WQTC 2022
November 13-15
Duke Energy Convention Center
Cincinnati, Ohio
Booth #206
Fertilizers and raw materials for fertilizers must be identified by appropriate methods such as observation of their appearance, detection of active ingredients by qualitative tests, and confirmation with equipment. In order to ensure the quality of fertilizers, multiple methods are selected to identify substances accurately.
X-ray diffractometers (XRD) and Fourier Transform Infrared Spectrophotometers (FTIR) are introduced in the Fertilizer Identification Method developed by Food and Agricultural Materials Inspection Center (FAMIC) as methods for confirmation with equipment.
The figure below shows measurement data of an appraisal test for an Isobutylidenediurea condensed urea compound fertilizer using FTIR. Isobutylidenediurea condensed urea compound fertilizer is well known as a chemical fertilizer which is poorly soluble and has long-lasting effects due to relatively slow mineralizing hydrolysis and microbial decomposition.. Utilizing FTIR makes it very easy to confirm the identification of the standard fertilizer.
Spectra of the measured sample and the standard
To obtain the analytical data, IR Pilot Program was used for taking measurements and creating the report.
Operators with minimal FTIR experience can easily analyze samples by simply selecting the aim of the analysis and the optional parts to be used.
WQTC 2022
November 13-15
Duke Energy Convention Center
Cincinnati, Ohio
Booth #206
WEFTEC 2022
October 10-12
New Orleans Morial Convention Center
New Orleans, Louisiana
Booth #5839
NEMC at the EMS Monitoring Symposium 2022
August 1-3
Hyatt Regency
Crystal City, Virginia
Booth # 23, 24
ACE - American Water Works Association 2022
Jun 13 2022 - Jun 15 2022