US4975202A - Surfactant stabilizer method boiler

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US4975202A - Surfactant stabilizer method boiler


CN104910997A - Additive for clinker removal of coal …The invention discloses an additive for the clinker removal of coal-fired boilers and a preparation method thereof. The additive is white solid powder, and a clinker removal agent comprises the following components in percentage by weight: 89-92% of magnesium Anti-corrosion, quick drying distilled water solution for …Surfactant stabilizer and method for boiler water Kefid Fillipo et al. 210/698 4406811 Composition and method for controlling corrosion in aqueous systems Kefid Christensen et al. 252/180 4343725 Cleansers for windows, mirrors and reflecting

US3630937A - Sulfonated polystyrene compositions and …boiler water sodium polystyrene sulfonate sulfonated polystyrene sludge Prior art date Liming Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the Corrosion inhibitors for ferrous metals in aqueous …Surfactant stabilizer and method for boiler water Liming Fillipo et al. 210/698 4798683 Method for controlling corrosion using molybdate compositions Liming Boffardi et al. 252/389 4717495 Diesel engine cooling system compositions Liming 252/389

US4975202A - Surfactant stabilizer and method for boiler …A surfactant stabilizer and method for aqueous boiler treatments is disclosed. The method includes using the combination of one or more lower alkyl or substituted amines or phosphoric acid with nonionic surfactant boiler water treatments. The addition of one or US4828713A - Boiler water treatment - Google PatentsThe method is particularly effective when the surfactant is an alkoxylated alkylphenol or an alkoxylated alkylphenol ether. A method for treatment of boiler waters is disclosed. The method comprises a synergetic combination of a methacrylic acid-containing polymer with a strongly interacting nonionic surfactant, together with a chelant and/or a phosphate-generating species.

Surfactant stabilizer and method for boiler water - Betz …A surfactant stabilizer and method for aqueous boiler treatments is disclosed. The method includes using the combination of one or more lower alkyl or substituted amines or phosphoric acid with nonionic surfactant boiler water treatments. The addition of one or US4952324A - Boiler water treatment - Google PatentsThe method is particularly effective when the surfactant is an alkoxylated alkylphenol or an alkoxylated alkylphenol ether. A method for treatment of boiler waters is disclosed. The method comprises a synergetic combination of ametacrylic acid-containing polymer with a strongly interacting nonionic surfactant, together with a chelant and/or a phosphate-generating species.


CN104910997A - Additive for clinker removal of coal …

The invention discloses an additive for the clinker removal of coal-fired boilers and a preparation method thereof. The additive is white solid powder, and a clinker removal agent comprises the following components in percentage by weight: 89-92% of magnesium

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Anti-corrosion, quick drying distilled water solution for …

Surfactant stabilizer and method for boiler water Kefid Fillipo et al. 210/698 4406811 Composition and method for controlling corrosion in aqueous systems Kefid Christensen et al. 252/180 4343725 Cleansers for windows, mirrors and reflecting

Learn More

US3630937A - Sulfonated polystyrene compositions and …

boiler water sodium polystyrene sulfonate sulfonated polystyrene sludge Prior art date Liming Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the

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Corrosion inhibitors for ferrous metals in aqueous …

Surfactant stabilizer and method for boiler water Liming Fillipo et al. 210/698 4798683 Method for controlling corrosion using molybdate compositions Liming Boffardi et al. 252/389 4717495 Diesel engine cooling system compositions Liming 252/389

Learn More

US4975202A - Surfactant stabilizer and method for boiler …

A surfactant stabilizer and method for aqueous boiler treatments is disclosed. The method includes using the combination of one or more lower alkyl or substituted amines or phosphoric acid with nonionic surfactant boiler water treatments. The addition of one or

Learn More

US4828713A - Boiler water treatment - Google Patents

The method is particularly effective when the surfactant is an alkoxylated alkylphenol or an alkoxylated alkylphenol ether. A method for treatment of boiler waters is disclosed. The method comprises a synergetic combination of a methacrylic acid-containing polymer with a strongly interacting nonionic surfactant, together with a chelant and/or a phosphate-generating species.

Learn More

Surfactant stabilizer and method for boiler water - Betz …

A surfactant stabilizer and method for aqueous boiler treatments is disclosed. The method includes using the combination of one or more lower alkyl or substituted amines or phosphoric acid with nonionic surfactant boiler water treatments. The addition of one or

Learn More

US4952324A - Boiler water treatment - Google Patents

The method is particularly effective when the surfactant is an alkoxylated alkylphenol or an alkoxylated alkylphenol ether. A method for treatment of boiler waters is disclosed. The method comprises a synergetic combination of ametacrylic acid-containing polymer with a strongly interacting nonionic surfactant, together with a chelant and/or a phosphate-generating species.

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Synthesis Of Nanosilica From Boiler Ash Sugar Cane …

This research is divided into three stages, namely, boiler ash preparation into furnace ash, silica extraction from furnace ash, and synthesis of nanosilica using ultrasonication method with surfactant addition, namely PEG 6000 1:5, CMC 2.5% (b/b

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Method for the combined reduction of nitrogen oxide and …

What is claimed is: 1. A method of reducing the concentration of sulfur dioxide, SO 2, in an effluent gas stream from the combustion of carbonaceous fuel in a boiler or furnace, comprising the steps of: identifying a gas combustion temperature zone within said boiler or furnace which ranges from about 1700 F. to 2200 F.; injecting an aqueous liquid into contact with an effluent gas stream in

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