BIOLOGY
INSTRUMENTS
MISC.
100

To avoid nutrient pollution from incomplete biological treatment, WWTPs often have to meet these effluent requirements 

Discharge limits

100

Biggest challenge or limitation to instruments in wastewater

Bio-fouling

100
The three phases of treatment process in a modern WWRF/WWTP

Physical/Mechanical (Primary), Biological (Secondary), Chemical (Tertiary)

200

This test represents the amount of oxygen used by bacteria while they consume organic matter

5-day BOD (Biochemical Oxygen Demand)

200

ISE and 'Wet chemistry analyser' are two ways of measuring this parameter

Ammonia

200

Quantity and Quality are two highly variable unkowns during this challenging-to-treat wastewater phenomenon

Wet weather- influent and infiltration

300

This faster proxy measure is used to estimate organic loading and aeration needs through manual sampling

COD (Chemical oxygen demand)

300

There are 13 steps to this pH sensor process

calibration

300

VFA overloading is a risk of this growing bio-gas boosting approach in AD

F.O.G. additions in Co-digestion

400

When D.O. reads unusually high with normal aeration levels, what can that mean about influent composition

TOXICITY - something toxic is killing biomass or impeding treatment

400

The recommended calibration interval of an ORP sensor

Every Day

400

A bigger field, one more player, and this are the main differences between NFL and CFL football

the number of Downs in a posession (3 in CFL)

500

An upset of Food to Mass ratio because of inaccurate organic loading information can lead to these headaches for operators (name 2)

Septicity, H2S, Foaming, bulking, settlability problems, dewatering issues, costly over- or under-aeration

500

This instrument-guided process can account for 50-60% of a plants operations costs

Aeration

500

WHY ARE THE KITKATS DIFFERENT?!?!?!

Different manufacturers!!


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