Microwave-assisted pyrolysis system and method thereof

A microwave-assisted pyrolysis system, the system comprises:

• a microwave chamber body (102);
• a black carbon platform (104) disposed inside the microwave chamber body (102) for irradiating microwave radiation and absorbing microwave energy;
• a quartz microwave reactor (106) placed on the black carbon platform (104) for receiving chemical precursor(s) and applying microwave irradiation for absorption of microwave energy thereby heating the black carbon platform (104) for microwave-assisted pyrolysis of the received chemical precursor(s);
• a cooling unit (108) employed for regulating and maintaining a user-defined temperature level upon detecting the temperature inside the microwave reactor (106) using a temperature sensor (110), if the temperature exceeds the optimum level, wherein the optimum temperature is defined on the type of precursors undergoing pyrolysis;
• and
• wherein if the heating temperature reached beyond a threshold ranging from 300-400° C., the cooling unit (108) inside the microwave machine gets activated to bring down the temperature to the user-defined level, wherein the gas reactor outlet is connected to a gas-solid separator by a pipeline, and the gas-solid separator is used to separate pyrolyzing steam from solid grain, wherein a condenser is equipped with a gas-liquid separator, and the condenser sets are furnished with a gas outlet and a liquid outlet, and wherein a condenser-air outlet is connected to the gas cleaning plant, an outlet of the gas cleaning plant is connected to the non-condensable gas compression machine and after the condenser liquid outlet connects pyrolysis liquids circulating pump, a road connects the oil storage tank, and the cooled medium in another road follows Loop systems return condenser, wherein the condenser is preferably a spray condenser, after spray condenser connects the pyrolysis liquids circulating pump, with oil storage tank and cooling medium, wherein the spray condenser connects to the oil storage tank via a first road pipeline that has a liquid level adjusting valve door, and spraying in cold condenser connects to the cooling medium circulating pump via a second road pipeline, and the outlet of the cooling medium circulating pump connects to the entrance of the air cooler, wherein the outlet of the cooler returns the spray condenser through the liquid distributor when the air cooler is empty.