Air CO2 for the Manufacture of the Commodity Fuels
Received Date: Apr 25, 2022 / Accepted Date: Jun 02, 2022 / Published Date: Jun 03, 2022
Abstract
Carbon negative fuel isobutanol as the gasoline replacement has been described and the gas mileage was provided for the two cars: the 2020 Toyota Camry and the 2020 Porshe Cayenne Coupe Turbo. In addition, the gasoline replacement by carbon negative fuel diacetyl alcohol was tested. Upon reaching 20,000 miles for both said cars, the cars were examined by the independent mechanics from Toyota dealership and from the Porshe dealership. The same has been done on the similar cars the 2020 Toyota Camry and the 2020 Porshe Cayenne Turbo fed with the gasoline replacement diacetyl alcohol. The fifth corporate car 2020 Shevrolet Silverado 1500 was used to test the carbon negative diesel fuel replacement diacetyl alcohol for 10,000 miles. Diesel fuel replacement was made by condensing two acetone molecules into diacetyl alcohol used to replace diesel fuel. 2020 Shevrolet Silverado 1500 was tested by the Shevrolet mechanic. The mechanics did not identify any problems in said new engines of all the cars tested. Set of two additional cars Toyota Camry 2020 and Porshe CVayenne Coupe Turbo has been used to tested diacetyl alcohol as the gasoline replacement for the testing distance of 20,0000. The similar testing bu the certified mechanics was done for these two cars as well. Therefore, we offer diacetyl alcohol as the replacement for gasoline and the diesel fuel, which will resolve the existing currently the price challenge at the gas stations after the major political decisions of the elected country management in 2022.
Keywords: Carbon negative economy; carbon negative fuels; diacetyl alcohol from acetone made from the air CO2 as gasoline or diesel fuel; fuel isobutanol from the air CO2 as gasoline replacement replacement; replacement of current economy based on exhaustion of petroleum reserves
Citation: Tyurin MV (2022) Air CO2 for the Manufacture of the Commodity Fuels. Oil Gas Res 8: 243. Doi: 10.4172/2472-0518.1000243
Copyright: © 2022 Tyurin MV. This is an open-access article distributed under the terms of the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original author and source are credited.
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