.Professor, Chemical Engineering, Colorado School of M Zhu, P Ratnasamy, MA Carreon. Acs Catalysis 2.
' #RaiderNation KTNV Channel Moises Carreon and 72 others. Biography. Dr. MOISES CARREON is affiliated to the Department of COORS DEVELOPMENTAL CHAIR, Colorado School of Mines. Dr. MOISES CARREON is currently providing services as ASSOCIATE PROFESSOR. Dr. MOISES CARREON has authored and co-authored multiple peer-reviewed scientific papers and presented works at many national and International.
3 people named Moises Carreon found in 3 cities in Texas. Moises Carreon, a highly esteemed member of both the North American Membrane Society and the International Zeolite Association, has made significant contributions to scientific societies. Throughout his career, Carreon has collaborated with other leading researchers and institutions to push the boundaries of membrane technology and material.
Moises A. Carreon
Welcome to the Carreon Lab! Here at the Carreon lab in Chemical Engineering, our research is focused on the development and application of functional porous materials on the nanoscale. In essence, porous materials are those made up of a skeletal matrix that frames geometric pockets of fluid, ultimately forming a highly ordered structure. Moises A. Carreon - carreonlab.mines.edu
My research interest focus on the rational design of advanced functional porous crystals at different length scales, including zeolites, mixed metal oxides, metal organic frameworks, and porous organic cages for applications in molecular gas separations, gas storage, and heterogeneous catalysis.