⚠ {{ i18n.t('urlOverflowBanner') || 'The shared link could not encode all inputs (too long). Calculator opened in default state.' }}
Fertilizer Calculator
What would you like to do?
Choose a calculator mode based on what information you have.
Grams → PPM
Calculate what nutrient concentrations (PPM) you'll get from specific amounts of fertilizers.
Best for:
You have fertilizers weighed out and want to know the resulting nutrient levels in your solution.
PPM → Grams
Enter your target PPM values and get the exact fertilizer amounts needed to achieve them.
Best for:
You have specific PPM targets (e.g., from a recipe or plant requirements) and need to know how much of each fertilizer to use.
NPK Ratio → Grams
Enter nutrient ratios (like 3-1-2) and a target EC to get fertilizer amounts that match your desired balance.
Best for:
You know the nutrient ratio you want (e.g., for a specific growth stage) and want to scale it to your desired EC/strength.
Acidify Mix with PeKacid
Introduce PeKacid into your existing fertilizer mix for acidification, while keeping nutrient levels balanced.
Best for:
You have a recipe and want to add PeKacid for pH control while maintaining the same nutrient profile.
{{ getStepIndicator('volume-step') }}
How much solution are you making?
Enter the total volume of water you'll be mixing your fertilizers into.
liters
{{ getStepIndicator('calc-mode-step') }}
How do you want to enter values?
Choose between commercial fertilizer notation or pure elemental values.
{{ getStepIndicator('ec-step') }}
What strength solution do you want?
Choose the EC (electrical conductivity) you want the mix to reach. It tells us how concentrated the nutrients should be, and we'll scale the fertilizer amounts to hit that strength for your batch.
{{ wizardECDescription }}
{{ getStepIndicator('grams-input-step') }}
Select Fertilizers & Enter Amounts
Check the fertilizers you're using and enter how many grams of each you'll add to your solution.
{{ getStepIndicator('acidify-grams-input-step') }}
Enter Your Current Recipe
Select the fertilizers in your existing mix and enter the amounts. PeKacid will be added in the next step.
{{ getStepIndicator('acidify-pekacid-step') }}
How much PeKacid to add?
Enter how much PeKacid you want to introduce per liter. The calculator will adjust your recipe to maintain the same nutrient levels.
g/L
PeKacid (0-60-20) provides P₂O₅ and K₂O. Other fertilizers will be reduced to compensate.
{{ getStepIndicator('ppm-targets-step') }}
Enter Target PPM Values
Enter the nutrient concentrations you want to achieve. At least one value is required.
Leave blank to let the solver choose the N form split freely.
{{ getStepIndicator('npk-ratios-step') }}
Enter Nutrient Ratios
Enter your desired nutrient ratios (e.g., N:P:K = 3:1:2). At least one must be greater than zero.
Leave blank to let the solver choose the N form split freely.
{{ getStepIndicator('fertilizer-select-step') }}
Select Available Fertilizers
Choose the fertilizers you have on hand. The calculator will use only these to build your formula.
{{ getStepIndicator('pekacid-limit-step') }}
PeKacid Maximum Limit
PeKacid is an acidifying fertilizer. Set a maximum cap to control how much is used. The solver will try to use PeKacid up to this cap, but may use less if needed to meet targets or EC. Enter 0 for no cap.
g/L
Enter 0 for no cap. PeKacid is prioritized up to the cap when feasible; other fertilizers adjust to meet remaining targets.
{{ getTwoTankStepIndicator() }}
Would you like to see a two-tank view?
Incompatible fertilizers detected in your selection
Your formula contains fertilizers that can react with each other when mixed at high concentrations (stock solutions). Specifically, calcium sources can precipitate when combined with sulfates, phosphates, or silicates at the wrong pH.
What is a Two-Tank System?
A two-tank system separates incompatible fertilizers into two concentrated stock solutions:
- Tank A (Calcium): Contains calcium-based fertilizers like Calcium Nitrate
- Tank B (Sulfates/Phosphates): Contains sulfate, phosphate, and silicate sources
Each tank is diluted separately, then combined in the final reservoir at working strength where the diluted concentrations are safe.
{{ getStepIndicator('stock-settings-step') }}
Stock Solution Settings
Configure your stock solution parameters. These settings apply to all tanks.
×
How many times concentrated (typically 100× or 200×)
liters
Volume of each stock tank you'll prepare
mS/cm
EC of your source water (leave 0 for RO water)
mL/L
Maximum dosing per tank (affects concentration)
{{ getStepIndicator('stock-targets-step') }}
Define Target Nutrient Ratios
Enter the nutrient ratio values (N, P, K, Ca, Mg) and EC levels you want to achieve. The same stock solutions will serve all targets by varying dosing.
{{ i18n.t('targetNumber', { n: index + 1 }) || ('Target ' + (index + 1)) }}
{{ getStepIndicator('stock-fertilizer-step') }}
Select Fertilizers
Choose the fertilizers available for your stock solutions. The calculator will determine optimal amounts.
{{ i18n.t('selectedFertilizers') }}
⚠ {{ i18n.t('urlOverflowCopyWarning') || 'Inputs too large to fit in URL — copied an error link instead.' }}
{{ i18n.t('resultsPpm') }}
{{ item.label }}
{{ i18n.formatNumber((item.value || 0).toFixed(2)) }}
{{ i18n.t('nutrientRatioAnalysis') }}
{{ i18n.t('achievedEc') }}
{{ i18n.t('warningsAndRecommendations') }}
{{ warning.level === 'warning' ? '⚠️' : warning.level === 'error' ? '❌' : 'ℹ️' }} {{ warning.category }}
{{ warning.message }}
{{ warning.message }}
{{ i18n.t('recommendedFormula') }}
⚠ {{ i18n.t('urlOverflowCopyWarning') || 'Inputs too large to fit in URL — copied an error link instead.' }}
{{ i18n.t('note') }}
- {{ w }}
{{ i18n.t('nitrogenFormLabel') }}
{{ i18n.formatNumber(formulaResultsData.result.achieved.N_NH4.toFixed(1)) }} ppm NH₄-N
({{ i18n.formatNumber(formulaResultsData.nh4Percent.toFixed(1)) }}% {{ i18n.t('ofTotalN') }}),
{{ i18n.formatNumber(formulaResultsData.result.achieved.N_NO3.toFixed(1)) }} ppm NO₃-N
({{ i18n.formatNumber((100 - formulaResultsData.nh4Percent).toFixed(1)) }}% {{ i18n.t('ofTotalN') }})
, {{ i18n.formatNumber(formulaResultsData.result.achieved.N_Urea.toFixed(1)) }} ppm {{ i18n.t('ureaN') || 'Urea-N' }}
{{ i18n.t('targetVsAchieved') || 'Target vs Achieved' }}
{{ item.label }}
{{ i18n.formatNumber((item.achieved || 0).toFixed(2)) }} {{ item.status }}
{{ i18n.t('targetLabel') || 'Target:' }} {{ i18n.formatNumber(item.target.toFixed(2)) }}
{{ i18n.t('predictedEc') }}
{{ i18n.t('nutrientRatioAnalysis') }}
{{ i18n.t('warningsAndRecommendations') }}
{{ i18n.t('nutritionalConsiderations') }}
- {{ warning.category }}: {{ warning.message }}
{{ i18n.t('requiredFertilizers') }}
⚠ {{ i18n.t('urlOverflowCopyWarning') || 'Inputs too large to fit in URL — copied an error link instead.' }}
{{ i18n.t('note') }}
- {{ w }}
{{ i18n.t('targetVsAchievedRatios') || 'Achieved PPM' }}
{{ item.label }}
{{ i18n.formatNumber((item.achievedPPM || 0).toFixed(2)) }} {{ item.status }}
{{ i18n.t('ratioLabel') || 'Ratio:' }} {{ item.userInput }} → {{ i18n.formatNumber((item.achievedRatio || 0).toFixed(2)) }}
{{ i18n.t('nitrogenFormLabel') }}
{{ i18n.formatNumber(reverseResultsData.result.achieved.N_NH4.toFixed(1)) }} ppm NH₄-N
({{ i18n.formatNumber(reverseResultsData.nh4Percent.toFixed(1)) }}% {{ i18n.t('ofTotalN') }}),
{{ i18n.formatNumber(reverseResultsData.result.achieved.N_NO3.toFixed(1)) }} ppm NO₃-N
({{ i18n.formatNumber((100 - reverseResultsData.nh4Percent).toFixed(1)) }}% {{ i18n.t('ofTotalN') }})
, {{ i18n.formatNumber(reverseResultsData.result.achieved.N_Urea.toFixed(1)) }} ppm {{ i18n.t('ureaN') || 'Urea-N' }}
{{ i18n.t('estimatedEC') }}
{{ i18n.t('nutrientRatioAnalysis') }}
{{ i18n.t('warningsAndRecommendations') }}
{{ i18n.t('nutritionalConsiderations') }}
- {{ warning.category }}: {{ warning.message }}
{{ i18n.t('stockSolutionRecipe') || 'Stock Solution Recipe' }}
{{ i18n.t('stockSettings') || 'Stock Solution Settings' }}
{{ i18n.t('concentration') || 'Concentration' }}: {{ stockResultsData.settings?.concentrationFactor }}×
{{ i18n.t('tankVolume') || 'Tank Volume' }}: {{ stockResultsData.settings?.tankVolume }} L
{{ i18n.t('baselineEC') || 'Baseline EC' }}: {{ stockResultsData.settings?.baselineEC }} mS/cm
{{ i18n.t('maxDosing') || 'Max Dosing' }}: {{ stockResultsData.settings?.maxDosing }} mL/L
{{ tank.name || ('Tank ' + String.fromCodePoint(65 + tankIdx)) }} ({{ tank.description || '' }})
{{ i18n.getFertilizerName(fert) || fert.name }}
{{ i18n.formatNumber(fert.gPerL.toFixed(2)) }} g/L
({{ i18n.formatNumber((fert.gPerL * stockResultsData.settings?.tankVolume).toFixed(1)) }} g total)
{{ i18n.t('total') || 'Total' }}
{{ i18n.formatNumber(tank.fertilizers.reduce((sum, f) => sum + f.gPerL, 0).toFixed(2)) }} g/L
⚠️ {{ i18n.t('nearSolubilityLimit') || 'Near Solubility Limit' }}
{{ i18n.t('nearSolubilityLimitDesc') || 'Some fertilizers are near their solubility limit. Ensure complete dissolution.' }}
{{ i18n.t('dosingInstructions') || 'Dosing Instructions' }}
{{ i18n.t('dosingInstructionsDesc') || 'Add these amounts of each stock to your reservoir per liter of final solution:' }}
{{ i18n.t('targetResults') || 'Target Results' }}
{{ dosing.targetName }}
{{ i18n.t('targetECLabel') || 'Target EC' }}: {{ dosing.ec }} mS/cm
{{ i18n.t('achievedEC') || 'Achieved' }}: {{ i18n.formatNumber((dosing.predicted.EC || 0).toFixed(2)) }} mS/cm
{{ Math.abs(dosing.predicted.EC - dosing.ec) / dosing.ec < 0.05 ? '✓' : '~' }}
{{ i18n.t('achievedNutrients') || 'Achieved Nutrients' }} (ppm):
{{ nutrient }}
{{ i18n.formatNumber((dosing.predicted.nutrients[nutrient] || 0).toFixed(1)) }}
ratio: {{ dosing.predicted.ratio[nutrient] }}
{{ i18n.t('ionBalance') || 'Ion Balance' }}:
+ {{ i18n.formatNumber((dosing.predicted.ionBalance.cations || 0).toFixed(2)) }} meq/L
vs
− {{ i18n.formatNumber((dosing.predicted.ionBalance.anions || 0).toFixed(2)) }} meq/L
{{ i18n.t('imbalance') || 'Imbalance' }}: {{ i18n.formatNumber((dosing.predicted.ionBalance.imbalance || 0).toFixed(1)) }}%
{{ warning.level === 'warning' ? '⚠️' : warning.level === 'error' ? '❌' : 'ℹ️' }}
{{ warning.message }}
{{ nutrient }}:
target ratio {{ i18n.formatNumber((err.target || 0).toFixed(2)) }} →
achieved {{ i18n.formatNumber((err.achieved || 0).toFixed(2)) }}
({{ i18n.formatNumber(((err.error || 0) * 100).toFixed(1)) }}% off)
Required: {{ i18n.formatNumber((warning.details.required || 0).toFixed(1)) }} mL/L,
Max allowed: {{ i18n.formatNumber((warning.details.max || 0).toFixed(1)) }} mL/L
Target: {{ i18n.formatNumber((warning.details.target || 0).toFixed(2)) }} mS/cm,
Predicted: {{ i18n.formatNumber((warning.details.predicted || 0).toFixed(2)) }} mS/cm
{{ i18n.t('warningsAndRecommendations') }}
{{ warning.level === 'warning' ? '⚠️' : warning.level === 'error' ? '❌' : 'ℹ️' }} {{ warning.category }}
{{ warning.message }}
{{ warning.message }}
{{ nutrient }}:
target ratio {{ i18n.formatNumber((err.target || 0).toFixed(2)) }} →
achieved {{ i18n.formatNumber((err.achieved || 0).toFixed(2)) }}
({{ i18n.formatNumber(((err.error || 0) * 100).toFixed(1)) }}% off)
Required: {{ i18n.formatNumber((warning.details.required_gL || 0).toFixed(1)) }} g/L,
Max solubility: {{ i18n.formatNumber((warning.details.max_gL || 0).toFixed(0)) }} g/L
{{ i18n.t('acidifyResultsTitle') || 'Adjusted Recipe with PeKacid' }}
{{ i18n.t('acidifySuccessMessage') || 'Success! Your recipe has been adjusted to include PeKacid while maintaining nutrient balance.' }}
{{ i18n.t('acidifyNutrientChangeWarning') || 'Note: Other nutrients changed' }}
{{ i18n.t('acidifyNutrientChangeDetails', { changes: acidifyResultsData.nutrientChangesText }) || ('Reducing fertilizers to compensate for PeKacid also affected: ' + acidifyResultsData.nutrientChangesText + '. This is expected because those fertilizers provided multiple nutrients.') }}
{{ i18n.t('acidifyBeforeTitle') || 'Original Recipe' }}
{{ i18n.getFertilizerName(fert) }}
{{ i18n.formatNumber(fert.grams.toFixed(2)) }} {{ i18n.t('gramsShort') }}
{{ i18n.t('total') || 'Total' }}
{{ i18n.formatNumber(acidifyResultsData.beforeTotalGrams.toFixed(2)) }} {{ i18n.t('gramsShort') }}
{{ i18n.t('acidifyAfterTitle') || 'With PeKacid' }}
{{ i18n.getFertilizerName(fert) }}{{ fert.id === 'icl_pekacid_pk_acid' ? ' ✓' : '' }}
{{ i18n.formatNumber(fert.grams.toFixed(2)) }} {{ i18n.t('gramsShort') }}{{ fert.adjustment ? ' (' + (fert.adjustment > 0 ? '+' : '') + i18n.formatNumber(fert.adjustment.toFixed(2)) + ')' : '' }}
{{ i18n.t('total') || 'Total' }}
{{ i18n.formatNumber(acidifyResultsData.afterTotalGrams.toFixed(2)) }} {{ i18n.t('gramsShort') }}
{{ i18n.t('acidifyAdjustmentsTitle') || 'Adjustments Made' }}
{{ i18n.getFertilizerName(adj) }}:
{{ i18n.formatNumber(adj.originalGrams.toFixed(2)) }} {{ i18n.t('gramsShort') }} →
{{ i18n.formatNumber(adj.newGrams.toFixed(2)) }} {{ i18n.t('gramsShort') }}
({{ adj.reduction > 0 ? '-' : '+' }}{{ i18n.formatNumber(Math.abs(adj.reduction).toFixed(2)) }} {{ i18n.t('gramsShort') }})
{{ i18n.t('acidifyPpmComparisonTitle') || 'Nutrient Levels (PPM)' }}
{{ i18n.t('acidifyPpmComparisonDesc') || 'Values should remain the same before and after PeKacid addition.' }}
{{ item.label }}
{{ i18n.t('before') || 'Before' }}: {{ i18n.formatNumber(item.before.toFixed(1)) }}
{{ i18n.t('after') || 'After' }}: {{ i18n.formatNumber(item.after.toFixed(1)) }}
{{ i18n.t('diffLabel') || 'Diff' }}: {{ item.diff > 0 ? '+' : '' }}{{ i18n.formatNumber(item.diff.toFixed(1)) }}
{{ i18n.t('achievedEc') }}
{{ i18n.t('acidifyFailedTitle') || 'Adjustment Not Possible' }}
{{ acidifyResultsData.failureReason || i18n.t('acidifyFailedMessage') || 'Cannot maintain the same nutrient profile with the requested PeKacid amount.' }}
{{ i18n.t('acidifyWhyFailed') || 'Why did this fail?' }}
{{ acidifyResultsData.failureDetails || i18n.t('acidifyFailedExplanation') || 'The PeKacid amount requested would add more P or K than can be compensated by reducing other fertilizers in your mix. Your recipe may not have enough P or K sources to reduce.' }}
{{ i18n.t('acidifySuggestions') || 'Suggestions' }}
- {{ i18n.t('acidifySuggestion1') || 'Try a smaller amount of PeKacid' }}
- {{ i18n.t('acidifySuggestion2') || 'Add more P or K sources to your original recipe' }}
- {{ i18n.t('acidifySuggestion3') || 'Use the PPM to Grams calculator to build a new recipe with PeKacid included' }}
{{ i18n.t('acidifyOriginalRecipe') || 'Your Original Recipe' }}
{{ i18n.getFertilizerName(fert) }}
{{ i18n.formatNumber(fert.grams.toFixed(2)) }} {{ i18n.t('gramsShort') }}
{{ i18n.t('twoTankSeparationNote') }}
{{ i18n.t('targetVsAchieved') || 'Target vs Achieved' }}
{{ item.label }}
{{ i18n.formatNumber((item.achieved || 0).toFixed(2)) }} {{ item.status }}
{{ i18n.t('targetLabel') || 'Target:' }} {{ i18n.formatNumber(item.target.toFixed(2)) }}
{{ i18n.t('targetVsAchievedRatios') || 'Achieved PPM' }}
{{ item.label }}
{{ i18n.formatNumber((item.achievedPPM || 0).toFixed(2)) }} {{ item.status }}
{{ i18n.t('ratioLabel') || 'Ratio:' }} {{ item.userInput }} → {{ i18n.formatNumber((item.achievedRatio || 0).toFixed(2)) }}
{{ i18n.t('predictedEc') }}
{{ i18n.t('estimatedEC') }}
{{ i18n.t('predictedEc') }}
{{ i18n.t('nutrientRatioAnalysis') }}
{{ i18n.t('nutrientRatioAnalysis') }}
{{ i18n.t('nutrientRatioAnalysis') }}
{{ i18n.t('nutritionalConsiderations') }}
- {{ warning.category }}: {{ warning.message }}
{{ i18n.t('nutritionalConsiderations') }}
- {{ warning.category }}: {{ warning.message }}
{{ i18n.t('warningsAndRecommendations') }}
- {{ warning.category }}: {{ warning.message }}
No logs yet. Run a calculation to see logs.
{{ log.time }}
{{ i18n.t('selectedFertilizers') }}
{{ i18n.t('resultsPpm') }}
{{ item.label }}
{{ i18n.formatNumber((item.value || 0).toFixed(2)) }}
ppm
{{ i18n.t('noteLabel') }} {{ i18n.t('oxideConversionNote') }}
{{ i18n.t('ionBalance') }}
{{ i18n.t('whatIsIonBalanceQuestion') }} {{ i18n.t('ionBalanceExplanationFull') }}
{{ i18n.t('nutrientRatioAnalysis') }}
{{ i18n.t('whatAreNutrientRatios') }} {{ i18n.t('nutrientRatioExplanationFull') }}
{{ i18n.t('achievedEc') }}
{{ i18n.t('warningsAndRecommendations') }}
{{ warning.level === 'warning' ? '⚠️' : warning.level === 'error' ? '❌' : 'ℹ️' }} {{ warning.category }}
{{ warning.message }}
{{ warning.message }}
{{ i18n.t('twoTankSeparationNote') }}
{{ i18n.t('warningsAndRecommendations') }}
- {{ warning.category }}: {{ warning.message }}
{{ i18n.t('recommendedFormula') }}
{{ i18n.t('fertilizersToAddPer', { volume: i18n.formatNumber(formulaResultsData.volume), unit: i18n.t('litersShort') }) }}
{{ i18n.getFertilizerName(fert) }}
{{ fert.composition }}
{{ i18n.formatNumber(fert.grams.toFixed(2)) }} {{ i18n.t('gramsShort') }}
{{ i18n.t('totalFertilizers', { count: i18n.formatNumber(formulaResultsData.fertilizers.length) }) }}
{{ i18n.formatNumber(formulaResultsData.totalGrams.toFixed(2)) }} {{ i18n.t('gramsShort') }}
{{ i18n.formatNumber((formulaResultsData.totalGrams / formulaResultsData.volume).toFixed(3)) }} {{ i18n.t('gramsPerLiter') }}
({{ i18n.t('totalConcentration') }})
{{ i18n.t('note') }}
- {{ w }}
{{ i18n.t('targetVsAchieved') }}
| {{ i18n.t('nutrient') }} | {{ i18n.t('targetPpmHeader') }} | {{ i18n.t('achievedPpmHeader') }} | {{ i18n.t('difference') }} |
|---|---|---|---|
| {{ item.label }} | {{ i18n.formatNumber(item.target.toFixed(1)) }} | {{ i18n.formatNumber(item.achieved.toFixed(1)) }} {{ item.status }} | {{ item.diff >= 0 ? '+' : '' }}{{ i18n.formatNumber(item.diff.toFixed(1)) }} ({{ i18n.formatNumber(item.percentDiff.toFixed(1)) }}%) |
{{ i18n.t('elementalModeLabel') }} {{ i18n.t('elementalModeNote') }}
{{ i18n.t('elementalToOxideConversion') }} {{ i18n.t('oxideModeLabel') }} {{ i18n.t('oxideModeNote') }}
{{ i18n.t('oxideToElementalConversion') }}
{{ i18n.t('elementalToOxideConversion') }} {{ i18n.t('oxideModeLabel') }} {{ i18n.t('oxideModeNote') }}
{{ i18n.t('oxideToElementalConversion') }}
{{ i18n.t('nitrogenFormLabel') }}
{{ i18n.formatNumber(formulaResultsData.result.achieved.N_NH4.toFixed(1)) }} ppm NH₄-N
({{ i18n.formatNumber(formulaResultsData.nh4Percent.toFixed(1)) }}% {{ i18n.t('ofTotalN') }}),
{{ i18n.formatNumber(formulaResultsData.result.achieved.N_NO3.toFixed(1)) }} ppm NO₃-N
({{ i18n.formatNumber((100 - formulaResultsData.nh4Percent).toFixed(1)) }}% {{ i18n.t('ofTotalN') }})
{{ i18n.t('ionBalance') }}
{{ i18n.t('predictedEc') }}
{{ i18n.t('nutrientRatioAnalysis') }}
{{ i18n.t('nutritionalConsiderations') }}
- {{ warning.category }}: {{ warning.message }}
{{ i18n.t('twoTankSeparationNote') }}
{{ i18n.t('nutritionalConsiderations') }}
- {{ warning.category }}: {{ warning.message }}
{{ i18n.t('requiredFertilizers') }}
{{ i18n.t('fertilizersToAddPer', { volume: i18n.formatNumber(reverseResultsData.volume), unit: i18n.t('litersShort') }) }}
Unable to calculate formula
The selected fertilizers cannot achieve the target nutrient ratios. Try selecting different fertilizers or adjusting your targets.
{{ i18n.getFertilizerName(fert) }}
{{ fert.composition }}
{{ i18n.formatNumber(fert.grams.toFixed(2)) }} {{ i18n.t('gramsShort') }}
{{ i18n.t('totalFertilizers', { count: i18n.formatNumber(reverseResultsData.fertilizers.length) }) }}
{{ i18n.formatNumber((reverseResultsData.totalGrams / reverseResultsData.volume).toFixed(3)) }} {{ i18n.t('gramsPerLiter') }}
{{ i18n.formatNumber(reverseResultsData.totalGrams.toFixed(2)) }} {{ i18n.t('gramsShort') }}
{{ i18n.t('averagePerFertilizer') || 'Average per fertilizer' }}: {{ i18n.formatNumber((reverseResultsData.totalGrams / reverseResultsData.volume / reverseResultsData.fertilizers.length).toFixed(3)) }} {{ i18n.t('gramsPerLiter') }}
{{ i18n.formatNumber((reverseResultsData.totalGrams / reverseResultsData.volume).toFixed(3)) }} {{ i18n.t('gramsPerLiter') }}
({{ i18n.t('totalConcentration') }})
{{ i18n.t('note') }}
- {{ w }}
✓ {{ i18n.t('targetsSuccessfullyAchieved') }}
{{ i18n.t('allNutrientValuesWithinRange') }}
{{ i18n.t('targetVsAchievedRatios') }}
| {{ i18n.t('nutrient') }} | {{ i18n.t('yourInput') }} | {{ i18n.t('achievedRatio') }} | {{ i18n.t('ppmAchieved') }} |
|---|---|---|---|
| {{ item.label }} {{ i18n.t('ppmLabel') }} | {{ i18n.formatNumber(Number(item.userInput || 0).toFixed(1)) }} {{ i18n.t('ppmUnit') }} {{ i18n.formatNumber(Number(item.userInput || 0).toFixed(2)) }} | {{ i18n.formatNumber(Number(item.achievedRatio || 0).toFixed(1)) }} {{ i18n.t('ppmUnit') }} {{ item.status }} {{ i18n.formatNumber(Number(item.achievedRatio || 0).toFixed(2)) }} {{ item.status }} | {{ i18n.formatNumber(Number(item.achievedPPM || 0).toFixed(1)) }} {{ i18n.t('ppmUnit') }} |
{{ i18n.t('elementalModeLabel') }} {{ i18n.t('elementalModeNote') }}
{{ i18n.t('elementalToOxideConversion') }} {{ i18n.t('oxideModeLabel') }} {{ i18n.t('oxideModeNote') }}
{{ i18n.t('oxideToElementalConversion') }}
{{ i18n.t('elementalToOxideConversion') }} {{ i18n.t('oxideModeLabel') }} {{ i18n.t('oxideModeNote') }}
{{ i18n.t('oxideToElementalConversion') }}
{{ i18n.t('nitrogenFormLabel') }}
{{ i18n.formatNumber(reverseResultsData.result.achieved.N_NH4.toFixed(1)) }} ppm NH₄-N
({{ i18n.formatNumber(reverseResultsData.nh4Percent.toFixed(1)) }}% {{ i18n.t('ofTotalN') }}),
{{ i18n.formatNumber(reverseResultsData.result.achieved.N_NO3.toFixed(1)) }} ppm NO₃-N
({{ i18n.formatNumber((100 - reverseResultsData.nh4Percent).toFixed(1)) }}% {{ i18n.t('ofTotalN') }})
{{ i18n.t('ionBalance') }}
{{ i18n.t('estimatedEC') }}
{{ i18n.t('nutrientRatioAnalysis') }}
{{ i18n.t('nutritionalConsiderations') }}
- {{ warning.category }}: {{ warning.message }}
{{ i18n.t('twoTankSeparationNote') }}
{{ i18n.t('nutritionalConsiderations') }}
- {{ warning.category }}: {{ warning.message }}
v1.9.1