Research has been carried out to understand the mechanisms under which coke formation
occurs and to search for solutions to reduce or eliminate coke deposition. Significant efforts …

The coke in the coils has a serious impact on the long-term and stable operation of the
ethylene plant. Inhibiting coking of the cracking furnace is an important issue. In this paper …

Thermodynamic properties of phosphorus-containing compounds were investigated using
high-level ab initio computations. An extended set of contemporary density functional theory …

Coke formation reduction during naphtha pyrolysis was investigated using dimethyl disulfide
(DMDS) and carbon disulfide (CS2) as inhibitors with different feed stocks. Different …

In this paper, using a suitable model for propane thermal cracking and based on a cost
function, the optimal temperature profile is obtained. To achieve the optimal temperature …

The amide based nuclear extractant, N, N, N′, N′-tetraoctyl-3-oxapentane-1, 5-diamide
(TODGA), was synthesized by an alternate route. A noncatalytic steam thermolysis and …

Potassium acetate was used as a coking inhibitor to reduce coking during light naphtha
cracking on a Cr25Ni35 alloy specimen that had already been used for 8 years. The effects …

The efficacy of organophosphorus radicals as anticoking agents was subjected to a
computational study in which a representative set of radicals derived from industrially …

A non-catalytic steam pyrolysis of N, N-dimethyl formamide (DMF) was studied in a SS 316
plug flow reactor at atmospheric pressure as a waste solvent minimization method. The …

The anti-coking SiO2/S coating was prepared on the inner surface of HK40 alloy tube in a
pilot plant set-up by atmospheric pressure chemical vapour deposition (APCVD). The …