Product Maximization Solutions

Maximize oil and gas production with Lamurindo’s MORPHASE® Product Maximization chemicals. Enhance product quality, reduce impurities, and optimize operational efficiency.

Product Maximization Chemicals - Enhancing Oil & Gas Production Efficiency

Maximizing production while maintaining high product quality is a key objective in oil and gas operations. Effective production requires minimizing impurities such as:

  • Water and sediment
  • Corrosive and hazardous gases
  • Other contaminants that lower product quality or damage facilities

 

Product Maximization Chemicals play a crucial role in ensuring smooth operations, improving separation efficiency, and optimizing production yields. These chemicals help manage emulsions, foaming, viscosity in heavy crude, flow restrictions, and retention times in separation equipment—all critical factors in achieving operational efficiency and maximizing capital investment (CapEx).

MORPHASE® Series offers a comprehensive range of Product Maximization chemicals designed to optimize production performance:

  • Antifoam (hyperlink ke subpage)  – Prevents foam formation.
  • Demulsifier / Emulsion Breaker (hyperlink ke subpage)  – breaks water-in-oil emulsions.
  • Emulsifier (hyperlink ke subpage) – Stabilizes emulsions for specific applications.
  • Foamer (hyperlink ke subpage) – Enhances flow in gas wells and production systems.
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Antifoam Solutions

Control foam in oil and gas operations with Lamurindo’s MORPHASE® AF Series Antifoam. Prevent production losses, equipment damage, and safety risks.

Foam formation in oil and gas operations can lead to serious operational challenges, including production losses, increased corrosion, safety hazards, and inefficiencies in processing and transportation. Lamurindo’s MORPHASE® antifoam solutions are designed to prevent foam formation and rapidly break down existing foam, ensuring smooth and efficient production processes.

Our antifoam products are tailored for application in oil and gas wells, optimizing oil-water separation and preventing foam buildup in pipeline transportation. The selection process for antifoams is guided by critical factors such as efficiency, compatibility, stability, required dosage, and environmental impact.

Lamurindo offers two main types of antifoam solutions:

  • Non-Aqueous Antifoam– Ideal for controlling foam in oil-based systems.
  • Aqueous Antifoam– Designed for effective foam control in water-based environments.

Demulsifier Solutions

Break water-in-oil emulsions with Lamurindo’s MORPHASE® D Series Demulsifiers. Improve crude oil dehydration and meet production specifications.

Water-in-oil emulsions pose significant challenges in crude oil production, leading to inefficient separation processes, increased operational costs, and potential quality issues. Lamurindo’s MORPHASE® D Series demulsifiers are specially formulated to break emulsions effectively, enabling more efficient crude oil processing downstream, benefiting the overall performance of the entire production facility.

When selecting a demulsifier, key considerations include economic feasibility, injection point optimization, crude oil characteristics, environmental compliance, and compatibility with existing processing equipment. Our demulsifiers, based on surfactants, polymers, solvents, and hybrid formulations, provide superior separation performance, ensuring operational efficiency in oil and gas production.

Emulsifier Solutions

Stabilize emulsions in oil and gas operations with Lamurindo’s MORPHASE® E Series Emulsifiers. Improve drilling fluids, EOR, and well stimulation processes.

In oil and gas production, emulsifiers play a crucial role in maintaining stable oil-in-water or water-in-oil emulsions, optimizing processes such as drilling, enhanced oil recovery (EOR), and well stimulation. Lamurindo’s MORPHASE® Emulsifiers are designed to enhance fluid performance by reducing surface tension and preventing droplet coalescence.

Our formulations utilize high-performance components such as silicone, fluorosilicone, polyglycol, alcohol derivatives, and emulsions to deliver optimal results for oil and gas applications.

Our emulsifiers are widely used in:

  • Drilling fluidsto enhance lubrication and wellbore stability.
  • Well stimulationto optimize fluid placement and water injection.
  • Enhanced Oil Recovery (EOR)to improve hydrocarbon displacement.

To ensure the best performance, we conduct rigorous testing, including sedimentation analysis, stability measurements, and droplet size evaluations. Our formulations incorporate surfactants, polymers, copolymers, polyglycols, fatty acids, and ethoxylates, offering excellent emulsification and dispersion properties for demanding oil and gas applications.

Foamer Solutions

Enhance well stimulation, EOR, and gas well deliquification with Lamurindo’s MORPHASE® F Series Foamers. Improve fluid recovery and operational efficiency.

Foamers are essential for enhancing gas production efficiency by reducing liquid loading in wells, improving drilling operations, and optimizing pipeline cleaning. Lamurindo’s MORPHASE® F Series offers high-performance foamers tailored to various oil and gas applications, ensuring effective fluid removal and well stimulation.

Our foamers are widely utilized in:

  • Well stimulation to increase oil and gas recovery.
  • Enhanced Oil Recovery (EOR)techniques such as foam flooding.
  • Drilling fluidsto improve hole cleaning and fluid stability.
  • Pipeline cleaningto facilitate debris removal.
  • Gas well deliquificationto improve gas lift efficiency.

The effectiveness of foamer formulations depends on factors such as system temperature, salt content, and application methods (topside, batch, or continuous).

Why Choose Lamurindo?

ChampionX is a global leader in chemistry solutions, artificial lift systems, and highly engineered equipment and technologies that help companies drill for and produce oil and gas safely, efficiently, and sustainably around the world. ChampionX’s expertise, innovative products, and digital technologies provide enhanced oil and gas production, transportation, and real-time emissions monitoring throughout the lifecycle of a well.