Oxygen Equivalent given Critical Time in Self Purification Factor Calculator

✖Critical Oxygen Deficit is referred as the condition where the deoxygenation rate exceeds the reoxygenation rate.ⓘ Critical Oxygen Deficit [D_c]			+10% -10%
✖Self-Purification Constant is referred as the ratio of reoxygenation constant to deoxygenation constant.ⓘ Self-Purification Constant [f]			+10% -10%
✖Critical Time refers to the minimum dissolved oxygen concentration occurs, found by differentiating the dissolved oxygen equation with respect to time.ⓘ Critical Time [t_c]			+10% -10%
✖Deoxygenation Constant is referred as the value obtained after decomposing of oxygen in sewage.ⓘ Deoxygenation Constant [K_D]			+10% -10%

✖The Oxygen Equivalent is referred as the oxidizable organic matter present in sewage.ⓘ Oxygen Equivalent given Critical Time in Self Purification Factor [L_t]

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Oxygen Equivalent given Critical Time in Self Purification Factor Solution

STEP 0: Pre-Calculation Summary

Formula Used

Oxygen Equivalent = Critical Oxygen Deficit*(Self-Purification Constant-1)/(1-((10^(Critical Time*Deoxygenation Constant*(Self-Purification Constant-1)))/Self-Purification Constant))
L_t = D_c*(f-1)/(1-((10^(t_c*K_D*(f-1)))/f))
This formula uses 5 Variables

Variables Used

Oxygen Equivalent - (Measured in Kilogram per Cubic Meter) - The Oxygen Equivalent is referred as the oxidizable organic matter present in sewage.
Critical Oxygen Deficit - Critical Oxygen Deficit is referred as the condition where the deoxygenation rate exceeds the reoxygenation rate.
Self-Purification Constant - Self-Purification Constant is referred as the ratio of reoxygenation constant to deoxygenation constant.
Critical Time - (Measured in Second) - Critical Time refers to the minimum dissolved oxygen concentration occurs, found by differentiating the dissolved oxygen equation with respect to time.
Deoxygenation Constant - (Measured in 1 Per Second) - Deoxygenation Constant is referred as the value obtained after decomposing of oxygen in sewage.

STEP 1: Convert Input(s) to Base Unit

Critical Oxygen Deficit: 0.0003 --> No Conversion Required
Self-Purification Constant: 0.9 --> No Conversion Required
Critical Time: 0.5 Day --> 43200 Second (Check conversion here)
Deoxygenation Constant: 0.23 1 Per Day --> 2.66203703703704E-06 1 Per Second (Check conversion here)

STEP 2: Evaluate Formula

Substituting Input Values in Formula

L_t = D_c*(f-1)/(1-((10^(t_c*K_D*(f-1)))/f)) --> 0.0003*(0.9-1)/(1-((10^(43200*2.66203703703704E-06*(0.9-1)))/0.9))

Evaluating ... ...

L_t = 0.000365517930175903

STEP 3: Convert Result to Output's Unit

0.000365517930175903 Kilogram per Cubic Meter -->0.365517930175903 Milligram per Liter (Check conversion here)

FINAL ANSWER

0.365517930175903 ≈ 0.365518 Milligram per Liter <-- Oxygen Equivalent

(Calculation completed in 00.004 seconds)

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Meerut Institute of Engineering and Technology (MIET), Meerut

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< Oxygen Equivalent Calculators

Oxygen Equivalent given Critical Time in Self Purification Factor

LaTeX Go Oxygen Equivalent = Critical Oxygen Deficit*(Self-Purification Constant-1)/(1-((10^(Critical Time*Deoxygenation Constant*(Self-Purification Constant-1)))/Self-Purification Constant))

Oxygen Equivalent given Critical Oxygen Deficit

LaTeX Go Oxygen Equivalent = Critical Oxygen Deficit*Reoxygenation Coefficient/(Deoxygenation Constant*10^(-Deoxygenation Constant*Critical Time))

Oxygen Equivalent given Log value of Critical Oxygen Deficit

LaTeX Go Oxygen Equivalent = Self-Purification Constant*10^(log10(Critical Oxygen Deficit)+(Deoxygenation Constant*Critical Time))

Oxygen Equivalent given Self Purification Constant with Critical Oxygen Deficit

LaTeX Go Oxygen Equivalent = Critical Oxygen Deficit*Self-Purification Constant/(10^(-Deoxygenation Constant*Critical Time))

Oxygen Equivalent given Critical Time in Self Purification Factor Formula

LaTeX Go

What is Self Purification Factor?

Self Purification Factor is the ability of these systems to recover from pollution through natural processes. This factor is influenced by various mechanisms including dilution, sedimentation, biodegradation, and reaeration.

How to Calculate Oxygen Equivalent given Critical Time in Self Purification Factor?

Oxygen Equivalent given Critical Time in Self Purification Factor calculator uses Oxygen Equivalent = Critical Oxygen Deficit*(Self-Purification Constant-1)/(1-((10^(Critical Time*Deoxygenation Constant*(Self-Purification Constant-1)))/Self-Purification Constant)) to calculate the Oxygen Equivalent, The Oxygen Equivalent given Critical Time in Self Purification Factor formula is defined as the amount of oxygen equivalents consumed in the chemical oxidation of organic matter by strong oxidant. Oxygen Equivalent is denoted by L_t symbol.

How to calculate Oxygen Equivalent given Critical Time in Self Purification Factor using this online calculator? To use this online calculator for Oxygen Equivalent given Critical Time in Self Purification Factor, enter Critical Oxygen Deficit (D_c), Self-Purification Constant (f), Critical Time (t_c) & Deoxygenation Constant (K_D) and hit the calculate button. Here is how the Oxygen Equivalent given Critical Time in Self Purification Factor calculation can be explained with given input values -> 240.4026 = 0.0003*(0.9-1)/(1-((10^(43200*2.66203703703704E-06*(0.9-1)))/0.9)).

FAQ

What is Oxygen Equivalent given Critical Time in Self Purification Factor?

The Oxygen Equivalent given Critical Time in Self Purification Factor formula is defined as the amount of oxygen equivalents consumed in the chemical oxidation of organic matter by strong oxidant and is represented as L_t = D_c*(f-1)/(1-((10^(t_c*K_D*(f-1)))/f)) or Oxygen Equivalent = Critical Oxygen Deficit*(Self-Purification Constant-1)/(1-((10^(Critical Time*Deoxygenation Constant*(Self-Purification Constant-1)))/Self-Purification Constant)). Critical Oxygen Deficit is referred as the condition where the deoxygenation rate exceeds the reoxygenation rate, Self-Purification Constant is referred as the ratio of reoxygenation constant to deoxygenation constant, Critical Time refers to the minimum dissolved oxygen concentration occurs, found by differentiating the dissolved oxygen equation with respect to time & Deoxygenation Constant is referred as the value obtained after decomposing of oxygen in sewage.

How to calculate Oxygen Equivalent given Critical Time in Self Purification Factor?

The Oxygen Equivalent given Critical Time in Self Purification Factor formula is defined as the amount of oxygen equivalents consumed in the chemical oxidation of organic matter by strong oxidant is calculated using Oxygen Equivalent = Critical Oxygen Deficit*(Self-Purification Constant-1)/(1-((10^(Critical Time*Deoxygenation Constant*(Self-Purification Constant-1)))/Self-Purification Constant)). To calculate Oxygen Equivalent given Critical Time in Self Purification Factor, you need Critical Oxygen Deficit (D_c), Self-Purification Constant (f), Critical Time (t_c) & Deoxygenation Constant (K_D). With our tool, you need to enter the respective value for Critical Oxygen Deficit, Self-Purification Constant, Critical Time & Deoxygenation Constant and hit the calculate button. You can also select the units (if any) for Input(s) and the Output as well.

How many ways are there to calculate Oxygen Equivalent?

In this formula, Oxygen Equivalent uses Critical Oxygen Deficit, Self-Purification Constant, Critical Time & Deoxygenation Constant. We can use 3 other way(s) to calculate the same, which is/are as follows -

Oxygen Equivalent = Critical Oxygen Deficit*Reoxygenation Coefficient/(Deoxygenation Constant*10^(-Deoxygenation Constant*Critical Time))
Oxygen Equivalent = Critical Oxygen Deficit*Self-Purification Constant/(10^(-Deoxygenation Constant*Critical Time))
Oxygen Equivalent = Self-Purification Constant*10^(log10(Critical Oxygen Deficit)+(Deoxygenation Constant*Critical Time))

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