Water Quality Spot Checking: QA/QC, Data Analysis and Calibration Best Practices

Water quality parameters such as temperature, conductivity, dissolved oxygen, pH, and turbidity have the potential to rapidly change in response to different types of local events within the environment. Collecting accurate, reliable, and efficient water quality data in the field helps government agencies, municipalities, utilities and private companies keep track of changes as part of their water quality monitoring programs. In this free webinar, we discuss the use of water quality field instrumentation for efficient attended monitoring at specific locations of interest.

Listen on-demand as experts discuss spot checking applications relating to these topics:

  • QA/QC best practices for validating measurements at continuous monitoring sites
  • Data analysis and data post processing techniques (or fundamentals)
  • Vertical and horizontal profiling best practices
  • Calibration considerations when sampling different water bodies
  • Instrument transport and design considerations to protect your investment
  • Also, presenters react to audience polls and questions

Presenters

  • Alexa Robinson, Watershed Protection Specialist, City of Griffin Stormwater Department
  • Patrick Sanders, Water Quality Application Specialist, OTT HydroMet

Get the latest from OTT HydroMet! Be the first to receive technical notes, product launch information, beta testing opportunities, how-to videos, training opportunities, and more!

You might also like these articles

PV Module IV Curve

PV Module IV Curve: A Definitive Guide to Understanding Solar Performance

A PV module IV curve is one of the most powerful tools available for understanding how a photovoltaic module actually performs under real‑world conditions. More than a theoretical plot, the IV (current-voltage) curve reveals...
Solar Energy
An expansive solar panel array stretches across a desert landscape, with sand dunes shaping the horizon. Hazy sunlight filters through, casting a warm glow over the scene, illustrating the intersection of technology and the environment.

Soiling, Performance Risk, and Capacity Testing in Utility‑Scale Solar

Why Measurement Strategy Matters More Than Ever Executive Summary Soiling is a well‑established cause of energy loss in photovoltaic (PV) systems. Less widely recognized is its impact during capacity and performance...
Solar Energy
Reducing Pyranometer Error

Reducing Pyranometer Error: Why Irradiance Accuracy Starts in Plant Design, Siting & Construction

Accurate irradiance data is the backbone of  solar project performance, bankability, and long-term investor confidence For EPCs, it shapes everything from yield assessments and energy modeling to commissioning acceptance tests and contractual guarantees. But this...
Solar Energy