The Effects of Carbon-to-Oxygen ratio upon Supercritical Water Reformation for Hydrogen Production
Jared Bouquet1, Ryan Tschannen2, Aaron Gonzales2, and Sunggyu Lee2
1: Missouri University of Science and Technology, Rolla, MO
2: Ohio University, Athens, OH
With the continually growing energy demands of today’s society, finding innovative ways to produce renewable energy is increasingly important. One such process is the supercritical water reformation of hydrocarbons for hydrogen production. Supercritical water reformation is a versatile non-catalytic process that can utilize a wide variety of commonly available raw materials. Such raw materials include methanol, ethanol, glycerin, sucrose, diesel, and jet fuel. With such a diverse feedstock, determining which factors have a substantial impact on the supercritical water reformation is crucial. One such factor is the carbon-to-oxygen ratio of the feed material. To determine the effect of carbon-to-oxygen ratio, an experimental study was performed using n-propanol, isopropanol, propylene glycol, and glycerin solutions. The experimental study was conducted using a 0.1 L Inconel 625 reactor at a constant pressure of 22.4 MPa and a reactor space time of 100 seconds. The feed solution for each experiment contained an 8:3 water-to-carbon ratio, and the effect of carbon-to-oxygen ratio was observed at 500 and 600¢ªC.
Would you like to access this content?
No problem. You just have to complete the following steps.
You have completed 0 of 2 steps.
You must be logged in to view this content. Log in now.
Purchase Technical Presentation
You must purchase this technical presentation using one of the options below.
If you already purchased this content recently, please click here to refresh the system's record of ownerships.
|Credits||0.5 Use credits|
|List Price||$25.00 Buy now|
|AIChE Members||$15.00 Buy now|
|AIChE Undergraduate Student Members||Free Free access|
|AIChE Graduate Student Members||Free Free access|