fɔːɹ kəmpˈæɹɪsən, ðæt sˈeɪm wˈʌn jˈuːnɪt ʌv fˈɑːsəl fjˈuːəl ɪnvˈɛstᵻd ɪn ˈɔɪl ænd ɡˈæs ɛkstɹˈækʃən ɪnðə lˈoʊɚ fˈoːɹɾi ˈeɪt stˈeɪts wɪl jˈiːld fˈɪftiːn jˈuːnɪts ʌv ɡˈæsəlˌiːn, ɐ jˈiːld ɐn ˈɔːɹdɚɹ ʌv mˈæɡnɪtˌuːd bˈɛɾɚ ðɐn kˈɜːɹənt ˈɛθɐnˌɑːl pɹədˈʌkʃən tɛknˈɑːlədʒiz, ɪɡnˈoːɹɪŋ ðɪ ˈɛnɚdʒi kwˈɔlᵻɾi ˈɑːɹɡjuːmənts əbˌʌv ænd ðə fˈækt ðætðə ɡˈeɪn fˈoːɹtiːn jˈuːnɪts ɪz bˈoʊθ dᵻklˈaɪnɪŋ ænd nˌɑːt kˈɑːɹbən nˈuːtɹəl.
For comparison, that same one unit of fossil fuel invested in oil and gas extraction (in the lower 48 States) will yield 15 units of gasoline, a yield an order of magnitude better than current ethanol production technologies, ignoring the energy quality arguments above and the fact that the gain (14 units) is both declining and not carbon neutral.