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Degasser Equipment

Essential gas removal system for maintaining drilling fluid properties and rig safety

What is a Degasser?

A degasser is a critical component in solids control systems that removes entrained gases (such as methane, hydrogen sulfide, and carbon dioxide) from drilling fluids. These gases can compromise drilling fluid properties, reduce drilling efficiency, and create hazardous conditions on the rig.

JKZ degassers utilize vacuum technology to efficiently extract gases from drilling fluids, maintaining optimal mud weight and viscosity while improving safety. Our units are available in various capacities to match different rig requirements and drilling conditions.

Gas Removal

Effectively removes hazardous gases from drilling fluids

High Efficiency

Processes up to 2000 GPM with 95%+ gas removal efficiency

Safety Enhancement

Reduces explosion risks and protects personnel from toxic gases

Robust Design

Corrosion-resistant construction for harsh drilling environments

Degasser Equipment

Types of Degassers

Different configurations for various drilling applications

Vacuum Degasser

Vacuum Degasser

Our most efficient degasser model uses vacuum pressure to extract gases from drilling fluids. Features a powerful vacuum pump, degassing vessel, and impeller system that creates thin fluid films for maximum gas removal.

Ideal for high-gas environments and deep drilling operations where thorough gas removal is critical. Available in skid-mounted or tank-mounted configurations.

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Atmospheric Degasser

Atmospheric Degasser

Simple and economical degasser that relies on atmospheric pressure and mechanical agitation to release gases. Features a rotating impeller that creates turbulence to liberate trapped gases.

Perfect for shallow wells and low-gas environments where basic degassing is sufficient. Requires no vacuum pump, reducing power consumption and maintenance needs.

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Compact Degasser

Compact Degasser

Space-saving degasser designs for mobile rigs and locations with limited space. Combines vacuum degassing technology with a smaller footprint while maintaining efficient gas removal performance.

Includes integrated mounting options for easy installation on existing mud tanks. Ideal for urban drilling and directional boring applications.

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Custom Degasser

Custom Degasser Systems

Tailored degasser solutions designed for specific drilling applications, including high-temperature, high-pressure, and corrosive environments. Can be integrated with other solids control equipment.

Our engineering team can design custom configurations to meet unique operational requirements and space constraints, including explosion-proof models for hazardous areas.

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Degasser Components

Key parts that make up a high-performance degasser

Degassing Vessel

Degassing Vessel

The main chamber where gas separation occurs. JKZ degassing vessels feature optimized internal baffles and impeller systems that create thin fluid films for maximum gas release. Constructed from corrosion-resistant steel with abrasion-resistant liners.

Our vessels are designed with proper retention time to ensure complete gas removal while maintaining compact dimensions for easy installation.

Vacuum Pump

Vacuum Pump

High-performance vacuum pump that creates the negative pressure needed for efficient gas removal. JKZ uses robust, oil-sealed rotary vane pumps specifically designed for drilling fluid applications.

Features include automatic oil lubrication, thermal protection, and easy maintenance access. Available in various sizes to match different degasser capacities.

Impeller System

Impeller System

High-speed rotating impeller that creates turbulence and thin fluid films to liberate trapped gases. JKZ impellers feature precision-balanced designs with wear-resistant coatings for long service life.

Our direct-drive motor systems provide reliable operation with minimal vibration, and feature adjustable speed controls for optimizing performance with different fluid types.

Control Panel

Control System

Advanced control panel with vacuum gauges, motor controls, and safety features. JKZ control systems include automatic shutoff protection, motor overload protection, and visual indicators for operational status.

Optional remote monitoring and PLC controls available for integration with rig control systems. All electrical components meet international safety standards.

Degasser Structure

Engineering design for optimal gas removal efficiency

Degasser Structure Diagram

JKZ degassers feature a carefully engineered structure designed to maximize gas removal efficiency while ensuring reliable operation. The key structural elements include:

Inlet Section: Designed to smoothly introduce drilling fluid into the degassing vessel without creating turbulence that could re-entrain gases.

Degassing Chamber: Large-volume vessel with optimized internal components that create thin fluid films and extended retention time for complete gas liberation.

Vacuum System: Creates the negative pressure environment that extracts gases from the fluid, with proper sealing to maintain consistent vacuum levels.

Gas Venting: Safe discharge system that routes removed gases away from work areas, with optional flare or collection systems for hazardous gases.

Support Structure: Heavy-duty frame with vibration isolation and corrosion protection for long service life in harsh environments.

Degasser Technical Parameters

Specifications for JKZ degasser models

Model Type Capacity (GPM) Vacuum (mmHg) Power (kW) Dimensions (mm)
JKZ-DG500 Vacuum 500 500-700 15 2000×1200×1800
JKZ-DG1000 Vacuum 1000 500-700 22 2500×1500×2000
JKZ-DG1500 Vacuum 1500 500-700 30 3000×1800×2200
JKZ-DG2000 Vacuum 2000 500-700 37 3500×2000×2400
JKZ-AD1000 Atmospheric 1000 N/A 11 1800×1000×1600

JKZ Degasser Advantages

Why choose JKZ for your gas removal needs

High Efficiency

Removes 95%+ of entrained gases with optimized vacuum and impeller designs

Robust Construction

Corrosion-resistant materials and heavy-duty components for long service life

Reliable Performance

Consistent operation in demanding drilling conditions with minimal maintenance

Easy Maintenance

Quick-access components and simple design for reduced downtime

Safety Certified

Meets international safety standards with explosion-proof options available

Expert Support

24/7 technical support and global service network for all your degasser needs

Degasser Working Principle

How vacuum degassers remove harmful gases from drilling fluids

Vacuum Degassing Technology

JKZ vacuum degassers utilize the principle of reduced atmospheric pressure to extract dissolved and entrained gases from drilling fluids. The combination of vacuum pressure and mechanical agitation ensures thorough gas removal.

1

Fluid Inlet

Gas-cut drilling fluid enters the degassing vessel through the inlet pipe.

2

Vacuum Creation

The vacuum pump reduces pressure inside the vessel, lowering the solubility of gases in the fluid.

3

Mechanical Agitation

The high-speed impeller creates thin fluid films and turbulence, liberating trapped gas bubbles.

4

Gas Separation

Liberated gases are extracted by the vacuum system and safely vented away.

5

Fluid Return

Degassed drilling fluid exits through the bottom outlet, returning to the active system.

Degasser Working Principle

Need an Efficient Degasser for Your Drilling Operation?

Contact JKZ today to discuss your gas removal requirements and discover how our degassers can improve your drilling safety and efficiency.

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