Dewatering Unit LOLDW02

Dewatering Unit LOLDW02 is widely used in the different applications such as the municipal wastewater treatment, industrial wastewater treatment, palm oil recovery and waste treatment, drilling waste treatment, etc.

LOLDW02 is designed in the 20' container with decanter centrifuge, chemical mixing system, screw conveyor, and pumps included.
For comfortable operation, there are air condition and light system as well.

For the operation process, kindly refer to the below flowchart:

Dewatering Unit Flow Chart

The dewatering unit design is as below picture:

If you have any question, pls feel free to contact us, and if you only need the chemical preparing mixing system for your project, please refer to LOLDW01. 

Dewatering Unit LOLDW01

The LOLDW01 DEWATERING UNIT is a self contained portable system that minimizes waste volume from closed loop drilling operations or waste fluids treatment projects. It is designed to substantially reduce drilling waste disposal costs and environmental impact. The LOLDW01 dewatering unit works by processing and producing clean fluids suitable for re-use on site as well as creating the semi-dry solids which are more compact and easier to transport and dispose of, which results in considerable cost savings due to the elimination of liquid mud for disposal. In addition, water requirements for the formulation of fresh mud are significantly reduced.

The LOLDW01 dewatering unit is compact and easily transportable with all chemical treatment equipment housed in one 20ft shipping container.

Dewatering Unit LOLDW01

 Specification:

1. PAM MIXING Power 1.5kW Concentration of Solution 0.01-0.1% Chemical Solution Capacity(0.1%) 1500L/h PAM Mixing 2.Dosing Pump for PAM Solution Capacity 0 - 510 L/hr Max Pressure 5 Bar Power 0.37kW x 2 Dosing Pump 3. PAC MIXING Power 0.75kW Concentration of Solution 1-10% PAC Mixing 4. Dosing Pump for PAC Solution Capacity 0 - 90 L/hr Max Pressure 7 Bar Power 0.37kW x1 Key Benefits: The requirements for a waste pit is greatly reduced. Significant reduction in the transportation of drill water to site is achieved. Reduction in the volume of waste fluid requiring disposal. All water-based effluents from the rig site can be collected and processed, floor wash down and mud pit residues. The removal of fine solids limits potential damage to reservoir zones and leads to higher production rates .