Project Name: Residential Development Project.

target

Site clearance: Remove topsoil and debris.

Excavation: Leveling the residential construction site.

Soil compaction ensures the stability and density of soil required for foundation engineering.

Equipment used

Main equipment: JM614 bulldozing and compaction machine

Auxiliary equipment: excavators, dump trucks, and measuring equipment.

Process and implementation

Preliminary survey and planning: Conduct a thorough on-site survey and plan the earthwork excavation and compaction strategies.

Site clearance: Use excavators and dump trucks to remove gravel and topsoil.

Using JM614 for earth excavation:

JM614 has dual functions. Firstly, it bulldozes and levels the land.

Its advanced GPS guidance system ensures the precision of grading and leveling.

Compaction stage:

After the leveling process is completed, immediately activate the integrated compaction mechanism of JM614.

This achieves a seamless transition from bulldozing to compaction, significantly reducing the time and labor required.

Quality control and testing: Regular soil density tests are conducted to ensure that the compaction degree meets the specified standards.

achievement

Efficiency: The dual functionality of JM614 reduces the need for multiple machines, thereby saving time and costs.

Precision: The GPS guidance system enables precise earthwork excavation, which is crucial for the planned residential layout.

Consistent and uniform soil compaction provides a stable foundation for the construction phase.

Environmental impact: The reduction in equipment usage has lowered exhaust emissions, thereby minimizing environmental disruption.

Conclusion

Facts have proven that the JM614 bulldozing and compaction equipment is a valuable asset for the Green Valley residential development project. Its efficiency, precision, and versatility have facilitated smooth and timely site preparation, laying a solid foundation for the upcoming construction phase. This case demonstrates the effectiveness of integrating advanced machinery in modern construction projects, especially in tasks that require both earth excavation and soil compaction to be carried out simultaneously.