The composition is long-chain open organic acids and amino acid groups with high molecular weights. The major functional groups include phenolic, carboxylic, carbonyl, quinoaid and peptides. 

Long-chain organic functional groups help in increasing nutrient exchange processes through the root system. This process results in higher nutrient uptake leading to accumulation of sugars, chlorophyll synthesis and amino acids in plants. Higher brix helps the cells to stress tolerance. Peptide group protects the plant cells from physiological stress against peroxide compounds, toxins and free radicals generally build up in them. As a result, all the plants' cell energy is used for growth and development. FPT also stimulates microbial population in soil resulting in better nutrient's transformations and improving soil quality and plant immunity. 

FPT is made from natural and organic sources. Using fermentation practices we use small amounts of Canadian Leonardite to extract humic acid.

Humic acids biologically stimulate the plant and the activities of microorganisms.

• Stimulates plant enzymes and increases their production.
• Acts as an organic catalyst in many biological processes.
• Stimulates growth and proliferation of desirable microorganisms in soil
• Enhances plant’s natural resistance against diseases and pests.
• Stimulates root growth, 
• Increases root respiration and root formation.
• Thickens the cell walls in fruits and flowers
• Increases germination and viability of seeds.
• Stimulates plant growth (higher biomass production) by accelerating cell division, increasing the
• rate of development in root systems and increasing the yield of dry matter.
• Increases the quality of yields; improves their physical appearance and nutritional value.
• Humic acids physically modify the structure of the soil, with benefits such as:
• Prevents high water and nutrient losses in light, sandy soils,
• Humic acids chemically change the fixation properties of the soil, with benefits such as:
• Regulates the pH-value of soils.
• Retains water soluble inorganic fertilizers in the root zones and reduces leaching.
• Enhance cation-exchange capacities.