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Greenway Innovative Energy Announces Conference Call and Releases August Q&A
Greenway Innovative Energy Announces Conference Call and Releases August Q&A.
About this update from Greenway Technologies, Inc.
[{"type":"text","content":"\n \n \n Greenway Innovative Energy Announces Conference Call and Releases August Q&A\n \n \nGreenway Innovative Energy Announces Conference Call and Releases August Q&A\n \n FORT WORTH, TX--(Marketwired - Aug 24, 2017) - Greenway Innovative Energy, Inc. (GIE), a wholly-owned subsidiary of Greenway Technologies, Inc. (OTCQB: UMED), has announced a shareholder conference call and has released a downloadable Q&A document regarding its unique gas-to-liquid (GTL) proprietary technology and its business prospects. The document is available on the company's websites, http://www.gwtechinc.com and http://www.greenwaygtl.com.\n Investor Conference Call\n A shareholder call has been scheduled for 3:00 pm CDT on August 31, 2017 to update shareholders on recent events and plans. \n Telephone Number: 319-527-2480 \n Date: Thursday, August 31, 2017\n Time: 3:00 pm CDT\n Speakers: Chairman and President of UMED, Pat Six, President of GIE, Ray Wright, GIE Vice President of Operations, Tom Phillips.\n Greenway Gas-to-Liquid (GTL) Q&A, August 2017\n Why is gas-to-liquid important?\n According to the US Energy Information Administration, stranded gas represents 1/3 of all natural gas supplies. Stranded gas can't be sold because it is located too far from processing facilities. GIE has the first technology that can be field-deployed to process stranded gas. \n What is the global impact?\n The GIE gas-to-liquid GTL technology is akin to the mainframe-to-minicomputer-to-server evolution that revolutionized computing when large mainframes were replaced with more efficient, manageable systems. Before GIE's new technology, all functioning natural gas-to-fuel plants consisted of sprawling, large-scale facilities with price tags in the billions of dollars. \n Why is this GIE's technology important?\n Before GIE's GTL methodology, field-located, small-scale plants have been unsuccessful at economically converting natural gas to synthesis gas (syngas) and then to liquid fuels. GIE has proven that its process can convert natural gas to syngas in a compact module. Producing syngas is a necessary step in producing liquid fuel. To produce syngas, GIE uses its patented G-Reformer™ based on Fractional Thermal Oxidation™ (FTO), a newly developed method to convert natural gas into syngas that can be scaled for field use. The G-Reformer&#...