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Enabling effective and controlled stimulation treatments

Stimulation treatments are carried out under high temperature and chemically complex conditions that place strict demands on fluid systems. Additive performance influences treatment placement, rock-fluid interactions, tubular integrity, and the transition back to stable production.

We work with stimulation fluid formulators and oilfield service companies in stimulation applications where chemistry performance has a meaningful impact on treatment quality and production outcomes. Our stimulation chemistries are engineered to perform under realistic bottomhole temperatures, varying brine quality, and multi component fluid formulations, helping support consistent, predictable operations.

Oil rig during the stimulation process.

How we enable stimulation applications

Our stimulation portfolio focuses on chemical performance, compatibility, and robustness in complex fluid systems. This performance-driven foundation is delivered through a set of key functions that enable reliable and consistent application outcomes.

•  Optimize treatment placement and rock-fluid interaction
    during acidizing and matrix stimulation
•  Protect tubulars and maintain treatment integrity
    throughout stimulation operations
•  Reduce post-treatment emulsion risk by controlling oil-
    water interfacial behavior
•  Maintain fluid performance across varying brine
    compositions and water qualities
•  Minimize operational risk by coordinating chemistries
    across acidizing, diversion, and post-treatment cleanup

Learn about our key functions below.

Key functions of our stimulation chemistry

Designed for field‑relevant performance

Stimulation chemistries must perform reliably under conditions that differ significantly from laboratory baselines. Our focus is on:

  • Performance at elevated temperatures relevant to targeted reservoirs
  • Stability and compatibility in multi‑additive fluid systems, including friction reducers, surfactants, and production chemistries used later in the well’s life
  • Consideration of interactions with formation rock, completion materials, and produced fluids

This helps support stimulation treatments that not only achieve their immediate objectives, but also transition more smoothly into stable production, with reduced risk of chemistry‑related issues.

Stimulation wellheads in the field
Oilfield water processing station

Integration with production and water management

Stimulation does not end when pumping stops. Residual additives and treatment by‑products move into the production system and can influence separation, corrosion, and produced water handling, such as:

•  Interactions of stimulation and production additives,
    e.g., demulsifiers, corrosion inhibitors
•  Effects on separation efficiency and produced
    water treatment
•  Regional and regulatory requirements, i.e., OSPAR,
    REACH, TSCA, where applicable

By considering these interactions upfront, our goal is to help customers reduce the risk of downstream issues, support more consistent production, and maintain alignment with regulatory and operational requirements.

Related applications

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Learn more about our solutions

Stimulation chemistry solutions

Type: Brochure
Language: English
Format: pdf | 666.5 KB
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Viscoelastic surfactants that reduce formation damage

Type: Brochure
Language: English
Format: pdf | 1.8 MB
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Download

Corrosion inhibitors for asset integrity

Type: Brochure
Language: English
Format: pdf | 485.6 KB
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Download

Oilfield chemicals product range

Type: Brochure
Language: English
Format: pdf | 244.9 KB
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Download

Environmentally responsible chemistry solutions for Oilfield applications

Type: Brochure
Language: English
Format: pdf | 263.7 KB
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