Oxides wetting

Wentworth process Weston cell Wet air oxidation Wet ball mill Wet-end additives Wet etching Wetfastness Wet grinding... 

Table 8.12 shows a selection of elemental analyses of polymers after oxidative wet digestion. Crompton [31] has described the determination of 0.1 ppm of copper in polyalkenes by means of wet digestions of... 

Table 8.12 Analysis of polymers after oxidative wet digestion...

Applications A limited number of papers refer to the use of AAS in relation to polymer/additive deformulation. Elemental analysis of polymers and rubbers by AAS may be carried out after dissolution in an organic solvent (Table 8.21), after oxidative wet digestion (Table 8.12), after dry ashing (Table 8.22) or directly in the solid state (Table 8.23). 

Physico-chemical treatment techniques, precipitation, sedimentation, air flotation, filtration, crystallization, chemical oxidation, wet air oxidation, super-critical water oxidation, chemical reduction, hydrolysis, nanofiltration, reserve osmosis, adsorption, ion exchange, extraction, distillation, rectification, evaporation, stripping, and incineration. 

Basis One ton of SO absorbed in TCA scrubber 90 percent SO2 removal efficiency Fly-ash-free sludge, 70 percent solids Natural oxidation Wet fan, 70 percent efficient... 

Ammonyx CDO, CO, DMCD, LO, MCO, MO, OAO, SO. [Stepan] Amine oxides wetting agent, foamer, foam stabilizer, conditioner, vise, builder for personal care prods., household and janitorial prods. 

Hartox. [Hart Prods. Cmp.] Amine oxide wetting agent foaming agent foam stabilizer. 

Standamox. [HenkeVEmery/G>spha Fulcra SA] Amine oxides wetting agent, foam builda/stabilizv, thick-enn-, emdlient, conditioner, sdlener, lubricant for cosmetic, houschdd, and industrial prods. 

Textamine Oxide. [Henkel] Amine oxides wetting agent foamer, conditioner, thick ier for brines, household and industrial cleaners. 

Zoramox. [Zohar Detergent Factory] Coconut amido alkyl amine oxide wetting i ent, foam bo ter/stabilizer, vise. buOder to shan xx s, bubble baths. 

Uses Disinfectant solvent for wire enamels pharmaceuticals insecticides fungicides herbicides plasticizers mbber chemicals paints additives to lubricants and gasoline mfg. of polyphenylene oxide wetting agents dyestuff synthetic resin comonomer for alkali-resist, phenolic resins froth flotation agent engine cleaner ingred. 

The technologies were chemical oxidation, wet-air oxidation, electrochemical oxidation using Ag(II) or Ce(lV), supercritical water oxidation, solvated electrons, biodegradation, gas-phase chemical reduction, and plasma arc. 

To summarize, the committee recommends that available R D resources be focused on development of chemical oxidation, wet-air oxidation, and supercritical water oxidation (batch mode). Similarly, it recommends that no further resources be spent on development of electrochemical oxidation, supercritical water oxidation (continuous mode), GPCR, biotreatment, or SET for this purpose. 

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