Movable Mixing Device

The TR Movable Drilling Mud Mixing Device uses an imported Honda gasoline engine to drive the mud pump. No external power supply is required. The unit is suited to remote and temporary drilling sites.

The centrifugal pump, mixing hopper, and valved manifold work together for on-site mud preparation and weighting. Operators add bentonite, barite, polymers, and other drilling fluid additives to adjust mud density, viscosity, fluid loss, and other key properties.

Product Features

1. Honda gasoline engine: Drives the centrifugal mud pump without external power.

2. Easy relocation: The compact assembly can be moved when drilling locations shift.

3. Venturi jet mixing: Adds dry drilling fluid materials directly into the circulating mud.

4. Multi-port manifold: Multiple inlet and outlet connections accommodate different mud circulation configurations.

5. Stainless steel valves: Stainless steel construction provides wear and corrosion resistance.

6. Low vibration and noise: Reduces vibration and operating noise during pumping.

Working Principle

The Honda-powered centrifugal mud pump sends drilling fluid from the mud tank through the mixing hopper. High-velocity flow creates suction and pulls dry additives into the circulating mud.

The additives disperse during mixing, and the mixed fluid then passes through the manifold and returns to the mud tank or circulation line. The additive type and feed rate determine the resulting mud properties, including density, viscosity, and fluid loss.

Application Of Mobile Mud Mixer Unit

• Oil and Gas Drilling

  Mixes drilling mud and adds weighting materials at the well site.

• Remote and Temporary Drilling

  No external power is required, and the unit can be relocated as drilling locations change.

TR Manufacturing & Customization

TR Solids Control provides custom-engineered mixing units for non-standard mud circulation layouts.

Customization covers pump selection, jet mixing hopper arrangement, manifold layout, and connection points for non-standard circulation requirements.