NOVELTY - Energy-containing material safe treatment and resource utilization method involves crushing the energy-containing material into the fineness, preparing hydrolyzing liquid; preparing transforming agent which is humic acid or humate; reacting material and hydrolyzing liquid in the reactor; then reacting material entering into the fertilizer; adding oxidant, controlling the pH value; then adding microorganism strain in the organic matter-decomposing inoculant, and decomposing; and reacting with the transforming agent at uniform speed into the reaction tank.    USE - For safely treating energy-containing material and utilizing resource (claimed).    ADVANTAGE - The method converts the waste material into fertilizer for agricultural production, eliminates the incineration or landfill waste material caused by the problem of environmental pollution, and provides great economic benefit for agricultural production.    DETAILED DESCRIPTION - Energy-containing material safe treatment and resource utilization method involves preparing reactant: crushing the energy-containing material into the fineness, preparing hydrolyzing liquid; preparing transforming agent which is humic acid or humate; reacting reactant, and hydrolyzing liquid in the reactor at 40-150 degrees C; then reacting material entering into the fertilizer; adding oxidant e.g. hydrogen peroxide or ozone, controlling the pH value to 5-7; then adding microorganism strain in the organic matter-decomposing inoculant, and decomposing, controlling the stirring speed, controlling the reaction time; and reacting with the transforming agent at uniform speed into the reaction tank. An INDEPENDENT CLAIM is included for system for safety treatment and resource utilization comprising tank, a reaction tank, a feeding tank, an overflow tank, a gas recycle tank, a compressor unit, a heating device, a refrigerating unit, a gas detecting device, a gas condensing device, an ultrasonic generator, a stirring device driven by the motor, a temperature testing automatic control device, a pressure testing device, a pH automatic control device for test, an ion concentration detecting device, a material tank, an air inlet, an air outlet, a discharging opening, and a mixing tank.