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Abstract.Aiming at the problems of disease and adverse geological section of peat soil, the entity test project, the settlement deformation law of peat soil roadbed is analyzed, and the theoretical calculation results and the actual monitoring results of test section compares the total longitudinal settlement. Due to changes in layer thickness, as peat soil, lead to obvious differences in time on the settlement of turfy soil; peat soil foundation settlement amount and thickness of peat land basic positive proportion; according to the long-term observation, the test project focused on monitoring and sampling survey, data analysis and sorting, visible different turfy soil ground treatment measures have advantages and disadvantages. Therefore, should be combined with the climate characteristics in the actual project, for the completion of prediction of peat land area used for roadbed settlement provides theoretical guidance and reasonable solution of peat soil roadbed.

The current green material list allocation technique for high-rise building engineering has the issue of an unsatisfactory green material selection procedure, which results in excessive building energy consumption. Based on BIM technology, a green material list allocation technique for high-rise building engineering is proposed. Using the task-scheduling algorithm, extract the structural characteristics of high-rise buildings, select the appropriate basic form, optimize the green material selection process in conjunction with material demand, construct the building carbon-trading framework with BIM technology, simplify the construction process, adjust the physical host state, and design the list allocation mode. The average building energy consumption of the green material list allocation technique of high-rise building engineering in this study and the other two ways is 189.54 (kWh), 223.06 (kWh), and 232.68 (kWh), respectively, according to the experimental data. It has been demonstrated that the green material list allocation technique of high-rise construction engineering, when linked with BIM Technology, is more practicable.