Mistral Midstream selects UOP modular equipment to recover Canada NGLs
Honeywell's UOP announced Wednesday that Mistral Midstream has selected the UOP Russell modular equipment to recover valuable natural gas liquids (NGLs) from natural gas produced in southern Saskatchewan, Canada.
The UOP Russell modular cryogenic equipment will process 60 million standard cubic feet per day (MMSCFD) of natural gas. It is expected to be in production in late 2014 at Mistrals site.
UOPs modular design and construction
approach allows equipment to enter service up to six months faster than alternative approaches while ensuring superior quality control, according to company officials.
The Mistral application is the first for UOP Russell equipment in the northern Bakken basin.
This project with Mistral showcases UOPs ability to work in the northern Bakken basin, especially as shale gas, remote gas and distributed gas play a more vital role in the global energy economy, said Rebecca Liebert, UOPs senior vice president and general manager for the gas processing and hydrogen business
UOP Russell modular equipment reduces field construction
time and lowers capital
and operating costs for customers such as Mistral, and allows our customers to achieve aggressive schedules to first gas, which can generate significant incremental value for gas producers and processors.
Mistral is a privately-held company that builds, owns and operates energy infrastructure, such as processing plants, pipelines, terminals and storage facilities that support both the natural gas and the natural gas liquids industries.
Because it employs modular design and construction, UOP Russell can easily ship equipment to remote locations where gas is often discovered. Modules fit together quickly and efficiently, significantly reducing construction
time and expense. This design allows gas customers to more quickly begin processing gas and earning revenue.
The modular approach also allows for greater ease of operations for the customer due to the use of common parts that simplify maintenance and training.
From the Archive