Subsea & Deepwater Systems
Objective: Ultra-reliable protection for inaccessible, capital-intensive infrastructure.
Objective: To ensure the reliable and uninterrupted transport of wellstream fluids through subsea infrastructure to host processing facilities.
This discipline addresses the unique thermodynamic and hydrodynamic challenges of deepwater production systems, where low ambient temperatures and high shut-in pressures create a high risk for solids deposition. Chemical management is critical to inhibit the formation of gas hydrates and organic deposits (wax, asphaltenes), and to control mineral scales within subsea trees, jumpers, flowlines, and umbilicals. The paramount challenge is the selection and deployment of chemicals that exhibit exceptional long-term stability, compatibility with monoethylene glycol (MEG) or methanol, and reliability when deployed via lengthy umbilicals, as remediation of blockages in these inaccessible systems entails severe production deferment and extraordinary intervention costs.
BRITOLY SI 9016 - Advanced Sulfonated Polymer Dispersant
Description:
BRITOLY SI 9016 is an advanced sulfonated polymer dispersant engineered for zero-failure performance in extreme subsea conditions. Its exceptional stability under high temperature, pressure, and salinity prevents all forms of solid deposition, maximizing the reliability of inaccessible, capital-intensive subsea equipment.
Application Summary:
Primary Use: Ultra-reliable chemical protection for subsea trees, manifolds, and flowlines.
Ideal For: Deepwater projects where intervention costs are prohibitive and "right-first-time" chemical performance is non-negotiable.
Key Benefit: Unmatched stability and anti-fouling action that mitigates risk in the most critical production infrastructure.
BRITOLY SI 9017 - High-Performance Copolymer for Critical Assets
Description:
BRITOLY SI 9017 is a high-performance copolymer that sets the benchmark for protecting critical assets. It offers exceptional thermal and chemical stability, making it specifically effective against sulfate scales while providing outstanding dispersancy in high-hardness brines.
Application Summary:
Primary Use: Protection of subsea flowlines and critical production infrastructure in high-stress environments.
Ideal For: High-temperature deepwater conditions where scale inhibition and particulate dispersion are equally vital.
Key Benefit: Exceptional performance stability under extreme thermal and chemical stress, ensuring long-term asset protectioىز
BRITOLY SI 9014 - Extreme Condition Sulfonated Copolymer
Description:
BRITOLY SI 9014 is an advanced sulfonated copolymer dispersant designed to perform reliably in the most challenging water environments. Its enhanced molecular structure delivers consistent scale and fouling prevention under conditions of extreme temperature, salinity, and hardness that degrade other chemicals.
Application Summary:
Primary Use: Subsea and deepwater production systems exposed to ultra-harsh water chemistry.
Ideal For: Protecting high-value equipment where calcium tolerance and thermal stability are paramount.
Key Benefit: Reliable performance in ultra-high calcium brines and severe salinity, ensuring protection where it is needed most.
BRITOLY SI 9013 - Versatile Anionic Copolymer Dispersant
Description:
BRITOLY SI 9013 is a versatile anionic copolymer engineered for effective scale inhibition and deposit control across a broad range of conditions. It modifies crystal growth and suspends particulates to maintain operational efficiency in diverse industrial water systems.
Application Summary:
Primary Use: Preventing deposition and scale in subsea systems and other critical water applications.
Ideal For: Systems requiring a cost-optimized, reliable dispersant with a wide operating window.
Key Benefit: Cost-effective performance with stable operation across various pH and salinity levels for dependable fouling control.