Certified
ISO 9001:2015
Innovation
90+ U.S. Patents
Worldwide
Global Support
Experts
Since 1954
Certified
ISO 9001:2015
Innovation
90+ U.S. Patents
Worldwide
Global Support
Experts
Since 1954
Repeatable bypass sampling for refined fuels and Reid vapor pressure analysis
The Welker inLoop™ RFP is a double-acting bypass sample pump designed for representative composite sampling of refined products, including diesel, biodiesel, gasoline, and jet fuel. Ideal for refinery blend headers, refined product pipelines, and applications requiring accurate Reid vapor pressure analysis, the inLoop™ RFP helps operators capture repeatable samples from bypass sampling systems. With externally adjustable sample volume, pneumatic or hydraulic actuation, multiple valve configurations, and optional LeakHawk™ leak detection, the inLoop™ RFP supports accurate refined product sampling while helping reduce emissions, maintenance concerns, and sample bias.
Refined Product Bypass Sampling
Composite sampling of diesel, biodiesel, gasoline, and jet fuel in refinery blend headers and refined product sampling systems.
Reid Vapor Pressure Analysis
Bypass composite sampling of refined product pipelines where accurate Reid vapor pressure analysis is required.
Fuel Quality Monitoring
Sampling refined fuels to monitor blend composition, sediment, and product quality.
Resources
Externally Adjustable Sample Volume
Allows operators to meet varying sample volume requirements without removing the sampler from the line.
Double-Acting Pneumatic or Hydraulic Actuation
Provides dependable sampling performance for refined fuel and light liquid applications.
Multiple Valve Configurations
Supports 3-way valves, 2-way valves, or 2 check valves to fit different refined product sampling needs.
Sump or Flare Connection Capability
Helps route emissions away from the atmosphere for cleaner operation and improved compliance.
Optional LeakHawk™ Leak Detection Manifold
Helps identify and address pump seal leaks before they become larger maintenance or compliance issues.
