Plant straw full composition comprehensive utilization technology
A plant straw and full-component technology is applied in the field of comprehensive utilization of plant straws, which can solve the problems of large environmental pollution and low resource utilization rate, and achieve the effects of convenient use and simple process.
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Embodiment 1
[0018] 100kg of wheat straw is manually separated into 20kg of cellulose, 30kg of lignin and 50kg of hemicellulose; the obtained 20kg of cellulose is added with 1kg of cellulase to obtain plant fiber and cellulosic ethanol; the obtained 30kg of lignin is passed through 1kg of 88% concentrated sulfuric acid is liquefied to obtain a phenol raw material substitute; 50 kg of the obtained hemicellulose is liquefied with 2.5 kg of 90% concentrated sulfuric acid to obtain xylose or furfural products.
Embodiment 2
[0020] 100kg of rice straw is manually separated into 25kg of cellulose, 35kg of lignin and 40kg of hemicellulose; the obtained 25kg of cellulose is added with 0.5kg of cellulase to obtain plant fiber and cellulosic ethanol; the obtained 35kg of lignin is passed through a concentration of 1kg liquefying 95% concentrated sulfuric acid to obtain a phenol raw material substitute; liquefying 5 kg of the obtained hemicellulose through 5 kg of 92% concentrated sulfuric acid to obtain xylose or furfural products.
Embodiment 3
[0022] 100kg of corn stalks were manually separated into 30kg of cellulose, 30kg of lignin and 40kg of hemicellulose; the obtained 30kg of cellulose was added with 1kg of cellulase to obtain plant fiber and cellulosic ethanol; the obtained 30kg of lignin was passed through 1.5kg concentration liquefying 96% concentrated sulfuric acid to obtain a phenol raw material substitute; liquefying 40 kg of the obtained hemicellulose with 2 kg of 97% concentrated sulfuric acid to obtain xylose or furfural products.
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