Ammonia Waste Treatment Plant
Implementation of lime boil techniques, Theraml oxidiation and Selective Catalytic Reduction technologies.
Preliminary and Detailed engineering - Process flow diagram of the lime boil section.
Small scale piloting equipment used to verify process details. In this Picture - Small Scale Paddle Dryer
Regenerative Thermal Oxidation unit in operation. The unit also includes a Selective Catalytic Reduction reactor (SCR) in order to eliminate NOx caused by the thermal oxidation of ammonia.
Preliminary and Detailed engineering - Process flow diagram of the lime boil section.
Ammonia Waste Treatment Plant
The Ammonia Waste Treatment Plant offers a solution to waste streams that contain high concentrations of Ammonia (Ammonium salts, either Ammonium Sulphate, Ammonium Chloride etc..)
The Lime Boil Technique allows elevation of pH while avoiding the usage of costly Sodium Hydroxide (Caustic). The products of the process are gypsum/lime sludge and ammonia gas.
The Ammonia gas is then thermally oxidized to Water, Nitrogen and NOx. an SCR reactor converts the harmful NOx back into clean Nitrogen (using the ammonia waste gas as a reactant) which is discharged to the atmosphere.
The waste gypsum can be landfilled or used as a low-cost commercial gypsum.