NOVELTY - A lignocellulose biomass high efficiency enzyme is hydrolyzed by pre-processing lignocellulose biomass by high temperature liquid water at pH of 4.5-4.8, 45-55 degrees C and rate of 10-15% g/mL of mass volume fraction, and obtaining lignocellulose raw material; adding lignocellulose raw material (0.075-0.2 mL/g) into buffer solution of 0.05-0.1M acetic acid-sodium acetate, and adding cellulose (10-20 filter paper units (FPU)/g); adding lignocellulose raw material, after hydrolyzing for 12-24 hours, and adding cellulose; and adding non-ionic surface active agent, and hydrolyzing for 36-48 hours.    USE - Method for hydrolyzing lignocellulose biomass high efficiency enzyme (claimed).    ADVANTAGE - The sugar concentration and hydrolyzing efficiency are high. The concentration of enzymolysis raw material is improved and sugar of high concentration can be produced. The enzymolysis efficiency is improved, and high enzyme hydrolysis of lignocellulose biomass is realized.    DETAILED DESCRIPTION - Lignocellulose biomass high efficiency enzyme is hydrolyzed by pre-processing lignocellulose biomass by high temperature liquid water at pH of 4.5-4.8, 45-55 degrees C and rate of 10-15% g/mL of mass volume fraction, and obtaining lignocellulose raw material; adding lignocellulose raw material (0.075-0.2 mL/g) into buffer solution of 0.05-0.1M acetic acid-sodium acetate, and adding cellulose (10-20 filter paper units (FPU)/g); adding lignocellulose raw material (0.075-0.2 mL/g), after hydrolyzing for 12-24 hours, and adding cellulose (10-20 FPU/g); adding non-ionic surface active agent, and hydrolyzing for 36-48 hours; adding lignocellulose raw material (0.075-0.2 mL/g ), and making total mass volume fraction of lignocellulose raw material added for three times being 20-30% g/ml, and adding cellulose (10-20 FPU/g), and adding the non-ionic surface active agent and continuing to hydrolyze for 108-120 hours, and whole hydrolyzing process is mixing raw material by stirring.