Synthesis and Study of New Derivatives of Diphenylcarbazide on the Base of N1`, N1`-Dioctoxymethylchlorazone Ether

Authors: Hajiyeva SR, Shamilov NT, Bayramov GI, Huseynov FE, Aliyeva TI*, Rafiyeva HL, Jafarova NM and Gullarli GH

DOI: 10.23880/jenr-16000183

Volume 4, Issue 1

Abstract

A new derivative of diphenylcarbazide was synthesized on the base of chlorazone ether containing 2 units - CH2OC8H17 group and 1 ozone group. During application of for the first time synthesised by us N1-(N1',N1'-dioxtoxymethyl)azone-N2- (N1',N1'-dioctoxymethyl)azone-N4-(N1',N1'-dioctoxymethyl)azone-N5-(N1',N1'-dioctoxymethyl)azone diphenylcarbazide (compound B-1) as an anti-corrosion inhibitor has been found that an ecological inhibitory efficiency of this compound in the most aggressive laboratory environment is 99.96-100%, even with density of 0.5, 1.0, 1.5. It is scientifically proven that the new diphenylcarbazide derivative (conventionally designated as B-1) is of great environmental and economic importance when used in corrosion protection of steel processing equipment operated in very aggressive environments in the oil-gas and petrochemical industries. The synthesized B-1 is an inhibitory substance that is highly responsive to the current eсological safety requirements.

Keywords: Octoximethyl Group; Chlorazone; Chlorazone Ether; Dioctoxymethyl Chlorazone; Corrosion; Aggressive Environment; Inhibitor; Environmental Effect; Steel Technological Equipment

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