High-Throughput Automation for EPA Method 200.7 & 200.8
Metals Analysis and Remediation
Oral Presentation
Presented by S. Mangum
Prepared by C. Quarles Jr1, R. Wolf2, S. Magnum1, K. Wiederin1
1 - Elemental Scientific, Inc., 7277 World Communications Drive Omaha, Omaha, Nebraska, 68122, United States
2 - PerkinElmer, , , United States
Contact Information: [email protected]; 706-251-0115
ABSTRACT
Many Environmental laboratories analyze large numbers of samples using EPA Method 200.7 and 200.8, operating under steady pressure to increase productivity while maintaining data quality. We will present a new automation system for ICP and ICPMS to perform EPA Method 200.7 on an ICP-OES, achieving sample-to-sample run time in under 50 seconds without sacrificing data quality. In addition, the system utilizes a novel valve with optical sensors which confirm vacuum loading of a discreet sample loop combined with a second Ultra High Throughput (UHT) valve which reduces sample consumption and speeds up the analysis.
Metals Analysis and Remediation
Oral Presentation
Presented by S. Mangum
Prepared by C. Quarles Jr1, R. Wolf2, S. Magnum1, K. Wiederin1
1 - Elemental Scientific, Inc., 7277 World Communications Drive Omaha, Omaha, Nebraska, 68122, United States
2 - PerkinElmer, , , United States
Contact Information: [email protected]; 706-251-0115
ABSTRACT
Many Environmental laboratories analyze large numbers of samples using EPA Method 200.7 and 200.8, operating under steady pressure to increase productivity while maintaining data quality. We will present a new automation system for ICP and ICPMS to perform EPA Method 200.7 on an ICP-OES, achieving sample-to-sample run time in under 50 seconds without sacrificing data quality. In addition, the system utilizes a novel valve with optical sensors which confirm vacuum loading of a discreet sample loop combined with a second Ultra High Throughput (UHT) valve which reduces sample consumption and speeds up the analysis.