“Our lab has used the Aqualog instrument for various research projects to characterize dissolved organic matter in water treatment processes, including biological filtration and pilot-scale treatment trains, and to identify polycyclic aromatic hydrocarbons in oil samples. The Aqualog is user-friendly and effective in measuring a variety of sample matrixes.”

Melanie Vine, Ph.D. Student,
Department of Civil, Construction, and Environmental Engineering,
University of Alabama

"In my research, I use EEM/PARAFAC data generated by the Horiba Aqualog® instrumentation/software to understand better water quality and organic carbon distribution throughout the drinking water and wastewater treatment industries. My background is in government, academia, and industrial labs. I encourage academic environmental science and engineering programs to obtain this instrumentation to prepare students for jobs in the water industry. In addition, the Aqualog instrument (dual UV-Vis and fluorescence) obtains data much more rapidly using a single instrument than traditional spectrofluorometric instrumentation, such that experiments are achieved within limited academic student-lab timeframes.”

Martha J.M. Wells, Ph.D.
Owner/Consulting Chemist, EnviroChem Services, & Emeritus Professor of Chemistry,
Tennessee Technological University

“我们每天都在使用 Aqualog 来监测我们的处理过程性能、消毒副产物形成趋势，以及叶绿素和藻青素的特征强度。从一台仪器中获取多种测量数据的能力对我们的工作是极其方便和有效的。”

Lori Silburt, 生产经理 
Wheeling Water Treatment

“我们的HORIBA Aqualog 为 Hazen、Sawyer 和我们的客户提供了非常先进的检测方法，用于应对饮用水生产中的多种挑战。运用该仪器，我们可以对泄漏事件和可能对社区供水造成负面影响的环境事件作出快速反应，是一种及时监测污染的方法。”

Ben Stanford, Ph.D.
高级总监 / 水研发
美国水业 
(Formerly with Hazen and Sawyer)

“我们一直在使用Aqualog仪器监测海水中的有机物，以更好地评估海水淡化厂反渗透膜的膜污染。与TOC测量相比，它可提供对膜污染敏感的定量，以及有机物的特性信息。”

Kwanghee Shin, Ph.D.
高级研发经理
集团 R&D 部门 
Doosan 重工业及建筑