Liquid CO₂ Fracturing Equipment

Product Introduction

The liquid CO₂ fracturing equipment is a high-pressure gas blasting device that utilizes the gasification expansion of liquid carbon dioxide to achieve physical fracturing. By absorbing heat during gasification, liquid CO₂ rapidly expands to generate high pressure, causing the coal rock mass to fracture or break. This equipment is particularly suitable for fracturing, enhancing permeability, and gas management in coal mines and non-coal mining operations. The CO₂ fracturing devices, offered by WOBO, along with their associated filling, testing, and detonation equipment, meet various application needs and feature exceptional safety and efficient blasting performance.

Product Features

1. Safety and Environmental Protection: No shock waves, open flames, or harmful gases. The emitted CO₂ has suppressive and flame-retardant effects, ensuring high safety performance.
2. Low Vibration: No destructive shock waves generated, reducing the risk of triggering gas outbursts, making it especially suitable for high-gas mines.
3. User-Friendly Operation: The fracturing diffusion radius can reach over 2 meters, minimizing the number of drill holes needed. The equipment is highly durable, with a lifespan of up to 10 years.
4. Controllable Blasting: Energy levels are adjustable to meet the demands of different environments and targets.
5. Clean Coal Production: Produces less dust, higher lump coal rates, and shorter coal throwing distances, facilitating the production of clean lump coal.
6. Reusable Equipment: The fracturing device is reusable, making it economical and durable.

Applications

• Coal Mines: Comprehensive gas management, impact pressure management, coal seam permeability enhancement, top coal weakening, and coal drop blasting.
• Non-Coal Mines: Suitable for stone mining and rock fracturing.
• Tunnel and Coal Silo Clearing: Effective for managing roadway bottom swelling and clearing coal silo blockages.
• Environmental Mining Operations: A cleaner alternative to traditional blasting methods, suitable for coal mines and gas-outburst mines where safety and cleanliness are paramount.