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Dresser's packer was one of many available on the market, and it was another invention that saw a substantial expansion of the company. A flexible coupling, the Dresser Joint, that he built in 1885 to join pipes together in such a way that they would not leak natural gas. This coupling also used rubber for a tight fit, and it was so successful ...
In 1885, Solomon Dresser patented a new coupling that was an important advancement in engineering pipeline, making it possible to assemble longer, less leaky pipes that were easier to screw together. [9] Compressors, more commonly adopted after 1910, began to be used to control the pressure within natural gas pipelines. [12]
Solomon R. Dresser was born in Litchfield, Michigan.He attended the common schools and Hillsdale College.He engaged in agricultural pursuits until 1865. He became an inventor of oil and gas well equipment, and moved to Pennsylvania in 1872, when the Pennsylvania oil rush was nearing its end, to work in the production of oil and gas.
Methane, the main component of natural gas and a byproduct of fossil fuel drilling, is a potent source of climate pollution with more than 80 times the warming power of carbon dioxide during its ...
The oxidative coupling of methane (OCM) is a potential chemical reaction studied in the 1980s for the direct conversion of natural gas, primarily consisting of methane, into value-added chemicals. Although the reaction would have strong economics if practicable, no effective catalysts are known, and thermodynamic arguments suggest none can exist.
This disparity contrasts with the relative abundance of methane and carbon dioxide. Methane is often partially converted to carbon monoxide for utilization in Fischer-Tropsch processes. Of interest for upgrading methane is its oxidative coupling: 2 CH 4 + O 2 → C 2 H 4 + 2 H 2 O
Methanation is an important step in the creation of synthetic or substitute natural gas (SNG). [7] Coal or wood undergo gasification which creates a producer gas that must undergo methanation in order to produce a usable gas that just needs to undergo a final purification step.
The gas produced by the partially reacted and partially cracked oil is the gas distributed. As distributed, contains 35 – 40% hydrogen (H 2), 45% – 50% marsh gas (methane, CH 4), and the balance of higher hydrocarbons and carbonic oxide (carbon monoxide, CO). 500–700: 10–18
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