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General| pH Range | 0.00 to 14.00 pH |
|---|---|
| pH Resolution | 0.01 pH |
| pH Accuracy | ±0.01 pH |
| mV Resolution | 1 mV |
| Temperature Resolution | 0.1 °C |
| Temperature Accuracy | ±0.5 °C |
| Calibration Points | Up to 5 |
| Resolution | 0.01 pH, 1 mV, 0.1 °C |
| Temperature Compensation | Automatic (0 to 100 °C) |
| mV Range | ±1999 mV |
Describes the methods for decontamination of non-dedicated sampling equipment for water quality, soil, sediment, or vegetation sampling.
Applies to decontamination of all sampling equipment used during water, soil, sediment, or vegetation sampling by Cotter Corp.
Lists relevant documents including the Colorado Radioactive Materials License and QAPP.
Provides definitions for terms like Reagent Grade Water, EDTA, and Field Staff.
Details the necessary equipment and materials for sampling equipment decontamination.
Outlines health and safety precautions, especially regarding acids and protective gear.
Defines responsibilities for the Environmental Coordinator and Field Staff.
Provides step-by-step guidance for equipment decontamination for different sample types.
Specifies the records to be maintained, such as field logbooks and conductivity values.
Describes activities for measuring Oxidation-reduction potential (ORP) in unfiltered water samples.
Applies to ORP measurements within a millivolt range for water quality samples.
Lists relevant documents including QAPP and Colorado Radioactive Materials License.
Defines Oxidation-reduction potential (ORP) and its measurement correlation.
Lists appendices containing offset correction factors and meter manuals.
Details the required equipment and materials for ORP measurements.
Provides health and safety precautions for handling ORP standards and reagents.
Assigns responsibility for following the ORP measurement procedure.
Outlines procedures for inspecting the ORP meter and probes.
Details the calibration process, frequency, and recording requirements for ORP meters.
Provides direct measurement instructions for ORP, including sample handling and calculations.
Highlights key features of the sympHony meter for electrochemistry measurements.
Describes the meter display, including icons for temperature, calibration, and measurement parameters.
Details the keypad layout for portable and benchtop sympHony meters.
Explains the function of each key on the meter's keypad.
Instructions for connecting the universal power adapter to the meter.
Guidance on installing AA alkaline batteries in the meter.
Diagrams and instructions for connecting various electrodes and probes to the meter.
Steps for powering on the meter and toggling the display backlight.
Routine maintenance procedures for cleaning and caring for the meter.
Instructions on how to navigate and use the meter's setup menu.
A comprehensive table listing all available setup menu options and descriptions.
Procedure for setting up or disabling a password for the setup menu.
Configuration options for manual temperature, stirrer speed, and automatic shutoff.
Instructions for setting the meter's current time and date format.
Configuration for different measurement read types and timing modes.
Guide on choosing and displaying different measurement parameters on the meter.
Functionality for saving and managing up to 10 methods for calibration and measurement.
Details on configuring pH measurement settings like resolution and buffer recognition.
Step-by-step instructions for calibrating the pH electrode.
Procedure for performing pH measurements using different modes.
Explanation of measuring and calibrating millivolt, relative mV, and ORP values.
Configuration settings for dissolved oxygen measurements.
Instructions for calibrating the dissolved oxygen probe using various modes.
Procedure for taking dissolved oxygen measurements using different modes.
Settings for conductivity measurements, including temperature compensation and cell constant.
Steps for performing manual and automatic conductivity calibration.
Procedure for taking conductivity measurements using different modes.
Configuration options for Ion Selective Electrode (ISE) measurements.
Guidance on preparing calibration standards for ISE measurements.
Method for preparing serial dilutions for calibration standards.
Procedure for calibrating the Ion Selective Electrode (ISE).
Procedure for taking Ion Selective Electrode (ISE) measurements.
Information on the meter's datalog capacity and calibration log.
Instructions for viewing, downloading, and sending data to printers or computers.
Procedure for running the meter's built-in self-test function.
List of error codes, their descriptions, and troubleshooting steps.
Common problems and solutions for meter operation and features.
Specific troubleshooting tips for pH calibration and measurement issues.
Troubleshooting guide for Ion Selective Electrode (ISE) calibration and readings.
Solutions for common problems encountered with conductivity measurements.
Troubleshooting steps for dissolved oxygen measurement and calibration issues.
Environmental operating conditions and general specifications for the meters.
Specifications for pH measurement range, resolution, accuracy, and calibration points.
Specifications for mV, relative mV, and ORP measurement range, resolution, and accuracy.
Specifications for Ion Selective Electrode (ISE) measurement range, resolution, and accuracy.
Specifications for dissolved oxygen measurement range, resolution, and accuracy.
Specifications for conductivity measurement range, resolution, and accuracy.
Specifications for temperature measurement range, resolution, and accuracy.
List of product codes and descriptions for meters and accessories.
Details on automatic buffer recognition for pH calibration.
Features for barometric pressure compensation and salinity correction.
Information on temperature compensation and reference temperature settings.
Explanation of concentration range settings and automatic blank correction.
Provides methods for collection, analysis, and reporting of vegetation samples.
Applies to vegetation samples collected during the growing season near air monitoring locations.
Lists relevant documents such as QAPP, SOP-E-044, and SOP-E-160.
Defines terms like SSTF, LIMS, and Field Staff.
Lists necessary equipment and materials for vegetation sampling.
Outlines precautions for chemical hazards and plant contact hazards.
Defines responsibilities for QA Manager, EC, and Field Staff.
Step-by-step guide for collecting vegetation samples, including labeling and QA procedures.
Specifies records to be maintained, such as field logbooks and analysis reports.
Provides methods for collection, analysis, and reporting of environmental exposure rates.
Applies to environmental Thermoluminescent Dosimeters (TLDs) for exposure evaluation.
Lists relevant documents including QAPP and Colorado Radioactive Materials License.
Defines TLD and Field Staff.
Lists necessary equipment and materials for TLD deployment and collection.
Outlines PPE requirements and awareness of local hazards like snakes and insects.
Defines responsibilities for QA Manager, EC, and Field Staff Sample Technician.
Provides instructions for TLD frequency and procedures for deployment and collection.
Specifies the quarterly frequency for replacing exposed TLDs.
Details the process for EC receiving TLDs, providing them to staff, and deployment.
Specifies the TLD dosimetry analysis report as the primary record.
Procedure for taking water quality samples from the Arkansas River.
Applies to water samples taken from the Arkansas River at specific locations.
Lists relevant documents including QAPP, SOP-E-044, and SOP-E-160.
Defines Field Staff.
Lists necessary equipment and materials for water sampling.
Highlights safety precautions for equipment, river banks, and roadways.
Defines responsibilities for QA Manager, EC, and Field Sample Technician.
Provides guidance on sampling frequency, locations, methods, and labeling.
Specifies records to be maintained, such as field logbooks and tablets.
Provides methods for collection, analysis, and reporting of soil samples.
Applies only to annual routine soil samples for public dose assessment.
Lists relevant documents including QAPP, SOP-E-044, and SOP-E-160.
Defines SSTF and Field Staff.
Lists necessary equipment and materials for soil sampling.
Outlines standard worker safety and handling of equipment.
Defines responsibilities for EC, Field Staff, and QA Manager.
Step-by-step guide for collecting soil samples, including depth, labeling, and QA procedures.
Specifies records to be maintained, such as field logbooks and data sheets.
Standardizes methodology for measuring tailings impoundment Radon-222 emanation rates.
Applies to collecting radon flux samples and measuring emanation rates from the tailings impoundment.
Lists relevant documents including QAPP and EPA Method 115.
Defines LACC (Large area charcoal canister) and Field Staff.
Lists necessary equipment and materials for radon flux measurement.
Outlines PPE requirements and cautions regarding pinch points in monitoring equipment.
Defines responsibilities for QA Manager, EC, and Field Sampling Staff.
Provides instructions for canister deployment, retrieval, and decontamination.
Details the process for deploying radon flux canisters, including site criteria and labeling.
Procedures for retrieving canisters, recording data, and preparing them for shipment.
Instructions for decontaminating canisters and associated equipment after testing.
Specifies field data sheets or tablets as the required records.
Describes the meteorological monitoring program utilized by Cotter Corporation.
Applies to Cotter personnel inspecting, calibrating, and summarizing weather station data.
Lists relevant documents including QAPP and MET ONE sensor specifications.
Defines Field Staff.
Lists meteorological monitoring station equipment and materials.
Outlines the use of appropriate personal protective equipment (PPE).
Defines responsibilities for QA Manager, EC, and Field Staff.
Provides instructions for frequency of inspections, calibrations, and data handling.
Specifies weekly, monthly, quarterly, and semiannual inspection and calibration frequencies.
Procedure for semiannual calibration of wind speed, direction, temperature, sigma, and rainfall sensors.
Process for downloading, reformatting, and summarizing meteorological data for annual reports.
Lists inspection and calibration reports, and summary reports as required records.
Describes required standards, procedures, and performance criteria for GPS surveys.
Applies to global positioning system surveying activities conducted by Cotter Corporation.
Lists relevant geospatial positioning accuracy standards and data policies.
Defines terms such as Field Staff, Vertical Accuracy, Horizontal Accuracy, and PDOP.
Lists necessary equipment and materials for GPS surveying.
Outlines safety precautions for equipment use, traffic, and weather conditions.
Defines responsibilities for QA Manager, EC, and Field Sample Technician.
Step-by-step guide for setting up GPS receivers and data collectors.
Procedure for conducting GPS surveys, including point measurement and data saving.
Defines horizontal and vertical positional accuracy standards for GPS surveys.
Specifies information that needs to be documented in the geospatial data metadata.
Specifies field sampling logbooks, field data sheets, or tablets as records.
