Environmental Performance Optimization And Green Construction Technology of Rotary Drilling Rig

In the field of construction, rotary drilling rig as an important mechanical equipment, its environmental performance directly affects the green degree of construction. Nowadays, people pay more and more attention to environmental protection, and the environmental performance optimization and green construction technology of rotary drilling rig are also constantly developing. Let's take a look at the key points of these technologies.

1. Power system optimization: the use of hybrid or pure electric power mode, such as XCMG hybrid rotary drilling rig, can flexibly switch pure electric, plug-in, extended range mode under different working conditions, reduce the distribution requirements. The energy utilization efficiency of electric rotary digging drill is as high as 83%, and the main winding energy recovery rate is 50%, which effectively improves the energy utilization rate.

2. Reduce noise pollution: Use low noise equipment, and the working noise is controlled below 85 decibels. Noise barriers are set up at the construction site to reduce noise transmission by using sound insulation materials. Like the Xugong hybrid rotary drilling rig constructed in the urban area, the noise is less than 80 decibels, meeting the requirements of urban and night construction.

3. Vibration control technology: Rotary drilling rig equipped with advanced vibration control technology can reduce the impact of vibration on the surrounding buildings and ecological environment, ensure construction safety, and reduce the potential damage to the surrounding facilities and ecology.

4. Innovation in mud management: Closed mud management system is adopted to prevent mud leakage from contaminating soil and water. During construction, the amount of mud is strictly controlled and the sedimentation tank is set up to treat the mud and reduce the risk of environmental pollution.

5. Proper disposal of waste: waste generated by construction shall be collected by classification and special storage areas shall be set up. Recyclable items are prioritized for recycling, and non-recyclable items are processed according to regulations to avoid long-term impacts on the environment.

6. Environmental restoration after construction: After the construction, the soil is repaired, such as ploughing, applying organic fertilizer to restore fertility; Planting suitable native plants to restore vegetation; Monitor water sources affected by construction to ensure water quality meets standards.

Conclusion: Through the multi-aspect optimization of the environmental performance of rotary drilling rig and the application of green construction technology, the negative impact of construction on the environment can be reduced to the greatest extent while ensuring the construction progress and quality, and the harmonious progress of construction and environmental protection can be achieved. Are you interested in these environmental technology application scenarios for rotary drilling RIGS? I can tell you more about it.