Design And Research Of Transportation Equipment For Anti-Corrosion Pipes Of Oil And Gas Pipeline

Under the influence of natural conditions and geographical location,the transportation of anti-corrosion pipes on slopes or complex terrain has become one of the difficulties in the oil and gas pipelines construction.In the face of complex road conditions,the traditional method of transportation is usually to cooperate with multiple equipment to complete the operation,there is no special equipment for the transportation of anti-corrosion pipes,so it consumes a lot of manpower and material resources.The weight of large anti-corrosion pipe is tons,and the curvature of the curved pipes is 0.5 degree per 30 cm,it increases the difficulty of transportation,so it is difficult for traditional mechanical equipment to play a role.In order to improve the construction efficiency,reduce the cost and improve the project quality,it needs a kind of equipment suitable for the transportation of anti-corrosion pipes to complete the work.Therefore,the design and research of transportation equipment for anti-corrosion pipes of oil and gas pipeline are proposed to make more contributions to the construction of oil and gas pipelines.According to the actual construction requirements,this paper analyzed and researched the transportation equipment of anti-corrosion pipes,and put forward the design and research of transportation equipment for anti-corrosive pipes with the actual working condition.According to the requirements,a kind of transportation equipment for anti-corrosion pipes which can be used on slopes and complex terrain is designed.It is based on caterpillar chassis design,increased the stability of the equipment and adaptability for complex terrain;it have double mechanical claws for clamping,make it more reliable in the working process;and the clamping arm design is similar to the excavator,and it increases the working range and facilitates the construction work.The test results show that the anti-corrosion pipes transportation equipment is not only easy to operate,stable and reliable,but also improves the construction efficiency.According to the research on the design method of hydraulic machinery and its linkage mechanism applied by domestic and foreign authorities,and combined with the actual working state and working environment to design the overall structure scheme;According to the actual working state of the equipment,combined with the demand of construction machinery to design the hydraulic system of the whole machine.To calculate the force of hydraulic actuator in oil and gas pipeline anti corrosive pipe transportation equipment;ANSYS software was used to analyze the stress of key weak parts,and analysis the results,FluidSIM software was used to simulate the hydraulic system to verify its feasibility.