If a building becomes architecture, then it is art
peat extraction ↓ primary processing ↓ stabilization ↓ maritime transport ↓ local production ↓ commercial distribution ↓ measurable field response
FROM PEAT TO PROFIT
COAL vs PEAT
Oxidized coal
Most humic acid powders are produced from oxidized coal (leonardite). This material is geologically old, dry and chemically processed.
Natural peat
Peat is a young, naturally formed organic material. It preserves the original biological structure of humic substances.
Parameter;Coal (Leonardite); Peat
Origin;Fossil material (oxidized lignite);Renewable natural organic matter
Age of raw material;Millions of years;Thousands of years
Structure of humic acids;Over-oxidized, rigid;Biologically active, flexible
Fulvic acid content;Low;High
Amino acids;Absent;Naturally present
Microbiology;Sterile, inactive;Supports beneficial microflora
Solubility;Requires aggressive alkali;Extracts under mild conditions
Macro elements (N, P, K);Practically absent;Present in organic, plant-available form
Microelements (Fe, Mn, Zn, Cu, B);Poor spectrum, often inert;Rich natural chelated complex
Chelation capacity;Limited;High, stable natural chelation
Plant uptake efficiency;Moderate;High
Risk of ballast substances;High (ash, heavy fractions);Low
Suitability for foliar spraying;Limited;Ideal
Consistency between batches;Unstable (depends on oxidation);Stable with controlled peat source
Sustainability;Non-renewable;Sustainable & eco-friendly
Peat is a living organo-mineral matrix. Humic and fulvic acids work together with amino acids, enzymes, and naturally bound microelements. This synergy results in higher bioavailability, better transport capacity, and stable agronomic performance.