Water Sanitizer

NaOCl, HOCl

FABRICATION & SUPPLY OF ELECTRODE ASSEMBLY

clock December 8, 2023 14:57 by author admin
Water is one of the most important components used in all types of industry. It is used in many processes of Industry [More]


ELECTRO COAGULATION ELECTRODE

clock November 27, 2023 16:04 by author admin
Electrodes used in electrocoagulation process. Aluminium, iron, or mild steel and magnesium are used for the EC process. [More]


ELECTRO COAGULATION ELECTRODE

clock August 9, 2023 09:51 by author admin
Electrocoagulation (EC) is a technique for applying direct current to sacrificial electrodes that are submerged in an aqueous solution. [More]


EFFLUENT TREATMENT PLANT

clock July 27, 2023 16:44 by author admin
Tiaano e-ETP system can effectively remove Organic contaminants, Turbidity, Suspended solids, The Algae, odour, Heavy Metals, Colour, Fats/Oils/Grease, micro-organism, bacteria, disinfectants using Electro Coagulation and Electro Oxidation methods. [More]


EFFLUENT TREATMENT PLANT

clock July 27, 2023 16:44 by author admin
Tiaano e-ETP system can effectively remove Organic contaminants, Turbidity, Suspended solids, The Algae, odour, Heavy Metals, Colour, Fats/Oils/Grease, micro-organism, bacteria, disinfectants using Electro Coagulation and Electro Oxidation methods. [More]


DESIGN, MANUFACTURING AND SUPPLY OF APPRAISAL FULL PLANT

clock March 30, 2023 16:01 by author admin
Tiaano’s Electrolytic Effluent Treatment Plant (e-ETP) and Electrolytic Sewage Treatment Plant (e-STP) are the waste water treatment system. [More]


ELECTROLYTIC EFFLUENT TREATMENT PLANT (e-ETP)/ELECTROLYTIC SEWAGE TREATMENT PLANT(e-STP)

clock April 15, 2022 12:10 by author admin
Dispersible wastes Highly dispersed or mixed with other wastes: Waste water Hard-To-Treat Wastes Resist treatment Contain non biodegradable or inorganic Cannot be removed by biological processes High- Volume Wastes High-volume wastes in textiles include wash water, alkaline wastes, warp sizes Hazardous or Toxic Wastes Subgroup of hard-to-treat wastes. Metals, chlorinated solvents, non degradable surfactants Dispersible wastes Highly dispersed or mixed with other wastes: Waste water Hard-To-Treat Wastes Resist treatment Contain non biodegradable or inorganic Cannot be removed by biological processes High- Volume Wastes High-volume wastes in textiles include wash water, alkaline wastes, warp sizes Hazardous or Toxic Wastes Subgroup of hard-to-treat wastes. Metals, chlorinated solvents, non degradable surfactants 6 General Waste Categorization [More]


ELECTROLYTIC EFFLUENT TREATMENT PLANT (e-ETP)/ELECTROLYTIC SEWAGE TREATMENT PLANT(e-STP)

clock February 8, 2021 12:03 by author admin
Dispersible wastes Highly dispersed or mixed with other wastes: Waste water Hard-To-Treat Wastes Resist treatment Contain non biodegradable or inorganic Cannot be removed by biological processes High- Volume Wastes High-volume wastes in textiles include wash water, alkaline wastes, warp sizes Hazardous or Toxic Wastes Subgroup of hard-to-treat wastes. Metals, chlorinated solvents, non degradable surfactants Dispersible wastes Highly dispersed or mixed with other wastes: Waste water Hard-To-Treat Wastes Resist treatment Contain non biodegradable or inorganic Cannot be removed by biological processes High- Volume Wastes High-volume wastes in textiles include wash water, alkaline wastes, warp sizes Hazardous or Toxic Wastes Subgroup of hard-to-treat wastes. Metals, chlorinated solvents, non degradable surfactants 6 General Waste Categorization [More]


ETP & STP ELECTRODES

clock December 2, 2020 17:10 by author admin
detailed experimental data are provided from a batch reactor system removing suspended solids together with a mathematical analysis based on the 'white water' model for the dissolved air flotation process. Current density is identified as the key operational parameter influencing which pollutant removal mechanism dominates. The conclusion is drawn that electrocoagulation has a future as a decentralised water treatment technology [More]


ETP & STP ELECTRODES

clock December 2, 2020 17:10 by author admin
detailed experimental data are provided from a batch reactor system removing suspended solids together with a mathematical analysis based on the 'white water' model for the dissolved air flotation process. Current density is identified as the key operational parameter influencing which pollutant removal mechanism dominates. The conclusion is drawn that electrocoagulation has a future as a decentralised water treatment technology [More]


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