FQE Chemicals dispersants and solvents are designed to target and decontaminate deposits according to their chemical makeup for rapid and effective cleaning.
FQE® Solvent-H+ offers unsurpassed performance in dissolving and preventing solid hydrocarbon deposits that are found in heat exchangers, vacuum tower bottoms, coker fractionator bottoms, oil storage tanks, and other hydrocarbon processing equipment. The formulation has a long demonstrated history to be compatible with refinery operations for online use and will not harm refinery catalyst activity. Solvent-H+ is non-corrosive to steels as well as soft metals.
This experiment was set up to determine the efficiency of asphaltene dissolution using FQE Solvent-H versus two industry alternatives and water. As evidenced in the experiment, the soluble asphaltene was completely dissolved with vapor phase application of FQE Solvent-H. The alternatives tested essentially yielded the same results as using water (steam).
At the end of an hour, when only insoluble coke remained in the FQE beaker, a spatula was used to easily remove particulates from the beaker wall. FQE Solvent-H condensate was then transferred with the spatula to the other three beakers. The powerful active ingredients of FQE Solvent-H, in condensate, was able to solubilize the deposits in the remaining beakers.
In essence, the experiment mimics decontamination of vertical vessels using a vapor phase cleaning technique. The asphalt along the side of the beakers represent heavy fouling of vessels and process equipment, easily addressed by FQE Solvent-H. This video was shot in the FQE Chemicals Lab in Deer Park, Texas.
This videos shows a crystalline asphalt sample being dissolved with FQE Solvent-H.
Filmed in the FQE Chemicals lab in Deer Park, Texas.
Eliminate dangerous elements inside your equipment in a way that minimizes both cost and safety risk.
Heat Exchanger Cleaning
Utilizing an innovative railcar cleaning system, significantly reduce cleaning durations and waste effluent volumes via a vapor phase injection application.