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
Uniformly mix stabilized crude oil samples for more accurate BS&W and water cut analysis
The Welker MSTCC Laboratory Mixing Skid is a stationary closed loop crude oil mixing system designed to homogenize stabilized crude oil composite samples before laboratory analysis. Built for use with portable sample containers such as Welker TCC Transportable Crude Oil Containers, the MSTCC uses a static mixer, circulation system, flexible hoses, quick-connects, and subsample draw off valve to evenly disperse stratified composite samples and help reduce sample bias. Compact and lab-ready, the MSTCC supports accurate BS&W measurement, water cut analysis, and representative subsample collection for crude oil custody transfer and tanker offloading applications.
Composite Sampling of Stabilized Crude Oil
Primary sample container mixing for representative crude oil composite samples before BS&W measurement, water cut analysis, and laboratory testing.
Large-Volume Composite Sample Applications
Designed for systems requiring large composite sample volumes or multiple subsamples, including crude oil tanker offloading.
Complies With:
Resources
Static Mixer and Circulation System
Uniformly disperses stratified crude oil samples using kinetic and external energy to help reduce sample bias.
Flexible Hoses With Quick-Connects
Allows operators to quickly connect, disconnect, install, and remove portable sample containers.
Local On/Off Switch
Provides direct control of mixing operations to help prevent under-mixing or over-mixing.
Subsample Draw Off Valve
Allows operators to collect test specimens directly from the mixer before the sample can stratify.
Mixing and Cleaning System
Supports sample homogenization and easier cleanup to help reduce cross-contamination between batches.
Compact Footprint
Uses a space-saving skid design to help reduce equipment costs and preserve valuable lab space.
