Petrochemicals by S&P Global Commodity Insights’ Post

Venezuela #gas complex blast hits heavy #crude dilution; #power production: report ◾ #Petrochemical, gas-fired power plants shuttered ◾ Production of light #crudeoil affected ◾ Associated Oriente gas production down 78% Full story: https://okt.to/Q5YxjP #OOTT #ONGT #electricity

Venezuela #gas complex blast hits heavy #crude dilution; #power production: report ◾ #Petrochemical, gas-fired power plants shuttered ◾ Production of light #crudeoil affected ◾ Associated Oriente gas production down 78% Full story: https://okt.to/uXdOlJ #OOTT #ONGT #electricity

Venezuela #gas complex blast hits heavy #crude dilution; #power production: report ◾ #Petrochemical, gas-fired power plants shuttered ◾ Production of light #crudeoil affected ◾ Associated Oriente gas production down 78% Full story: https://okt.to/Cqtxpr #OOTT #ONGT #electricity

This graph produced post conversion c1978 showed how the gas industry transitioned between three types of gas between the early 1960’s and 1977. Originally gas was produced from coal (except oil used for peak demand). This was a gas composed from hydrogen (c52%) but had carbon monoxide (c6.5%) and a range of hydrocarbons included. The gas industry then transitioned to a gas produced from refinery byproducts (naphtha & tail gases). This had a higher hydrogen content and lower carbon monoxide content, the plant used was all new replacing the old coal gasworks. Then in 1966 the decision was made to switch to natural gas. This gas rich in methane and other hydrocarbons required no manufacturing plant but required a new transmission system and storage to bring it ashore from the North Sea and maintain supply. It is in no doubt a major accomplishment of the adaptability of the gas industry that it was able to undertake two energy transitions in less than two decades. After all gas is just a physical state and flexible of its composition. #gas #history #heritage #energytransition

Off-the-shelf hydrogen combustion burners from a well established vendor that can help decarbonize oil and gas refinery operations. The SSBG type can burn 100% hydrogen feed stream. The Suiso Frontier (first liquid H2 carrier) featured a single SSBG burner, and was able to use the boil-off hydrogen gas at 0.15 bar pressure. Thessalonica Hydroship uses off-the-shelf, production TRL level sub-systems and components from well-established EPCs optimized to our proprietary requirements to produce hydrogen, fossil-free LNG, from the massive oceanic energy of the seas, within 350 nautical miles from each destination demand market. #oilgas #energy #technology

How LNG Carriers (Gas Tankers) Work See how Liquefied Natural Gas (LNG) carriers move gas across world, from design to loading and discharge. This video covers the two main design types: Moss and Membrane, and how LNG is safely managed throughout the process. Have you asked yourself how gas tankers handle such massive volumes? This video explains it all. Source: 3D Living Studio Follow Dr.K.V.N. Rajesh for latest technology innovations and updates

This graph shows interesting speed of change which occurred in the gas industry in Britain. From primarily gas production from coal in the 1950's, through the brief dependence on oil for gas production during the 1960's and 1970's, through to the transition to natural gas concluding in 1977. #gas #history #heritage

LNG (Liquefied Natural Gas) and NGL (Natural Gas Liquids) are both derived from natural gas, but they are quite different in composition, production, and use: 1. LNG (Liquefied Natural Gas): Composition: Primarily methane (CH₄), which is the main component of natural gas. Process: Natural gas is cooled to around -162°C (-260°F), turning it into a liquid state to reduce its volume for easier storage and transportation. Use: LNG is mainly used as a fuel for power generation, heating, and transport, especially in places where pipelines are not feasible. Transport: It is shipped in specially designed cryogenic tanks to prevent it from warming up and turning back into gas. 2. NGL (Natural Gas Liquids): Composition: A mixture of hydrocarbons that are heavier than methane, such as ethane, propane, butane, and natural gasoline (pentanes and heavier). Process: NGLs are separated from natural gas during processing. They are liquid under high pressure but gaseous at normal temperatures and pressures. Use: NGLs have various uses depending on the specific components: propane is used as fuel for heating and cooking, ethane is used in the petrochemical industry to produce plastics, and butane is used as a fuel for lighters and aerosol propellants. In summary, LNG is mainly methane that has been liquefied for transport, while NGL refers to heavier hydrocarbons separated from natural gas and used in various industries. #LNG #NLG #fields #filedoperator #roveroperator #processplant #energy #qatarenergyLNG #qatarenergy #sofomation #brunel #larecruitement #gasindustry

LNG (liquefied natural gas) and NGL (natural gas liquids) are both derived from natural gas, but they are quite different in composition, production, and use: 1. LNG (liquefied natural gas): composition: primarily methane (ch4), which is the main component of natural gas. process: natural gas is cooled to around -162°c (-260°f), turning it into a liquid state to reduce its volume for easier storage and transportation. use: LNG is mainly used as a fuel for power generation, heating, and transport, especially in places where pipelines are not feasible. transport: it is shipped in specially designed cryogenic tanks to prevent it from warming up and turning back into gas. 2. NGL (natural gas liquids): composition: a mixture of hydrocarbons that are heavier than methane, such as ethane, propane, butane, and natural gasoline (pentanes and heavier). Process: ngls are separated from natural gas during processing. they are liquid under high pressure but gaseous at normal temperatures and pressures. use: ngls have various uses depending on the specific components: propane is used as fuel for heating and cooking, ethane is used in the petrochemical industry to produce plastics, and butane is used as a fuel for lighters and aerosol propellants. in summary, lng is mainly methane that has been liquefied for transport, while ngl refers to heavier hydrocarbons separated from natural gas and used in various industries. #LNG #NLG #fields #filedoperator #roveroperator #processplant #energy #qatarenergylng #qatarenergy #sofomation #brunel #larecruitement #gasindustry

Compressed natural gas cylinder (CNG) with a diameter of 267mm and a capacity of 30L #YAbrand #seamlesscylinder #CNGcylinder #Acetylenecylinder #weldedcylinder #gas