Remove Condensate Remove Drivers Remove Field
article thumbnail

Zephyr Energy plc announces successful initial results from State 36-2R well production test

Oil & Gas 360º

Elevated condensate-yields were observed (in a range of 60-200 barrels of oil (“bo”) per million standard cubic feet (“mmscf”) with an 85 bo/mmscf average). Water cut was less than 0.5%

Energy 147
article thumbnail

Zephyr Energy announces initial results from State 36-2R well evaluation Williston Project and Zephyr Hawk update

Oil & Gas 360º

.” State 36-2R well evaluation The Zephyr team has conducted an integrated post well evaluation incorporating all geological, geophysical and engineering data gathered from the State 36-2R well and from the greater field area. Gross Recoverable Condensate (MMBC) 3.5 Net Recoverable Condensate (MMBC) 2.7

BCF 130
Insiders

Sign Up for our Newsletter

This site is protected by reCAPTCHA and the Google Privacy Policy and Terms of Service apply.

article thumbnail

The Future of Fuel Gas Conditioning | Trends and Innovations

Pro-Gas Services

This regulatory push is a powerful driver for more advanced and highly efficient conditioning technologies. The industry is no longer dealing exclusively with conventional natural gas from well-established fields. The Rise of Unconventional and Renewable Gas Sources The composition of the gas itself is changing.

Gas 52
article thumbnail

Reducing Downtime | The Impact of Portable Equipment on Gas Production

Pro-Gas Services

This involves chilling natural gas to very low temperatures to condense NGLs, which are then separated and fractionated. The Emergence of Membrane Separation NGL Technology Membrane separation NGL technology is a rapidly advancing field. Reducing emissions NGL processing is a key industry driver and a commitment at Pro-Gas LLC.

Gas 52
article thumbnail

The Latest Cutting-Edge Innovations in Natural Gas Liquid Separation Technology

Pro-Gas Services

Removing NGLs prevents condensation and two-phase flow issues, protects downstream equipment, and ensures a consistent heating value of the sales gas. This process chills the inlet natural gas stream to extremely low temperatures, causing NGLs to condense and separate from the methane-rich gas.