While process simulation software can be used by plant engineers to calculate the dewpoint temperature of mixed refrigerant, this is of limited use to the plant operators at the control panel in maintaining an appropriate amount of mixed refrigerant superheat as they adjust the plant. To address these challenges, the authors’ company has developed a simplified method of calculating mixed refrigerant superheat that can be programmed in the distributed control system (DCS) and made available to panel operators.
This article details some of the ways LNG operators are embracing and deploying technology to close the gaps that exist in their ESG compliance infrastructures and emerging operational needs.
Countries around the world are urgently seeking alternatives to fossil fuels to lower greenhouse gas (GHG) emissions and thereby limit global warming.
It is important to accurately measure hydrocarbon commodities transferred through pipelines or marine terminals at the point where ownership of the commodity is transferred.
Russia has largely been able to maintain its oil exports despite de jure and de facto restrictions on destination, mode of transit and price.
- Japan's Mitsui buys U.S. gas asset in 'pragmatic solution' for energy transition
- Equinor's Hammerfest LNG plant offline after outage
- Norway parliament asks for CCS alternative to decarbonize major LNG plant
- Energy firms bet big on German port as clean energy hub
- Innovation accelerates drive to sustainability
- Bear Head Energy receives environmental approval for large-scale green hydrogen and ammonia project in Nova Scotia
- Innovation accelerates drive to sustainability
- Germany improving efforts to meet 2030 hydrogen goals
- Indian court upholds tribunal ruling favoring Reliance in gas sale case
- Iraq says Iran blames reduced gas exports on 'technical' matter
