Sampling systems play a critical role in ensuring product quality, regulatory compliance, and process optimization in oil & gas and petrochemical industries. At Emphor IPS, we engineer advanced sampling systems that extract representative samples of process media under flowing conditions without disrupting production. Our modular, skid-mounted solutions are designed for seamless analyzer integration, precision, and safety.
Designed for direct sample extraction from pressurized pipelines, our inline sampling systems are ideal for continuous quality monitoring. They require minimal space, ensure minimal pressure drop, and are suitable for both liquids and gases. Applications include refined products, fuel blending, and crude oil.
Fast loop systems circulate the sample through a bypass line at high velocity, allowing for faster response times and reduced dead zones. These are preferred for:
Our fast loop skids include pumps, filters, coolers, and air eliminators to ensure sample reliability.
Our automatic sampling solutions feature flow- or time-proportional programmable logic for repeatable sampling. These systems reduce operator involvement, improve consistency, and are ideal for remote or unmanned facilities.
Features include:
When operator-controlled sampling is required, our ergonomic grab sampling units are engineered for safety and precision. These systems include:
Critical for analyzer readiness, our conditioning skids prepare samples through:
These skids ensure the physical and chemical integrity of the sample before it reaches the analyzer.
Our sampling systems are designed to integrate directly with analytical instrumentation, including:
Pre-mounted analyzer panels, signal cabling, and analyzer shelters can be provided based on client specifications. Our analyzer-ready sampling skids reduce commissioning time and ensure system compatibility.
Digital architecture includes:
Every Emphor IPS sampling skid is built to include high-quality, field-proven components:
Each component is selected based on process fluid, operating pressure/temperature, and target application.