Lightweight Drilling Rigs Solves Water Shortages in Mountainous Areas: High-Efficiency Well Completion in 72 Hours

Lightweight Drilling Rigs Solves Water Shortages in Mountainous Areas: High-Efficiency Well Completion in 72 Hours

I. Technological Breakthroughs

Lightweight and Modular: The entire machine can be disassembled and transported, adaptable to mountainous areas without roads, and can be moved manually.

Combined Drilling Technology: The integrated power head is compatible with rotary and impact modes, handling diverse strata such as hard rock and sand.

Energy-Saving and Intelligent Control: Utilizing variable frequency power and solar-assisted power supply, significantly improving the operating endurance in mountainous areas.

II. Implementation Results

Fast and Efficient: From transportation to well completion, the average time is 72 hours, with a maximum drilling depth of 100 meters for drinking water wells.

Cost Reduction: The comprehensive cost per well is controlled within 20,000 yuan, saving over 50% compared to traditional methods.

Eco-Friendly: The clean water drilling process avoids pollution, and drill cuttings are disposed of immediately, protecting the mountain ecosystem.

III. Social Benefits

Ensuring Decentralized Water Supply: Establishing nearby water sources for scattered farmers, reducing water access distance from several kilometers to within 100 meters.

Enhancing Disaster Resilience: Emergency drilling can be quickly implemented during dry seasons, ensuring timely basic water supply.

Promoting Rural Development: Stable water sources support specialized planting and breeding, helping farmers increase their income.

IV. Sustainable Development

Training Local Technicians: Simplified operational training fosters village-level self-management capabilities.

Establishing a Monitoring System: Digital management of water quality and quantity ensures long-term safe use.

Innovative Implementation Models: Combining with policies such as work-for-relief programs allows villagers to participate and benefit.

This technology, through an innovative combination of lightweight design, rapid operation, and localized services, provides a practical drinking water solution for remote mountainous areas, significantly improving water resource security efficiency.