In Line Auto
Sampling Systems
Unveiling the Essence and Expertise of FluiMix™
Our Solutions
In Line Auto Sampling Systems
The operation of the FluiMix® FMX-FL™ Hydrocarbon Sampler can be described as follows:
Flow is extracted from the primary pipeline and directed into a pumped circulation loop. It is then reintroduced into the main pipeline within a rapid loop, assuming uniform fluid consistency within the primary pipeline.
Subsequently, this flow is drawn into the sampling loop, which is purposefully designed to eliminate water traps and maintain a fluid velocity that guarantees the representativeness and homogeneity of the sample throughout the system.
The sampling loop passes through a sample receiver cabinet, strategically positioned for operator convenience. The enclosure is fully isolatable, allowing maintenance procedures to be performed without any disruption to the primary process.
Advanced Sampling System: Precision Extraction, Reduced Contamination, Dynamic Integration.
The system allows for the extraction of a representative sample with an accuracy of 0.035% in relation to the primary pipeline fluid, and this level of precision applies to all flow rates.
Within the enclosure, a flow-through cell sampler is employed, releasing 1cc samples directly into a sample receiver.
The brevity of the sample’s journey significantly reduces the risk of cross-contamination between different batches.
The enclosure itself is equipped to be heated, ensuring a consistent temperature to prevent solid or wax formation. It also houses the sample receivers, available in various capacities including fixed volumes of 5 liters, 10 liters, 18 liters, or constant pressure sample receivers (CPC) with options for manual or automatic changeover.
The system supports dynamic performance measurement, accomplished by incorporating a Can Weigh system for receivers or a level-sensor system for CPC receivers. Additionally, a sampler controller can be installed to provide configuration, monitoring, and control functions, including integration with Distributed Control Systems (DCS).
For added flexibility, optional withdrawable nozzles and quills can be hot-tapped into either the top or the bottom of the pipeline.
The system is conducive to the integration of online analyzers, such as water-in-oil monitors and densitometers, as part of the sampling loop. This ensures optimal representativeness, accuracy, and direct result comparisons.
Major Features
The technology ensures reliable and precise sampling for laboratory analysis, making it a valuable solution for various applications in the oil and gas industry.
Ideal for Fiscal Transfer Points
It is well-suited for fiscal transfer points within refineries and on pipelines, ensuring accurate sampling across all flow rates.
High Accuracy and Low Uncertainty
The system offers high accuracy, with a low uncertainty measurement of 0.035%.
Academic
Validation
The mixing technology has been rigorously tested and validated at Cranfield University in the UK, attesting to its scientific credibility.
In Line Auto Sampling Systems
More Features
Customizable Configurations
While the system shown features a single pump with a sampling cabinet, we provide options for full redundancy, encompassing pumps, motors, samplers, and analyzers.
Comprehensive
Analytical Options
It offers options for a full Analytical Loop, including features like BS&W analysis, densitometers, and WIOM meters for real-time analysis.
Sampling Technology
This technology uses the FluiMix API Sampler in combination with either Atmospheric Receivers or Constant Pressure Receivers (CPCs) to generate representative samples for fiscal transfer.
Sample Homogeneity
The system operates under the assumption of fluid homogeneity and can sample fluids ranging from 0.4cSt to 8000 cSt, encompassing a broad spectrum from refined products to heavy crudes.
Other Features
Streamlined Operations with Advanced Flexibility and Full Automation
Operational Flexibility
The system can be operated pneumatically or electrically, with cell samplers and switch-over valves.
Fully Automatic Operation
It operates automatically and can be controlled either locally or via a Distributed Control System (DCS).