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Glycol dehydrators are one of the largest sources of benzene, toluene, ethylbenzene, and xylene (BTEX) emissions at natural gas production, gathering, and processing facilities. When[…]

OIL & GAS EQUIPMENT | Updated September 2026 | 8 min read WHAT YOU’LL LEARN IN THIS GUIDE When a flare rental is the right[…]

Flare purge gas and molecular seal design: API 521 purge rate, nitrogen vs fuel gas, seal geometry, and flashback prevention.

Well testing flare sizing for peak flowback, portable and trailer deployment, sour handling, EPA OOOOb, and green completion rules.

Flare knockout drum sizing per API 521: vertical vs horizontal, droplet targets, residence time, boot volume, and OOOOb monitoring.

 WHAT YOU’LL LEARN IN THIS GUIDE– The four most common vapor recovery unit failure modes and their root causes- How to build a weekly, monthly,[…]

Flare systems reduce emissions by combusting methane and VOCs at 98%+ Destruction and Removal Efficiency (DRE), converting them to CO2 and water instead of releasing[…]

The 7 key features of a high-quality flare system: 98%+ DRE performance, flare tip design, pilot reliability, assist media selection, materials, turndown range, and continuous[…]

Enclosed flares and open flares both destroy waste gas through combustion, but they do it differently and the choice between them has significant consequences for[…]

Selecting the wrong flare system creates compliance liability that outlasts the initial capital decision by years. This guide covers the eight evaluation criteria that production,[…]