Apparatus and method for production of green ammonia using heat exchanger unit

A method, comprising:

• controlling a compressor unit to compress a first set of reactants to increase a pressure of the first set of reactants from a first pressure value to a second pressure value;
• controlling a reactor unit to produce green ammonia at a first timestamp based on a chemical reaction between the compressed first set of reactants;
• controlling a set of heat exchanger units to increase a temperature of a second set of reactants from a first temperature value to a second temperature value using heat generated during the production of the green ammonia in the reactor unit at the first timestamp;
• controlling the reactor unit to produce the green ammonia at a second timestamp based on the chemical reaction between the second set of reactants, wherein the second set of reactants are fed into the reactor unit at the second pressure value and at a third temperature value;
• and
• controlling a storage unit to store the green ammonia produced at the first timestamp and the second timestamp.

A non-transitory computer-readable medium having stored thereon, computer-executable instructions that when executed by a processor of a system, causes the processor to execute operations, the operations comprising:

• controlling a compressor unit to compress a first set of reactants to increase a pressure of the first set of reactants from a first pressure value to a second pressure value;
• controlling a reactor unit to produce green ammonia at a first timestamp based on a chemical reaction between the compressed first set of reactants;
• controlling a set of heat exchanger units to increase a temperature of a second set of reactants from a first temperature value to a second temperature value using heat generated during the production of the green ammonia in the reactor unit at the first timestamp;
• controlling the reactor unit to produce the green ammonia at a second timestamp based on the chemical reaction between the second set of reactants, wherein the second set of reactants are fed into the reactor unit at the second pressure value and at a third temperature value;
• and
• controlling a storage unit to store the green ammonia produced at the first timestamp and the second timestamp.