Application

Oil and Gas Industry:

• Well Intervention: Coil pipes are used for well intervention operations in oil and gas wells. They can be inserted into a well to perform tasks such as cleaning, pumping chemicals, removing obstructions, and more.
• Well Completion: Coiled tubing is used in well completion operations, which involve preparing a newly drilled well for production. It can be used to run production tubing or conduct various treatments.
• Production Enhancement: Coil pipes are used to enhance well production by performing treatments like acidizing and hydraulic fracturing.
• Workover Operations: Coiled tubing is used for maintenance and repair operations on producing wells, including removing debris and cleaning out wellbores.

Pipeline Inspection and Maintenance:

• Pipeline Cleaning: Coil pipes can be used to clean and clear pipelines of debris, deposits, and blockages, ensuring efficient transportation of fluids.
• Internal Inspections: Coil pipes equipped with sensors and cameras can be used to inspect the interior of pipelines for damage, corrosion, or other issues without the need for excavation.

Geothermal Energy:

• Wellbore Drilling and Completion: Coiled tubing is used in geothermal wellbore drilling and completion operations to extract heat from the Earth’s crust for energy generation.

Mining and Minerals Industry:

• Mine Shaft Drilling: Coil pipes are used in mining operations for drilling mine shafts, which can be vertical, inclined, or horizontal.
• Ore and Mineral Extraction: Coiled tubing can be used to inject chemicals or other substances into ore bodies to aid in their extraction.

Environmental Remediation:

• Site Cleanup: Coil pipes can be used for environmental remediation by injecting chemicals or extracting pollutants from the ground or groundwater.

Water Wells and Utilities:

• Water Well Rehabilitation: Coil pipes are used in water wells to clean out debris, sediment, and scale, restoring proper water flow.
• Utility Maintenance: Coiled tubing can be used for maintenance and repair of various utility systems, such as sewer lines and water mains.

Research and Exploration:

• Scientific Research: Coiled tubing is used in various scientific research projects, including those involving deep-sea exploration and sample collection.
• Environmental Monitoring: Coil pipes equipped with sensors can be used for monitoring environmental conditions in remote or hazardous areas.

Construction and Infrastructure:

• Tunneling and Boring: Coil pipes are used in tunneling and boring operations for various construction projects, including installing utilities underground.

Advantages

• Flexibility and Bendability: Coil pipes are highly flexible and can be bent without kinking or damaging the pipe. This flexibility allows them to navigate through curved or complex wellbores, pipelines, and other confined spaces where rigid pipes might be challenging to use.
• Continuous Lengths: Coil pipes are typically manufactured and stored in long continuous lengths, which reduces the need for multiple joints and connectors. Fewer connections mean lower risks of leaks and failures, improving operational reliability.
• Reduced Footprint: Coil pipes require less space for storage and transportation compared to traditional rigid pipes. This is especially advantageous in tight and remote locations where space is limited or access is difficult.
• Faster Deployment: Because of their continuous length and flexibility, coil pipes can be rapidly deployed into wells, pipelines, or other structures. This can lead to quicker project turnaround times and reduced downtime for maintenance or intervention operations.
• Enhanced Well Intervention: In the oil and gas industry, coil pipes provide the means to perform various well intervention tasks without the need to pull the entire tubing string out of the well. This reduces costs and minimizes production downtime.
• Reduced Material Wear: The flexible nature of coil pipes can lead to reduced wear on both the pipe itself and the equipment used for deployment. This can extend the operational life of both the coil pipe and associated equipment.
• Less Fluid Volume: Coil pipes typically have a smaller internal diameter compared to conventional pipes. This means they require less fluid volume for circulation, which can result in cost savings when using expensive fluids, such as drilling muds or completion fluids.
• High-Pressure Capabilities: Coiled tubing is designed to withstand high-pressure environments, making it suitable for a wide range of applications, including those that involve pumping fluids at elevated pressures.
• Integrated Tools and Sensors: Coil pipes can be equipped with various tools, sensors, and cameras, allowing operators to perform inspections, measurements, and treatments while the coil pipe is inside the well or pipeline. This integration enhances efficiency and reduces the need for separate interventions.
• Versatility: Coil pipes can be used in various industries, from oil and gas to mining, geothermal, environmental remediation, and more. Their adaptability makes them a versatile solution for many different types of projects.
• Reduced Environmental Impact: In some cases, coil pipes can help reduce the environmental impact of operations by minimizing the need for extensive excavation, which can disturb ecosystems and habitats.