Feasibility compare the effectiveness of technology co-production of benzoic and formic acid relative to technology for benzoic acid by oxidation of toluene. It was shown that the co-production process of benzoic acid and formic acid oxidation by atmospheric oxygen production waste containing acetophenone, characterized by high values of technical and economic indicators. It is concluded that the prospects of using design in the industry.
ацетофенон (АЦФ), бензальдегидная фракция (БА), ацетофенон содержашая фракция (АЦФФ), окисление, бензойная (БК) и муравьиная кислоты (МК), ацетофенон содержащие углеводородные отходы, технико-экономическая оценка, acetophenone (ACF), benzaldehyde fraction (BF), acetophenone soderzhashih fraction (ACFF), oxidation, benzoic (BA) and formic acid (UA), acetophenone containing hydrocarbon waste, techno-economic evaluation
1. Elektronnyy portal OAO «Altayhimprom». Kratkaya informaciya po proektu. Sozdanie proizvodstva benzoynoy kisloty [Elektronnyy resurs]: baza dannyh. - Rezhim dostupa: http:// althim.narod.ru/rus/benzpersp.html.
2. Kirpichnikov P.A., Beresnev V.V., Popova L.M. Al'bom tehnologicheskih shem osnovnyh proizvodstv promyshlennosti sinteticheskogo kauchuka. Uch. dlya VUZov: Izdatel'stvo: Himiya, 1986.
3. Poluchenie benzoynoy kisloty okisleniem acetofenona. /Galiev R.G., Shakirov F.H., Mil'ko S.B., Petuhov A.A., Digurov N.G., Belyaev S.P. //Ros. Him. Zh, 1998, t. XLII, naukoemkie himicheskie tehnologii, №6, s.34-37.
4. Taymasov I.R., Shayhutdinov R.Z., Kalimullin R.I., Petuhov A.A., Kirpichnikov A.P. Vestnik KNITU, 15, 23, 61-63 (2012).
5. Petuhov A.A. Taymasov I. R., Shayhutdinov R.Z. Okislenie acetofenona v prisutstvii benzoynoy kisloty.// Vestnik KNITU, 16, 7, 89-91 (2013).
6. Novye neftehimicheskie processy i perspektivy razvitiya neftehimii. Po materialam VII mirovogo neftyanogo kongressa v Meksike. Pod red. d.t.n. I.V.Kalechica, M., Himiya, 1970, S.226-228.
7. Elektronnyy portal ProPartner [Elektronnyy resurs]: baza dannyh. - Rezhim dostupa: http://www.propartner.ru.
