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Industrial Application of Geminorum Quaternary Ammonium sal Surfactants

Geminorum Quaterrors Ammonium sal Surfactants, etiam notum ut cationic Geminorum surfactants, sunt novum genus surfactant ut connectit duo vel plures una catena cationic surfactants per vinculum coetus. Speciali duplex n-terminatio Molecular structuram de Geminorum Quaternary Ammonium sal surfactants dens eos cum unique physicochochemical proprietatibus. Compared with traditional single chain quaternary ammonium salts, they have superior surface/interface activity, antibacterial and bactericidal properties, and unique rheological behavior, as well as good wettability and strong emulsifying ability.

Geminorum Quaterrors Ammonium sal Surfactants currently magna application valorem et accepit lateque operam in agris ut sterilizationem et disinfection, oleum agros, metallum corrosio inhibitionis, textile printing et dyeing, purgamentos, et novum materiae.

 

Applicationem in agro sterilitate et disinfection

Debitum ad praesentiam duorum positive Crimen Hydrophilic coetibus et duo Hydrophobic vincula in Geminorum Quaternarium Ammonium sal Surfactant Molecules, quod habet fortior bactericidal facultatem comparari ad traditional una chain Quata est AMMONIUM AMMONIUM ad Traditional Single TRIGERARIUM QUANTERARIUM AMMONIUM AMMONIUM ad traditional una chain Quataque AMMONIUM AMMONIUM TRANSMICITAS SALVTRUM QUERTERARIUM AMMONIUM AMMONIUM TRANSMICITAS SALITIA QUERTERARIUM AMMONIUM AMMONIUM TRANSMICITAS et MCCXXVII), et bene solubility wide.
Application areas: ① magnum applicationem in sterilitate et anti-corrosio personalis cura products, stibia, et charta industria; ② potest esse quod efficiens bactericide ad industriae refrigerationem grassentur aqua, reducendo Pipeline Blockage et apparatu corrosio; ③ ut substitutus pro corrosio inhibitors (MCCXXVII) in Tertiariis oleum convaluisset in oleum agros, reducit ad corrosio Bacteria (ut Sulfate reducendo Bacteria, Ferrum Bacteria et Saprophytic Bacteria, et solvit quaestionem de bacteria et solvit, et solvit quaestionem de bacteria resistentia.

The sterilization and disinfection mechanism of Gemini Quaternary Ammonium Salt Surfactants: ① Gemini Quaternary Ammonium Salt Surfactants have two hydrophobic chains in their molecular structure, which facilitates their hydrophobic groups to penetrate into the lipid layer of bacterial cells, and their hydrophilic groups to penetrate into the protein layer, leading to Enzyme inactivation et dapibus denaturation; ② The molecular structure contains two N-terminal groups, and under induction, the positive charge density of the dicycloquaternary ammonium salt head group increases, making it easier for surfactants to adsorb onto bacterial surfaces, changing the permeability of bacterial cell walls and causing them to rupture, achieving the effect of killing bacteria.

 

Applicationem in Tertiariis oleum Recuperatio

Usus est ut mundus fracturing fluidum pro oleum agros

Fractura fluidum est opus fluidum propter fracturing et transformans oleum et gas excelsa. Eius principalis munus est transferre princeps pressura ex superficies ad formationem ad formam fracturae et onerariam proppants. Traditional fracturing agentibus ut Guar gum et hydroxyethyl cellulosis potest relinquere residua in fracturae quod potest laedas formationem, unde in reducitur permeability et productivity. Geminorum Quaterrors Ammonium sal surfactants habent bonum applicationem spes in viscoeceelastic surfactant fracturing fluidos (vespere) debitum ad eorum unique rheologica proprietatibus et humilis damnum.

Chemical depressurization et iniectio incremento in aquam iniectio Wells

Post longum-term aqua iniectio, chemical depressurization et amplificationem aqua iniectio puteos potest ducere ad gravibus alveus blockage debetur liquido resistentiam effectum, aquarum cincinno damnum, ly migrationem, formationem scaling, et extensive augmentum. Hoc problema praecipue prominentibus in prope Wellbore area, unde in altum aqua iniectio pressura et insufficiens aqua iniectio volumine.

Chemical depressurization et iniectio enhancement maxime involves injecting depressurization et iniectio enhancement agentibus continet Quata quaternarium AMMONIUM sales in aquam puteos ad redigendum oleum-aqua interfacial tensio, reducere ad Iamin effectum, et incremento oleum, reducere capacitatem; Mutantur in widyctility de petra superficiem facere in alveus magis hydrophilic et exercent capillaribus vi; Inhibere lutum tumor et reducere damnum ad formationem; Inhibere ad augmentum microorganisms et reducere damnum ad wellbore et formationem; Meliorem de permeability infusum aqua ad consequi finis reducendo pressura et augendae iniectio in humilis-permeability oleum agris. Et technology de reducendo pressura et augendae iniectio habet quaedam oleum displacement effectus.

In Tertiariiary oleum Recuperatio

Comparari cum traditional una torquem Quata est Ammonium sales, quod agentibus eget oleum displacement agente Geminorum Quaternarium Ammonium sal habet melius superficiem actionem et minus discrimine Micellle concentration. Potest formare flexibile linearibus micelles et implicat se ad formare network structuram admodum humilis concentratione. Solutio viscositas est auctus et habet tendentem extenuantibus. Speciali proprietatibus potest efficaciter mutare oleum-aquae fluxus Ratio, expand ad affectos volumine et amplio oleum displacement efficientiam. Injecting a solution system containing such binary quaternary ammonium salts into the formation can not only greatly reduce the interfacial tension between oil and water (up to 10-3 mN/m), change the rheological and emulsifying properties of oil, but also improve the wettability of the formation surface (occurrence of wetting reversal), reduce the adhesion force of oil to the formation surface, and greatly improve the oil washing ability; Potest etiam formare relative stabilis oleum-aqua emulsiones, faciens fluxus et extraction facile.

Liquor industria, salvis et drag reducing agente

Cum incrementum de global oeconomia, humanitas est adversus an magis altum videtur industria discrimen. Quam ad redigendum fluxus frictio resistentia durante diu distantia pipeline liquor translationem et reducere potestate consummatio de sentinam stationibus est momenti pars progressionem de industria-salute et drag technologies.

Addere fluidi eget trahere reducers potest significantly reducere resistentiam fluxus processus et inferioribus pump consummatio, a phaenomenon quae toms effectus. Maxime communiter ad reducers currently sunt polymers et surfactants. Polymers sunt proni ad torquem fractio den mechanica tonderibus exhauriantur, quod debilit eorum trahit reductionem perficientur et non idoneam ad clausa-loop systems. Surfactant micelles habent auto-cœnacum proprietatibus et potest suadere recuperare ad tondentes tondentes tondentes. Non enim bona revisibilitate et non idoneam ad utrumque cyclic et non cyclic fluidum onerariis systems. Cum traditional surfactants, Geminorum surfactants habere superiorem superficiem actionem et sui ecclesiam proprietatibus et magna applicationem valorem in fluidi dragoni reductionem systems.

Applicationem in agro metallum corrosio inhibitionis

Metal corrosio potest mutare mechanica et physicochochemica proprietatibus metallum materiae, causing significant oeconomica damna ad industriae productio et vivi facilities. Geminorum Quaterrary Ammonium sal Surfactants exhibeant magis praestantes perficientur in metallum corrosio resistentia comparari traditional una catena Quata est Ammonium sales, cum princeps efficientiam et non-toxicus characteres. Potest formare densa adsorption film super superficiem metalla per fortis electrostatic attraction sui duplici n-terminatio coetus, significantly reducendo ad corrosio mores metallorum in eget media. In praesens, quod habet amplis applications in agros petrochemicals, translationem, ferro et machinery.

Mechanism metallum corrosio inhibitionis surfactants: metallum superficiei plerumque portare negative criminibus. Geminorum Quaterrors Ammonium sal Surfactants dissoluere in aquam et dissociatis in duabus criminibus. Geminorum Quaterrors Ammonium sal Surfactant ions sunt adsorbed in metallum superficiem per electrostatic attraction, et hydrophobic coetus potest formare densa hydrophobic film in metallum superficiem, quod potest efficaciter segregare in metallum inhibitionis, ita efficaci migrare inhibitionis.

 

Applicationem in textile printing et tyeing industria

Potest esse quod an alkali reductionem promotore et cationic cationic mori tydeing retardator pro polyester textilia

Geminorum Quaterrors Ammonium sales habere a significant promovendi effectum in alkali reductionem curatio de polyester textilia. Fabella damnum tractata textilia relative parva, et ad Drape, breathability et humorem retention of textilia potest efficaciter melius. Et crystallinatum et speculum transitus temperatus de fibris tractata cum cationic dyes sunt inferioribus et internum structura fibris est relative solutam, unde in citius adsorption rate. In Geminorum Quaterrors Ammonium sal additum ad mori primum intrat interior fibra et ligat cum sulfonic acidum anion. Post cationic mori intrat, reponitur, ita tarditatem ad dye adsorption rate et consequi tardus tyde modum. Wang Rongxiang et al. applied twin quaternary ammonium salts (mnm type) to polyester fabric alkali reduction accelerators and retarders, and found that this type of twin quaternary ammonium salts has a significant promoting effect on the alkali reduction treatment of polyester fabrics. Post consummatione, in fabricae perficientur est bonum, et perficientur est significantly melius quam traditional una catena quaternarium ammonium sales.

Potest ad amplio nylon printing dots

Nylon est proni ad producendo pitting in superficiem durante acidum tinctura printing, manifestatur ut loci aggregatio in fabricae superficiem. Per addendo oportet dicot Quataterary Ammonium sales, anionic dyes et dicot Quataterarius ammonium sales formare spatia network structuram in fabricae superficiem, faciens difficile et siccatio in printing in generatione textile dots et ne generationi textile dots. Stabilis interlatio inter Geminorum Quaternarium AMMONIUM sales et acidic mors est utile pro reducendo productio of typis dots. Studiis ostensum est quod usum hydroxyl quibus quaternarium ammonium sales in alias additives potest eliminate ad pitting per Dyes per Nylon printing.

Humilis salis technology in tyde processus bombacio et linteo textilia

Usus magna moles inorganicis sales in tydeing processus of bombacio fabricae opposuit magna difficultates ad wastewater curatio, et sal liber / humilis sal / alkali tydes est in research hotspot. Per modificans bombicis fibris cum parva moles Quadernary Ammonium sales et usura reactive dyes ad moram tincta, moles inorganicis sales potest esse valde reduci, quod est utile ad environment, et melioris saluto ad environment, et melioris ad environment, et emendatio ad environment, et melioris, quae est ad environment, et emendatio qualis. Jia Lirhua et al. Usus Ester secundum Quanternarium AMMONIUM sales sicut additives ad tyde lineo textilia cum reactive dyes. Et tinctura uptake et fixation rate of reactive Yellow m, 3re pervenit super LXXXV%. Et Tydeing perficientur de lineo textilia tractata cum hoc genus Quarumternarium Ammonium sal erat superior ad quod traditional Quaterna Ammonium sal CTab, cum incremento fere X% in coloring rate et fixation rate, respectively.