How we validate.
Overview
Dynamic Scale Loop (DSL) Testing was conducted to evaluate the performance of our SCL 9027 scale inhibitor under demanding operating conditions, including high temperature, high pressure, and anoxic environments that closely replicate downhole conditions.
- Chemistry
- SCL 9027 (scale inhibitor)
- Application
- Validation methodology
- Location
- Anonymized
- Headline result
- DSL · validation method
Dynamic Scale Loop (DSL) Testing was conducted to evaluate the performance of our SCL 9027 scale inhibitor under demanding operating conditions.
Key findings
- SCL 9027 effectively prevented scale formation at high temperature and pressure
- Significantly improved system efficiency and reduced maintenance requirements
- Testing performed under anoxic conditions closely replicated downhole environments
- Confirmed reliable, field-relevant performance for pipelines and production systems
High-Pressure Proof
Prevents scale in extreme conditions.
Real Simulation
Replicates true downhole environments.
Reliable Results
Protects assets and boosts efficiency.
Cost Effective
Cuts downtime and lowers expenses.
Frequently asked
- What is Dynamic Scale Loop Testing?
- A laboratory method that simulates real operating conditions such as temperature, pressure, and flow to evaluate scale inhibitor effectiveness.
- Why is DSL Testing important?
- Provides accurate, field-relevant data for operators selecting chemistry programs.
- How does SCL 9027 perform?
- Proven highly effective at preventing scale under high temperature and pressure conditions.
- Does testing reflect downhole conditions?
- Yes, anoxic conditions closely replicate actual downhole environments.
- Benefits of DSL-validated chemistry?
- Increased product reliability confidence, reduced maintenance costs, asset protection, and improved system efficiency.
