Project Info Clathrate hydrate interfacial properties Carolyn Koh | ckoh@mines.edu Clathrate hydrates are solid inclusion compounds that are formed from water and small organic molecules. They occur in nature as well as in industrial petroleum pipelines when the guest...
Project Info Crystal growth studies on porous organic cages Moises Carreon | mcarreon@mines.edu Almost a decade has passed since the first successful synthesis of porous organic cages (POC), and almost nothing is known about te nucleation and growth events on these...
Project Info CC3 crystalline membranes for CO2/CH4 separation Moises Carreon | mcareon@mines.edu The main objective of this project is to develop crystalline membranes made of porous organic cages for CO2/CH4 separation. CO2/CH4 is a key gas mixture for natural gas...
Project Info Genome-Scale Metabolic Modeling of Chromochloris zofingiensis For the Production of Astaxanthin Nanette Boyle | nboyle@mines.edu Chromochloris zofingiensis is a unique algal species because when it switches from photoautotrophic growth to heterotrophic...
Project Info Molecular Simulations Studies of Gas Hydrates Amadeu Sum | asum@mines.edu Gas hydrates are formed from water and gas typically at conditions of high pressure and low temperature. Gas hydrates have numerous application in energy related areas, including...
