![Sample our Physical Sciences journals, sign in here to start your FREE access for 14 days]({"type":"image" , "src" : "/sda/110819/TOC-Subject-Sample-2021-Physical-Sciences.jpg"})
ABSTRACT
In the ever-changing world of global energy, natural gas remains important, acting as a critical resource to fulfill rising demand. This review looks deeply into the cutting-edge technology developments that will shape the future of natural gas processing. It investigates particular approaches and technologies driving advancement, such as membrane separation and adsorption procedures, in order to improve purifying efficiency. Furthermore, it broadens the discussion to include extensive examples of innovative dehydration and sweetening processes, as well as unique ways for impurity removal, while carefully considering sustainability considerations. This article investigates the integration of artificial intelligence and data analytics into process optimization, highlighting the importance of operational efficiency and emission reduction. It also investigates the transformational influence of nanotechnology on gas separation, emphasizing its role in sustainable and efficient natural gas conversion processes. The assessment concludes with a forward-looking perspective on the changing environment of the natural gas processing business. It emphasizes the need for ongoing research and collaboration in order to fully realize the promise of this critical energy source. This gives a clear path for researchers, business specialists, and regulators navigating the complex technical breakthroughs in natural gas processing.
GRAPHICAL ABSTRACT
Nomenclature
| Abbreviation | = | Full form |
| NGL | = | Natural gas liquid |
| MEG | = | Monoethylene glycol |
| DEG | = | Diethylene glycol |
| TEG | = | Triethylene glycol |
| TREG | = | Tetraethylene glycol |
| PG | = | Propylene glycol |
| LNG | = | Liquefied natural gas |
| VOCs | = | Volatile organic compounds |
| DEA | = | Diethanolamine |
| TEA | = | Triethanolamine |
| MDEA | = | Methyldiethanolamine |
| DIPA | = | Diisopropanolamine |
| EEA | = | Ethanolamine |
| PA | = | Pyridineamine |
| MOL | = | Morpholine |
| DMAE | = | Dimethylaminoethanol |
| ANL | = | Aniline |
| = |
|
Disclosure statement
No potential conflict of interest was reported by the author(s).