How Do You Make Amino Acid Fertilizer At Home?

Amino acid fertilizer manufacturing involves a multi-step process that utilizes a range of raw materials. These materials include animal residues, such as bones and carcasses, along with plant straw, castor bean cake, and by-products from monosodium glutamate production. Additionally, vinasse, pollution-free pond sludge, and turf are incorporated. To initiate the fermentation process and promote organic breakdown, an organic fertilizer starter is employed, alongside sterilizing deodorants. To enhance nutrient availability, a mixture of amino acid chelating trace elements is introduced. This comprehensive blend of ingredients undergoes a controlled transformation to create the final amino acid organic fertilizer product.

Amino acid fertilizer, commonly known as FAA (Fish Amino Acid), is composed primarily of nitrogen (comprising approximately 90% of its content) and phosphorous (making up around 2.5%). The main components used in the creation of this fertilizer are derived from spoiled fish and fish byproducts, including skin, bones, head, and internal organs. Additionally, to facilitate the fermentation process and enhance microbial activity, crude sugar or molasses can be employed, with the choice depending on availability and cost-effectiveness. This combination of elements and ingredients forms the basis of amino acid fertilizer, a valuable resource for promoting plant growth and improving soil quality.

How are amino acids produced by plants? Amino acids, essential building blocks for plant growth, are synthesized through a complex process that begins with the conversion of inorganic nitrogen compounds. This process starts with the transformation of nitrate (NO3-) into nitrite (NO2-) and ammonium (NH4+). Subsequently, these compounds undergo a series of reactions, ultimately leading to the formation of organic molecules, with glutamic acid being a crucial intermediate in this synthesis. This intricate process highlights the remarkable ability of plants to convert environmental resources into the vital nutrients they need for their development and survival.