Environment & Safety Gas Processing/LNG Maintenance & Reliability Petrochemicals Process Control Process Optimization Project Management Refining

Gas Processing/LNG

Improve recovery of intermediate components with LNG

Chevron Energy Technology Co.: Huang, S.

Using LNG as feed stream provides opportunities to optimize methods for recovering intermediate components in gas processing

LNG import terminal on a gravity base structure offshore

Consultant: Kumar, S.
Ishikawajima-Harima Heavy Industries Co. Ltd.: Nakachi, I.

An alternative design to a land-based facility is a compact, modular construction resting on the seabed

New Italian offshore liquefied natural gas receiving terminal

Adriatic LNG: Mangia, C.

How this facility is meeting stringent regulatory requirements and saving energy

Unwanted sulfur contamination in natural gas

Consultant: Chesnoy, A. B.
Woodside Research Facility: Pack, D. J.

Minimize the effect this element has on your processing systems

North American natural gas market and infrastructure

Consultant: Mokhatab, S.
David Wood & Associates: Wood, D. A.

The race is on to expand liquefied natural gas capacity to meet growing demand

HPIn LNG: New standard for fire and corrosion protection

International Paint LLC: Dibble, David

In September 2005, Phase I construction began on the Freeport LNG regasification terminal located on Quintana Island, approximately 70 mi. south of Houston, Texas. This project is the first and larges..

HPIn LNG: Should New England embrace LNG?

Consultant: Mokhatab, S.

In 1999, gas-fired generation accounted for approximately 16% of New England's total electrical-power consumption. According to ISO New England (the entity responsible for managing this region's gas t..

HPIn LNG: Risk within reason

Exponent, Inc.: Saraf, S.

US liquefied natural gas (LNG) import terminal projects have met with considerable opposition from local communities. A major debate surrounds the hazards and societal risks/benefits from LNG faciliti..

Improved equations for the Standing-Katz tables

Texas A&M University: Hall, K. R.
Instituto Tecnologico de Celaya: Iglesias-Silva, G. A.

Using these calculations can predict natural gas density and improve flowrates

HPIn LNG: Rising global LNG production will likely cause a shift in petrochemical feedstocks

Purvin & Gertz: Gist, Ron L.

The impending rapid increase in the production and consumption of liquefied natural gas (LNG) is widely recognized as a major factor that will affect the natural gas markets in many regions of the wor..