Gas Processing Handbook Exclusive ((exclusive)) Jun 2026

Mechanical availability increases from ~92% for gas turbines to over 98% for electric motors, cutting planned maintenance downtime. Carbon Capture and Sequestration (CCS) Readiness

Based on the insights and best practices outlined in this handbook, we recommend that gas processors:

By splitting the feed gas and routing a portion through a subcooler to the top of the demethanizer column, GSP provides a lean reflux that dramatically improves recovery efficiency. gas processing handbook exclusive

[Application] ➔ [Product Yields] ➔ [Process Flow Description] │ │ │ ▼ ▼ ▼ [Operating Conditions] ➔ [Economics/Utilities] ➔ [Licensor Data]

This exclusive deep dive into modern gas processing explores the cutting-edge technologies, engineering breakthroughs, and strategic shifts defining the industry today. 1. Deacidification: The Shift Beyond Standard Amines Mechanical availability increases from ~92% for gas turbines

Low to moderate partial pressures; requires thermal energy for stripping. Selexol, Rectisol Physical Absorption

A distinct feature of the Gas Processing Handbook is its rigorous focus on thermodynamics. Process engineers cannot design these plants using ideal gas laws. Instead, equations of state (EOS), such as the or Soave-Redlich-Kwong (SRK) , are utilized. These mathematical models accurately predict the phase behavior (vapor-liquid equilibrium) of hydrocarbon mixtures under extreme pressures and temperatures. Process engineers cannot design these plants using ideal

Standard Gas Subcooled Process (GSP) designs are being replaced by advanced proprietary flowsheets like Residue Gas Subcooled Processes (RSV) and Supplemental Rectification Loops (SRL). These configurations utilize a portion of the high-pressure residue gas, subcooling and feeding it back into the top of the demethanizer as a cold reflux.

Adapting to unconventional gas sources with varying compositions. 2. Pre-treatment: The Foundation of Purity