Certified
ISO 9001:2015
Innovation
90+ U.S. Patents
Worldwide
Global Support
Experts
Since 1954
A transportable crude oil container designed for safer off-site mixing and analysis
The Welker TCC Optimum™ is a transportable crude oil container designed for collecting, transporting, and mixing stabilized crude oil composite samples when on-site analysis is not available. Built for smaller batch sampling systems, the TCC Optimum™ helps operators safely move crude oil samples to an off-site lab for mixing, representative subsampling, BS&W measurement, and water cut analysis. With DOT and Transport Canada approval, ProSlick™ finish, lightweight construction, carry handle, ring chime base, and quick-connects, the TCC Optimum™ improves sample handling while helping protect sample integrity and measurement accuracy.
Complies With:
Resources
ProSlick™ Finish
Helps prevent water and other components from clinging to the container, improving representativeness and water cut measurement accuracy.
Lightweight Design
Reduces physical strain during sample container installation, removal, handling, and transport.
Carry Handle and Ring Chime Base
Improves portability and handling stability when moving samples between field locations and laboratories.
Quick-Connects
Allows operators to quickly install and remove the container from compatible crude oil sampling and mixing systems.
| TCC Optimum™ | |
|---|---|
| Materials of Construction | 316/316L Stainless Steel Container With Stainless Steel Fittings |
| Volume | 2.5 US Gallons |
| 5 US Gallons | |
| Weight | 2.5-Gallon: 15 lb (Dry) |
| 5-Gallon: 22 lb (Dry) | |
| Operating Pressure | 136 psig @ -20 °F to 100 °F |
| Industry Standards | API Chapter 8, ASME code stamped, ASTM D4057, ASTM D4177, ASTM D5854, ISO 3170, ISO 3171 |
Weight and/or dimensions are approximate.
Specifications subject to change without notice.
We use cookies to improve your experience on this website. You may choose which types of cookies to allow and change your preferences at any time. Disabling cookies may impact your experience on this website. You can learn more by viewing our Cookie Policy.