Waste diluted sulphuric acid from titanium dioxide production is converted with calcined magnesite into fertilizer-grade magnesium sulphate.
Fine manganese-sulphur particles improve suspensibility and distribution in micro-irrigation while supporting efficient plant uptake and yield.
Fine manganese-sulphur particles improve dispersibility and suspensibility, boosting nutrient uptake while avoiding uneven distribution in drip irrigation.
An oxygen-releasing fertilizer with biostimulant raises rhizosphere dissolved oxygen to support root respiration, yield, and soil health.
An aqueous wax dispersion with clay and an MgO protective layer keeps NBPT stable on fertilizer granules while reducing ammonia loss.
Sorbent treatment removes refinery hydrocarbons from sulfur-based aqueous compositions, preventing odor return and preserving clear fertilizer products.
Magnesium sulfate stabilizes nBTPT in particulate urea during storage, preserving inhibition and reducing ammonia volatilization.