Prospects for the use of furfural derivatives as high-octane additives to gasoline are examined by examining their physicochemical and performance properties. Knock resistance data, toxicity indices, and engine-bed test results… Click to show full abstract
Prospects for the use of furfural derivatives as high-octane additives to gasoline are examined by examining their physicochemical and performance properties. Knock resistance data, toxicity indices, and engine-bed test results for furan compounds, furfuryl ethers, furfurylamine, and other furfural derivatives are analyzed.
               
Click one of the above tabs to view related content.