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Supporting reliable, stable system operation

Production chemistries are used throughout the life of the well and play a critical role as assets mature, water cut increases, and operating conditions become more demanding. Chemical performance has a direct impact on separation efficiency, asset integrity, corrosion control, and water handling.

Coordinated demulsification, corrosion control, and water treatment approaches are designed to work together across the production system—supporting more stable operation, fewer upsets, and improved management of water and solids.

•  Improve oil-water separation in complex and changing
    crude systems
•  Protect infrastructure in sweet and sour environments
    from corrosion
•  Support produced water handling, reuse, and regulatory
    compliance without compromising production performance
•  Minimize operational risk by coordinating chemical programs
    across separation, water handling, and corrosion control

How we support production operations

We support oilfield service companies and operators with production solutions designed to perform under real‑world operating conditions. This helps sustain throughput, manage fluids, and control operating risk, cost, and unplanned downtime as conditions change and assets mature while balancing performance and cost in production operations.

Our integrated production chemistry solutions focus on maintaining stable, efficient operations under evolving field conditions.

 

 

Key functions

Land production site with pumpjack and wellhead

Corrosion inhibitors
Chemistries developed to help protect pipelines, flowlines, and topside equipment in both sweet and sour environments, with attention to film persistency, fluid compatibility, and impact on downstream operations such as separation and water treatment. 

Water clarifiers and treatments
Coagulants, flocculants, and related chemistries that support produced water clarification, solids removal, and water reuse or disposal in line with regional regulatory requirements. Formulations are designed for performance in variable brine chemistries and changing production conditions.

Asphaltene inhibitors
Additives that help prevent asphaltene precipitation and deposition in the reservoir, tubing, and surface facilities. Formulations are developed to stabilize complex crude systems, minimize blockages and equipment fouling, and maintain production efficiency under varying pressure, temperature, and compositional conditions.

Scale control agents
Scale inhibitor technologies engineered to prevent inorganic scale deposition in reservoirs, tubing, and topside equipment. Products are selected to match specific brine compositions and operating conditions, helping maintain injectivity and flow capacity, protect critical assets, and support reliable long-term water handling and reinjection.

Demulsifiers
Demulsifier technologies designed to improve oil water separation in complex and changing crude systems, including high water cut production and emulsions influenced by solids, asphaltenes, and surfactant residues.

Paraffin inhibitors and dispersants
Chemistries designed to help control wax deposition and paraffin-related plugging in wells, flowlines, and surface equipment. These solutions support cleaner surfaces, reduced pressure drop, and more stable flow profiles, while allowing service companies to tailor treatment programs to changing crude compositions and operating conditions.

Biocides
Targeted chemistries to manage microbiological growth in production systems, supporting the control of sulfate-reducing bacteria and other problematic organisms. These solutions help mitigate microbiologically influenced corrosion, souring, and biomass-related plugging, while enabling alignment with regional HSE and regulatory requirements.

Gas scrubbers
Gas scrubbing chemistries designed to remove contaminants such as acid gases and other impurities from produced gas streams. These solutions support efficient treatment and conditioning of gas, helping meet pipeline and export specifications while integrating smoothly into existing processing configurations.

Designed for operational reliability

Our production chemistries are developed and evaluated with field‑relevant conditions in mind:

  • Performance across a range of crude properties, water cuts, and temperatures
  • Compatibility with existing production chemicals and materials of construction
  • Support from technical and application specialists who understand how chemistry interacts with processing equipment, separation trains, and produced‑water systems

This approach helps customers maintain production efficiency while managing integrity, water, and operational risk over the full life of the asset.

Offshore production system

Our oilfield chemistries are supported by application expertise, manufacturing flexibility, and alignment with regional and regulatory requirements, including OSPAR, REACH, and TSCA where applicable.

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