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Why Airports Monitor TOC, COD, and BOD?

Why Airports Monitor TOC, COD, and BOD?

Airports use a lot of water every day to wash airplanes, clean terminals, maintain equipment, and de-ice runways. Before that water is released into the environment or sent to a wastewater treatment plant, it needs to be checked to make sure it is not too polluted.

Here are three important tests airports use

TOC (Total Organic Carbon)

  • What it measures: The amount of organic material (things made from plants, animals, food, fuels, or chemicals) in the water.
  • Why it matters: High TOC can mean the water contains fuel, oils, cleaning chemicals, or other contaminants that should not be released into rivers or lakes.
  • Think of it like: A quick check to see how “dirty” the water is with carbon-based materials.

COD (Chemical Oxygen Demand)

  • What it measures: How much oxygen would be needed to break down all the pollution in the water using chemical reactions.
  • Why it matters: If COD is too high, the polluted water can use up oxygen that fish and other aquatic life need to survive.
  • Think of it like: Measuring how much “work” it would take to clean up the pollution.

BOD (Biochemical Oxygen Demand)

  • What it measures: How much oxygen bacteria need to naturally break down organic waste in the water.
  • Why it matters: If bacteria use too much oxygen, there won’t be enough left for fish, insects, and other aquatic animals.
  • Think of it like: Seeing how hard nature has to work to clean the water.

Why Airports Monitor These Tests

  • Protect nearby rivers, lakes, and streams.
  • Make sure wastewater meets environmental regulations.
  • Detect spills of fuel, oil, or cleaning chemicals early.
  • Prevent pollution from de-icing fluids, food waste, and maintenance activities.
  • Help wastewater treatment plants work more efficiently.
  • Protect fish, wildlife, and drinking water sources.

    QuickTOCultra™ TRUE TOC Water Analyzer using High Temperature Method

    LAR™ Water analyzer for TRUE TOC® in harsh environmental monitoring, municipal facilities, and industrial manufacturing applications
    LAR QUICK TOC ULTRA WATER ANALYZER

    QuickTONultra™ TNb Water Analyzer with Chemiluminescence Technology

    LAR™ Water analyzer for determining total nitrogen bound (TNb) in wastewater and process water applications
    LAR QUICK TON ULTRA WATER ANALYZERS

    QuickCODultra™ COD Water Analyzer using UV-Activated Persulfate

    LAR™ Water analyzer to measure chemical oxygen demand (COD) in water samples including difficult-to-oxidize compounds such as humic acids and lignin
    LAR QUICK COD ULTRA WATER ANALYZERS

    QuickTOCairport™ Run-Off Deicing Water Analyzer for airport water applications

    LAR™ Water analyzer for Total Organic Carbon (TOC) and Chemical Oxygen Demand (COD) in airport applications
    LAR QUICK TOC FOR AIRPORT APPLICATIONS

    QuickCODlab™ COD Lab Water Analyzer for Laboratories

    LAR™ Water analyzer to determine COD without potassium dichromate, sulfuric acid, mercury, or other hazardous reagents
    Process Inisights_LAR QuickCODlab water analyzer for laboratories

    BioMonitor™ Online Toximeter for Organic or Inorganic Compounds BOD

    LAR™ Toximeter used in wastewater treatment plants, industrial process monitoring, and environmental monitoring.
    Process Insights_LAR_BioMonitor_wwt water analyzer

    Nitritox™ Online Toximeter for Measuring Toxicity in Water

    LAR™ Toximeter used in wastewater treatment plants, industrial processes, and environmental monitoring systems
    Process Insights_LAR_Toximeter NitriTox

    ToxAlarm™ Online Toximeter for Municipal Water Treatment, Industrial Wastewater Monitoring & Environmental Protection

    LAR™ Toximeter for monitoring drinking water, surface water, and groundwater
    Process Insights_LAR_ToxAlarm
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