Results of Experimental-Industrial Tests of Nanodemulsifier "Ikhlas-1" on the Objects JSC "Ozenmunaigaz" Rk

Abstract

The article presents comparative results of experimental-industrial tests (EIT) of the nanodemulsifier "IKHLAS-1" at the facilities of JSC "Ozenmunaigas" of the Republic of Kazakhstan. As a result of local EIT, for the first time, cost-effective nanoecotechnologies were proposed using the “IKHLAS-1” nanodemulsifier with a polynanostructure to improve water preparation at the PWDU-1 (preliminary water discharge unit), as well as for the processing of historical sediments at the OPPSh (Oil Preparation and Pumping Shop) of “Uzen” oil field central production facility. The quality of commersial oil in all EIT carried out was significantly better compared to the base demulsifier "Randem-2201". Keywords: nanodemulsifier "IKHLAS-1" with polynanostructure, "Uzen" oil field, utilization of hard to destroy water-oil emulsions and suspensions, oilfield nanoecotechnologies, primary preparation of oil.

Nanodemulsifiers with the properties of crystalline liquids, intramolecular interblock activity and eternal intramolecular nanomotors

“…The APS is also determined based on individual points of scientific novelty of the proposed discovery which are closely linked to the name of the discovery itself: "The phenomenon of simultaneous destruction of oil-water and oil-water emulsions". The practical significance of the discovery is confirmed by the results of pilot testing and the introduction of polynanostructured nanodemulsifiers of the "IKHLAS" brand in rather complex fields of the Republic of Kazakhstan [14][15][16][17][18]25,26,29,34,35] . The annual actual economic efficiency from the implementation of this discovery stands at approximately $10,846,000 and in the period 2021-2023 $32,538,000 (there is an official certificate of economic efficiency from the implementation of the authors' scientific discoveries in the oil fields of the Republic of Kazakhstan).…”

“…Industrial samples of such ethers are characterized by an average number n [33] . Demulsifiers are mainly ester products of block copolymers based on ethylene and propylene oxides [25,34] . Consequently, demulsifiers are also mixtures of homologues of oligomers with certain n values, which are often expressed in terms of the mass fraction of the oxyethylene chain in the demulsifier molecules.…”