Method for producing fibers from molten waste

A method for producing fibers from molten waste, comprising:

• melting waste in a melter into high-temperature molten fluid:
• discharging the high-temperature molten fluid from the melter to a fiberizing device;
• and
• fiberizing the high-temperature molten fluid with the fiberizing device to form solid fibers,
• with the fiberizing device comprising:
• a housing;
• a receiving seat mounted on the housing, with the receiving seat including a receiving groove having a discharge port, with the molten fluid being guided into the receiving groove and flowing through the discharge port;
• a heating device for heating the molten fluid in the receiving seat;
• means for drawing the molten fluid from the discharge port to form a solid fiber after the molten fluid comes in contact with cool air;
• a separation mechanism;
• and a collecting mechanism,
• with the housing including an outlet pipe through which the solid fibers exit the housing, with the separation mechanism including an outer tank and an inner pipe, with the outer tank being connected to the outlet pipe and including an outlet in a lower end thereof, with a collection container being mounted below the opening for receiving particulates falling from fiber bodies of the solid fibers, with the inner pipe including a first end located in the outer tank and a second end, with the collecting mechanism including a casing in communication with the second end of the inner pipe, with a filtering device being mounted in the casing to define a collecting compartment above the filtering device, with a wall defining the collecting compartment including an opening to which a lid is removably mounted, and with a blower being mounted to the casing and located below the filtering device for sucking the fiber bodies of the solid fibers from the outlet pipe into the casing, thereby forming solid cotton-like fibers in the collecting compartment.

A method for producing fibers from molten waste, comprising:

• melting waste in a melter into high-temperature molten fluid;
• discharging the high-temperature molten fluid from the melter to a fiberizing device;
• and
• fiberizing the high-temperature molten fluid with the fiberizing device to form solid fibers,
• with the fiberizing device comprising;
• a housing;
• a receiving seat mounted on the housing, with the receiving seat including a receiving groove having a discharge port, with the molten fluid being guided into the receiving groove and flowing through the discharge port:
• a heating device for heating the molten fluid in the receiving seat;
• and means for drawing the molten fluid from the discharge port to form a solid fiber after the molten fluid comes in contact with cool air,
• with the heating device including a high-frequency wave heating device mounted to the receiving seat, with the high-frequency wave heating device including graphite and at least one high-frequency wave-sensitive copper ring, with said at least one high-frequency wave-sensitive copper ring being adapted to be connected to an external high-frequency wave generator, and with said at least one high-frequency wave-sensitive copper ring making the graphite generate heat for heating the molten fluid when said at least one high-frequency wave-sensitive copper ring generates high-frequency waves.

A method for producing fibers from molten waste, comprising:

• melting waste in a melter into high-temperature molten fluid;
• discharging the high-temperature molten fluid from the melter to a fiberizing device;
• and
• fiberizing the high-temperature molten fluid with the fiberizing device to form solid fibers,
• with the fiberizing device comprising:
• a disc made of heat-resistant material and comprising a circumferential wall that defines a compartment and that includes a plurality of through-holes;
• a plurality of vanes mounted in the compartment;
• a driving device for driving the vanes to turn;
• and
• a heater for heating the disc and the vanes,
• wherein the vanes impart centrifugal force to the molten fluid for moving the high-temperature molten fluid through the through-holes so that the high-temperature molten fluid is cooled and solidifies into the solid fibers, and
• wherein the heater keeps the high-temperature molten fluid that is in contact with the disc and the vanes from cooling to thereby prevent the high-temperature molten fluid from solidification due to momentary cooling.