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Egg Amnio Acid Ferment

  • Writer: Rich
    Rich
  • Apr 25
  • 3 min read

Making Egg Amino Acid (EAA) fertilizer is a two-stage fermentation process that takes about 20 to 30 days to complete. This natural growth promoter, similar to fish amino acid, is rich in calcium and amino acids that accelerate plant flowering and overall health.

Ingredients & Supplies

  • Eggs: 4–5 fresh chicken eggs (unrefrigerated is best).

  • Lemon Juice: Juice of 10–15 lemons (enough to fully submerge the eggs).

  • Jaggery: 250g of powdered jaggery (brown sugar or molasses can be substituted).

  • Container: A clean glass or plastic jar with a tight-fitting lid.

Preparation Steps

Stage 1: Acidic Softening (10–15 Days) [1]

  1. Submerge the Eggs: Place the clean, raw eggs carefully into the jar. Pour in fresh lemon juice until the eggs are completely covered.

  2. Initial Fermentation: Close the lid tightly and store the jar in a cool, shaded area.

  3. Smash the Eggs: After 10–15 days, the shells will have softened or partially dissolved. Open the jar and thoroughly smash/beat the eggs into the lemon juice to create a uniform solution.

Stage 2: Sweet Fermentation (10–15 Days) [1]

  1. Add Sweetener: Add an equal quantity of thick jaggery syrup or powdered jaggery (approx. 250g) to the egg-lemon mixture and mix well.

  2. Secondary Fermentation: Seal the jar again and let it sit in the shade for another 10–15 days.

  3. Filter and Store: Once the process is complete, filter the liquid through a fine mesh or cloth. Store the finished fertilizer in a clean plastic jar for future use.

Note: A successful batch should have a sweet, lemony smell; if it smells foul or "sticks," it may have gone bad. 

 

How to Apply

Because this fertilizer is highly concentrated, it must be diluted before use to avoid leaf burn.

  • Standard Dilution: Mix 2–3 ml of EAA solution per 1 liter of water.

  • Foliar Spray: Spray the diluted solution onto plant leaves once every 7–14 days, ideally during the early morning or evening.

  • Soil Drench: Pour the mixture directly into the soil near the roots for a nutrient boost.

 

Benefits for Soil and Plants

  • Amino Acid Source: Eggs contain 18 of the 20 amino acids, which help strengthen a plant's natural defenses and promote faster vegetative growth.

  • Calcium Boost: Eggshells are approximately 96% calcium carbonate, a critical mineral for strengthening plant cell walls and preventing diseases like blossom end rot in tomatoes and zucchini.

  • Essential Minerals: Eggs also provide nitrogen, phosphorus, magnesium, and potassium—the "big three" nutrients (NPK) plus trace minerals necessary for long-term soil fertility.

  • Soil Microbial Health: The protein and organic matter in eggs feed beneficial soil microbes, improving soil structure and "tilth" over time.


 

 

Chicken eggs are a complete protein source containing all 9 essential amino acids (EAAs) necessary for human health—leucine, isoleucine, lysine, methionine, phenylalanine, threonine, tryptophan, valine, and histidine—along with various non-essential amino acids. The highest concentrations of these amino acids are found in glutamic acid, aspartic acid, leucine, lysine, and valine.

Essential Amino Acids (per 100g of whole egg):

  • Leucine: ~1.12 g

  • Lysine: ~0.92 g

  • Valine: ~0.82 g

  • Phenylalanine: ~0.71 g

  • Isoleucine: ~0.68 g

  • Threonine: ~0.61 g

  • Tyrosine: ~0.54 g

  • Methionine: ~0.42 g

  • Histidine: ~0.30 g

  • Tryptophan: ~0.19 g

Key Non-Essential/Other Amino Acids:

  • Glutamic Acid: ~1.64 g

  • Aspartic Acid: ~1.26 g

  • Serine: ~0.94 g

  • Arginine: ~0.76 g

  • Alanine: ~0.70 g

  • Proline: ~0.50 g

  • Glycine: ~0.42 g

  • Cystine: ~0.29 g [1]

Key Amino Acid Facts:

  • Distribution: While egg whites (albumen) hold about 57% of the total protein, the yolk contains about 43% and is packed with essential nutrients.

  • Bioavailability: Egg protein has a very high biological value, meaning the amino acids are easily used by the body.

  • Protein Profile: The protein in eggs includes valuable proteins like ovalbumin (~54% of white) and conalbumin.

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