Acid-treated montmorillonite with TEPA boosts CO2 adsorption and soil fertility, improving plant growth with a lower-cost clay amendment.
Nitrogen-containing carbon quantum dots improve plant nutrient uptake while enabling fluorescence-based monitoring of fertilizer absorption and growth.
Alkanolamine sulphonic acid salts keep multi-nutrient fertilizer concentrates soluble, reducing precipitation and phosphorus-linked pollution.
Replacing toxic NMP or isophorone, N-ethylcaprolactam stabilizes crop nutrition formulations and helps prevent nozzle clogging.
PAMAM dendrimers bind fertilizer molecules to reduce leaching and improve uptake efficiency.
A plasmatron affixes nitrogen to liquid water using plasma fields to create activated fluid.
Composite polar solvents with corrosion inhibitors reduce metal degradation while maintaining high nitrapyrin concentrations.
A liquid fertilizer compound merges inorganic nitrogen with humic acid lignite to enhance soil quality and water retention.
A foliar fertilizer composition derived from sequential enzymatic hydrolysis of soybean paste using specific proteases and cellulases.
A semi-humic composition chemically interacts humic substances with organic nitrogenous molecules to enhance nitrogen mineralization rates.
Liquid suspension fertilizer composition stabilizes nutrient particles using thickener and dispersant, preventing settling and caking in storage.