Degradable mulching film and preparation method thereof
A bio-based technology for degrading plastic film, applied in the direction of climate change adaptation, plant protection cover, etc., can solve the problems of polluted environment, difficult degradation of agricultural plastic film, affecting crop growth, etc. Effective use of the effect
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Embodiment 1
[0032] A. Pyrolysis and carbonization of tobacco stalks at 450°C with conventional pyrolysis and carbonization equipment to obtain bio-based pyrolysis and carbonization gas;
[0033] B. Send the bio-based pyrolysis dry distillation gas obtained in step A to a conventional multi-stage gas separation purifier for separation at 230°C to obtain bio-based vegetable oil and bio-based plant gas;
[0034] C. Send the bio-based plant gas obtained in step B into a conventional condensation separator to condense under normal temperature conditions to obtain a bio-based plant extraction stock solution;
[0035] D. The bio-based plant extract stock solution obtained in step C is left to stand, filtered and purified to obtain a refined bio-based plant extract;
[0036] E, the bio-based vegetable oil obtained in step B and the refined bio-based plant extract obtained in step D are mixed to obtain a mixture, so that the bio-based vegetable oil accounts for 85% of the mass of the mixture, and ...
Embodiment 2
[0044] A. The branches and leaves are subjected to conventional pyrolysis and carbonization equipment at 500°C to obtain bio-based pyrolysis and carbonization gas;
[0045] B. Send the bio-based pyrolysis dry distillation gas obtained in step A to a conventional multi-stage gas separation purifier for separation at 260° C. to obtain bio-based vegetable oil and bio-based plant gas;
[0046] C. Condensing the bio-based plant gas obtained in step B under normal temperature conditions to obtain a bio-based plant extract stock solution;
[0047] D. The bio-based plant extract stock solution obtained in step C is left to stand, filtered and purified to obtain a refined bio-based plant extract;
[0048] E. Mix the bio-based vegetable oil obtained in step B with the refined bio-based plant extract obtained in step D to obtain a mixture, so that the bio-based vegetable oil accounts for 75% of the mass of the mixture, and the refined bio-based plant extract accounts for 25% of the mass ...
Embodiment 3
[0056] A. Carry out conventional pyrolysis and carbonization of walnut shells at 600°C to obtain bio-based pyrolysis and carbonization gas;
[0057] B. Separating the bio-based pyrolysis and dry distillation gas obtained in step A at 300° C. to obtain bio-based vegetable oil and bio-based plant gas;
[0058] C. Condensing the bio-based plant gas obtained in step B under normal temperature conditions to obtain a bio-based plant extract stock solution;
[0059] D. The bio-based plant extract stock solution obtained in step C is left to stand, filtered and purified to obtain a refined bio-based plant extract;
[0060] E. Mix the bio-based vegetable oil obtained in step B with the refined bio-based plant extract obtained in step D to obtain a mixture, so that the bio-based vegetable oil accounts for 65% of the mass of the mixture, and the refined bio-based plant extract accounts for 35% of the mass of the mixture, and then press Mixture: modifying agent=80%:20% mass ratio, add wo...
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