Biotar Extraction System

Abstract

This invention provides a bio-tar extraction system, which mainly includes a filtration module for filtering externally supplied crude tar and conveying it to a cyclone heating and circulation module for sequentially passing the received filtered crude tar through a plurality of activation tank units for heating and stirring during an activation time; then a distillation module precipitates the crude tar from the cyclone heating and circulation module into crude plant extract; the extract is first stored in a storage module and, as needed, mixed with external raw materials from a mixing module, and then packaged by an output unit connected to the other end; wherein, when the cyclone heating and circulation module heats and activates the filtered crude tar during the activation time, the activation tank units keep the filtered crude tar in a flowing state, thereby making the tar reusable.

Claims

1. A bio-tar extraction system for extracting crude tar obtained from biological materials, the bio-tar extraction system mainly comprising: a filtration module having at least one filtration tank, each filtration tank including a tank inlet, a filter screen unit, and a filter tank outlet, wherein the crude tar is input from the tank inlet, flows through the filter screen unit, and then flows to the filter tank outlet; a vortex heating circulation module, one end of which is connected to the filter tank outlet to receive the crude tar filtered by the filtration module, the vortex heating circulation module also having a plurality of activation tank units connected in series, wherein... The cyclone heating circulation module sequentially passes the received filtered raw tar through the activation tank units, and the received filtered raw tar is heated and stirred in each of the activation tank units for at least one activation time; a distillation module includes at least one distillation unit, a cooling unit, and at least one return unit. The cooling unit is connected to the distillation units respectively, and one end of the return unit is connected to the bottom of the distillation unit, and the other end is connected to the top of the activation tank unit. The distillation units are connected to and receive the raw tar from the cyclone heating circulation module, and the cooling unit causes the distillation units to precipitate the input raw tar into crude plant extract; a storage module is connected at one end to the distillation units of the distillation module for receiving and storing the crude plant extract precipitated by the distillation units; and an output unit is connected at one end to the storage module for dispensing the crude plant extract provided by the storage module. When the swirling heating circulation module heats and activates the filtered raw tar during the activation time, the activation tank unit keeps the filtered raw tar in a flowing state.

2. The biotar extraction system as described in claim 1, further comprising each of the activation tank units having an activation tank inlet, an activation heating unit, an activation stirring unit, and an activation tank outlet, wherein, The activation heating units are respectively disposed on the periphery of the activation tank units to heat the raw tar in the activation tank units, while the activation stirring units are respectively disposed in the activation tank units to stir the raw tar in the activation tank units in a flowing state.

3. The biotar extraction system as described in claim 1, further comprising the swirling heating circulation module causing the filtered raw tar from the filtration module to flow sequentially through each of the activation tank units, and adjusting the activation time of each activation tank unit according to the source and characteristics of the raw tar to adjust it to the required viscosity of the raw tar.

4. The biotar extraction system as described in claim 1, further comprising the cyclone heating circulation module causing the filtered raw tar from the filtration module to have at least one different activation time in the activation tank units.

5. The bio-tar extraction system as described in claim 1, further comprising a mixing module between the storage module and the output unit, wherein the mixing module mixes the external raw materials with the crude plant extract provided by the storage module before delivering it to the output unit.

6. The biotar extraction system as described in claim 5, further comprising a mixing module including at least one raw material unit, at least one blending unit and at least one mixing unit, wherein the blending unit receives external raw materials in different proportions provided by the raw material units for blending, and then transmits the blended materials to the mixing unit, wherein the mixing unit mixes the blended external raw materials with crude plant extract before delivering it to the output unit.

7. The biotar extraction system as described in claim 6, further comprising each of the blending units having a blending stirring unit and a blending heating unit, wherein the blending heating unit maintains the external raw materials provided by the raw material units at a blending temperature.

8. The biotar extraction system as described in claim 1, further wherein the activation time is 24 hours.

9. The biotar extraction system as described in claim 2, further comprising each of the activation heating units having an activation temperature, wherein the activation temperature of each activation tank unit is in the range of 50 degrees Celsius to 80 degrees Celsius.

10. The biotar extraction system as described in claim 6, further comprising a bubble generating unit between the mixing unit and the output unit, wherein the bubble generating unit mixes the crude plant extract after mixing in the mixing unit with air and then delivers it to the output unit.

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