Gas Compression Magazine’s Post

Gas Compression Magazine sat down with Chart Industries, Inc. Hydrogen Market Director, Salah Mahdy, to discuss the company’s role in the gas compression industry, how Chart Industries is navigating industry challenges, embracing economic and environmental opportunities, and paving the way for what’s next in the gas compression industry. To read the full article, visit https://lnkd.in/gzS3ivxp #ChartIndustries #CNG #compressednaturalgas #RNG #renewablenaturalgas #gascompression #outlook #oilandgas #compressor #compression #hydrogen #carboncature #CCUS #liquefiednaturalgas #LNG #compressednaturalgas #decarbonization #circulareconomy

Check out the spread in the June 2024 issue of Gas Compression Magazine. I sat down with Gas Compression Magazine to discuss our role in the gas compression industry, how Siemens Energy is navigating industry challenges, embracing economic and environmental opportunities, and paving the way for what’s next in the gas compression industry. To read the full article, visit https://lnkd.in/efg2gvdN. #siemensenergy #renewablenaturalgas #gascompression #outlook #oilandgas #compressor #compression #hydrogen #carboncature #CCUS #liquefiednaturalgas #LNG #compressednaturalgas #decarbonization #circulareconomy

Gas Compression Magazine sat down with Euro Gas Systems Euro Gas Systems Managing Director, Roger Wachter, to discuss the company’s role in the gas compression industry, how Euro Gas Systems is navigating industry challenges, embracing economic and environmental opportunities, and paving the way for what’s next in the gas compression industry. To read the full article, visit https://lnkd.in/gd3Vcek8 #EuroGasSystems #CNG #compressednaturalgas #RNG #renewablenaturalgas #gascompression #outlook #oilandgas #compressor #compression #hydrogen #carboncature #CCUS #liquefiednaturalgas #LNG #compressednaturalgas #decarbonization #circulareconomy

Cornelius Tulley, developed a novel gas plant which he referred to as a #methane #hydrogen plant - later became known as a Tulley Gas Plant. It was a combination of a vertical retort and water gas plant and worked on the principle of complete gasification - i.e. it would carbonise the coal release a gas rich in hydrogen and methane and then gasify the resulting coke to ash, releasing a hydrogen and carbon monoxide rich gas. It was a difficult plant to operate, but was exported globally. So if you ever come across these names whilst investigating a former gasworks, this is what it relates to. #gas #history #heritage

Looking to upgrade your gas regulators with ultimate Reliability, Accuracy & Highest performance, we have got you! Link below to learn how it can optimise your site operations. #gasregulator #naturalgas

This is one of the most important reasons to go for CFBC Gasification. Unlike, Static Bed Gasifiers which cannot exceed gas generation above 10-12,000 nm3/hr in single cell, CFBC Gasifiers can be designed for gas flows upto 80,000 nm3/hr in single cell. Industries which require high thermal demands can opt for CFBC Gasification Technology which can have extremely low operation costs as compared to other Static Bed Gasification Technologies. #cfbcgasifier #StaticBedGasification #GasTechnology #GasGeneration #Thermal #GasifierCost #CoalToGas #SingleGasifier #heatenergy

This is one of the most important reasons to go for CFBC Gasification. Unlike, Static Bed Gasifiers which cannot exceed gas generation above 10-12,000 nm3/hr in single cell, CFBC Gasifiers can be designed for gas flows upto 80,000 nm3/hr in single cell. Industries which require high thermal demands can opt for CFBC Gasification Technology which can have extremely low operation costs as compared to other Static Bed Gasification Technologies. #cfbcgasifier #StaticBedGasification #GasTechnology #GasGeneration #Thermal #GasifierCost #CoalToGas #SingleGasifier #heatenergy

This is one of the most important reasons to go for CFBC Gasification. Unlike, Static Bed Gasifiers which cannot exceed gas generation above 10-12,000 nm3/hr in single cell, CFBC Gasifiers can be designed for gas flows upto 80,000 nm3/hr in single cell. Industries which require high thermal demands can opt for CFBC Gasification Technology which can have extremely low operation costs as compared to other Static Bed Gasification Technologies. #cfbcgasifier #StaticBedGasification #GasTechnology #GasGeneration #Thermal #GasifierCost #CoalToGas #SingleGasifier #HeatEnergy

This is one of the most important reasons to go for CFBC Gasification. Unlike, Static Bed Gasifiers which cannot exceed gas generation above 10-12,000 nm3/hr in single cell, CFBC Gasifiers can be designed for gas flows upto 80,000 nm3/hr in single cell. Industries which require high thermal demands can opt for CFBC Gasification Technology which can have extremely low operation costs as compared to other Static Bed Gasification Technologies. #cfbcgasifier #StaticBedGasification #GasTechnology #GasGeneration #Thermal #GasifierCost #CoalToGas #SingleGasifier #heatenergy 

Increase gas analysis capabilities, cover green gases and minimize the total cost of ownership to gas distributors! Extremely compact, easy to handle and requiring little maintenance, our DynamiQ-X gas chromatographs enable fast and accurate on-line monitoring of natural gas or gas mixtures containing hydrogen concentrations of up to 20 % using only one carrier gas, and provide calorific values. The gas analyzers can be used in composition control and custody transfer applications throughout natural gas infrastructure. Visit us at #GFMW2024, Booth 13, and see our micro GCs in action: https://scom.ly/Ox3PYPz #gascompositionanalysis #gasanalysis #microGC #naturalgas #hydrogen #biomethane