研究领域

远征危险清除

  1. 生物炭的表征
  2. 吸附优化
  3. Novel test and screening methods for material filters

稀土元素提取

  1. 稀土吸附与解吸性能
  2. 新型共振振动混合分离

The 菲律宾十大彩票平台大学 碳 High-Temperature Advanced Research Laboratory, through research grants from the Army Research Lab (ARL) is investigating novel Rare Earth Element (REE) extraction and chemical hazard removal technologies to support the Army Modernization Strategy. REEs are critical materials utilized to construct communication, 指导, and control systems for both defense and civilian applications. 目前, the United States is unable to economically extract the necessary quantities of REEs, and is dependent upon foreign markets and supply chains. The CHAR laboratory is applying novel resonant vibratory mixing technologies with carbon-based absorbates to conduct REE solid separations. Chemical hazards affect the health and safety of both humans and the environment. The CHAR laboratory is tasked with developing novel techniques to mitigate airborne and waterborne contaminants. CHAR endeavors to adapt existing methodology to create metal-organic frameworks from common reagents, 应用功能材料作为表面涂层, and produce functional materials to neutralize air and water toxins. 这项工作是由教师进行的, 研究生研究生, and undergraduate students to provide educational opportunities for students interested in related engineering and science fields.

我们的设施以学生建造的系统为特色.
Researchers have access to state-of-the art instrumentation.
All students partake in hands-on experimentation and learning.

研究小组成员

教师

理查德Ladouceur理查德LaDouceur

助理教授
机械工程


马里奥Caccia马里奥Caccia

合作者
冶金 & 材料工程

凯蒂打招呼的人凯蒂打招呼的人

合作者
化学



研究生

布莱恩伯林顿

博士学位
材料科学 & 工程


Amirhosein Riahi

博士学位
地球科学 & 工程


凯利•托马斯

MS
通用工程-机械


马克斯Tripke

MS
通用工程-机械

Zainab Nasrullah

博士学位
材料科学 & 工程


Oluwatosin Adebayo

MS
材料科学 & 工程


马克斯Wohlgenant

MS
材料科学 & 工程


乔·萨勒诺

MS
通用工程-机械


出版物

小巷, Cunneen, Prieto-Centurion, Neutralization of organophosphate over highly dispersed Fe, Cu, 和二氧化硅上的Co, 催化通信, 2021, 156 10.1016/j.catcom.2021.1063192.

小巷, Eaton-Gavenda, Prieto-Centurion, Photo-thermal catalytic degradation of organophosphates over Cu, Co, 铁和钛, 催化通信, 2022, 162 10.1016/j.catcom.2021.1063693.

Muretta, Prieto-Centurion,LaDouceur, Kirtley, Unique chemistry and structure of pyrolyzed bone for enhanced aqueous heavy metals adsorption, 废物和生物质增值, doi.org/10.1007/s12649-022-01895-74.

Muretta, Kirtley, LaDouceur, Prieto-Centurion, Breakthrough behavior for gas phase ammonia by biochar, 生物炭, 在准备中.

Muretta, Uriarte, 康普顿, Stadie, Prieto-Centurion, LaDouceur, Kirtley Significance of Lignin S/G and Potassium in Formation of 生物炭 Structure and 化学, 碳, 在准备中.

伯林顿, 花园, 威廉姆斯, LaDouceur,Ligand functionalized chitin biopolymer materials for adsorption applications, 可持续化学与工程, 筹备中(10月提交. 2022).

伯林顿, 威廉姆斯, 花园, LaDouceur, Prieto-Centurion, Aqueous organic adsorption with functionalized chitin, 生物聚合物, 在准备中.

伯林顿, 威廉姆斯, 花园, Prieto-Centurion, LaDouceur, Mechanical analysis of fabricated chitin structures, 生物聚合物, 在准备中