Cloud Point
Glycol (CPG)

Achieve Stable Fluid Performance with Our Cloud Point Glycol

At MSPL, we offer the finest Cloud Point Glycol (CPG) that can help optimize your field performance in the oilfield industry. Our CPG is aimed at controlling the cloud point of glycol-based fluids to ensure effective and efficient functioning at different temperatures. With our CPG, you can avoid problems connected with the formation of clouds, enhance the efficiency of fluids, and ensure the uninterrupted functioning of your systems.

Stable Fluid Performance

Our Cloud Point Glycol is used to safeguard the performance of glycol-based fluids where the temperature differs so much from that of other fluids, thereby eliminating the formation of clouds that hinder system efficiency.

Enhanced Operational Efficiency

Through the proper handling of the cloud point, the CPG also avoids blockages and flow disturbances, which leads to proper and efficient operation.

Reduced Maintenance Costs

Reducing cloud formation and other consequential problems minimizes maintenance and downtime, thus improving cost-effectiveness and system reliability.

Applications of Cloud Point Glycol (CPG)

Improving Handling

Drilling fluids are handled and mixed in large quantities. Cloud point glycol assists in managing the fluid’s behavior during handling, mixing, and pumping, ensuring smooth operation and reducing the likelihood of blockages or pump issues.

Cold Weather Adaptation

In colder environments, such as arctic drilling, drilling fluids can become too viscous or even freeze. Cloud point glycol helps to prevent these issues by maintaining the fluid’s effectiveness and ensuring it remains operational in low temperatures.

Shale Inhibition and Stability

Cloud point glycols are used to inhibit the swelling and dispersion of shale formations during drilling. When the fluid reaches the cloud point temperature, the glycol forms microemulsions or precipitates, coating the shale surfaces. This protective coating reduces water invasion and prevents shale from reacting with the water, leading to improved wellbore stability.

Clay Inhibition

Water-sensitive clays can swell and disperse when exposed to water, causing wellbore instability and operational problems. Cloud point glycols minimize this by preventing water molecules from interacting with clay minerals, thus inhibiting swelling and maintaining the structural integrity of the wellbore.

Fluid Loss Control

Cloud point glycols help manage fluid loss by forming a barrier at the formation face, which reduces the permeability of the mud and limits the filtration of the drilling fluid into the formation. This helps to maintain the hydrostatic pressure and prevents formation damage.