How Can Rotary Drilling RIGS Achieve Low Carbon And Energy Conservation

Under the guidance of the "dual carbon" goals, low-carbon and energy conservation of construction equipment have become the key to the development of the industry. Rotary drilling RIGS, as the main equipment for foundation construction, have huge potential for energy conservation and emission reduction. The following introduces from six aspects how to make rotary drilling RIGS achieve low-carbon and energy-saving.

1. Optimize equipment selection: Give priority to rotary drilling RIGS equipped with high-efficiency and energy-saving engines and advanced hydraulic systems. The new type of equipment can reduce fuel consumption by 10% to 15% and cut carbon emissions by intelligently controlling fuel injection.

2. Intelligent construction scheduling: Utilize the construction management system to monitor the working conditions of the drilling rig in real time and dynamically adjust the operation parameters based on geological conditions and drilling depth. Avoiding idling and overloading can reduce ineffective energy consumption by more than 30%.

3. Energy recovery and utilization: Configure a regenerative braking system or hydraulic energy storage device to convert the mechanical energy generated during the braking and descent of the equipment into electrical or hydraulic energy for storage, which is used to assist operations and reduce energy consumption.

4. Maintenance and upgrade: Regularly replace low-viscosity energy-saving lubricating oil to ensure good lubrication of equipment components; Calibrate the pressure of the hydraulic system to reduce energy waste caused by friction loss and leakage.

5. Utilize clean energy: Explore new energy technologies such as electrification and hydrogen fuel. Some electric rotary drilling RIGS have achieved zero-emission operation and have reduced operating costs by more than 40% compared to diesel models.

6. Application of recycled materials: Use reusable modular drill pipes and drill bits to extend the service life of equipment. Professional recycling and processing of discarded parts and components can reduce resource waste and environmental pressure.

To achieve low-carbon and energy-saving rotary drilling RIGS, efforts should be made in multiple dimensions such as equipment technology innovation, intelligent management, and energy substitution. By comprehensively applying these measures, not only can construction costs be reduced, but also the construction industry can be promoted to transform towards green and low-carbon development, contributing to the realization of sustainable development goals.