System and method of waste management

A system of waste management, comprising:

• a steam gasification unit configured to convert municipal solid waste and Palm waste to a syngas comprising a first hydrogen gas;
• a molten carbonate fuel cell (MCFC) unit comprising an anode configured to receive the syngas from the steam gasification unit and a cathode configured to receive an industrial exhaust gas comprising a first carbon dioxide gas such that the MCFC unit generates an electrical energy and separates at least a portion of the first carbon dioxide gas from the industrial exhaust gas;
• an oxygen combustion unit configured to receive a remaining portion of the syngas from the anode of the MCFC unit and combust the remaining portion of the syngas to generate a heated gas stream comprising water vapors and a second carbon dioxide gas;
• a steam Rankine cycle unit configured to receive the heated gas stream from the oxygen combustion unit and capture a first thermal energy from the heated gas stream to generate a cooled gas stream;
• a carbon capture unit configured to separate the water vapors and separate the second carbon dioxide gas from the cooled gas stream;
• and
• an electrolysis unit configured to split water into an oxygen gas and a second hydrogen gas using the electrical energy from the MCFC unit,
• wherein the oxygen combustion unit is configured to receive the oxygen gas from the electrolysis unit, and the anode of the MCFC unit is configured to receive the second hydrogen gas from the electrolysis unit.