Ammonia handling equipments include unloading stations, storage tanks & accessories, ammonia feed forward pumps, ammonia process control unit, ammonia distribution manifolds, and ammonia injection grid.

Ammonia injection grid offers a plurality of air foils across a flue conveying flue gas. It is located in the flue leading to the SCR catalyst at a point far enough upstream to ensure optimal flue gas and reagent distribution across section of the catalyst. The primary design parameters for the ammonia injection grid involves total ammonia delivery capacity, header velocity, nozzle area concentration and injection velocity.

High Level controllers monitor, regulate, and control liquid or solid levels in a process. There are three basic types of control functions that high-level controllers can use. The limit control works by interrupting power through a load circuit when the level exceeds or falls below the limit set point. A limit controller can protect equipment and people when it is correctly installed with its own power supply, power lines, switch and sensor.

Ammonia plants are used to produce ammonia. The primary purpose of the ammonia plants is to supply liquid ammonia to the di-ammonium phosphate (DAP) plant, for the production of DAP/MAP fertilizer. These plants comprise of several units that include natural gas compression and desulfurization, reforming, waste heat recovery and boilers, CO shift conversion, CO2 removal and methanation, syngas compression, ammonia synthesis, refrigeration, ammonia and hydrogen recovery, ammonia storage, and shipping facilities.