(STRICTLY AS PER ISI SPECIFICATIONS)
To remove old deposite Scale.
To Control pH inside and out side the Boiler 9 and 10 respectively.
To Prevent the formation of Scale.
To Control corrosion, Pitting & embrittemeny on metal plates.
To reduce Fuel Conumption.
To work as a De-greasing, Anti rusting & Ani-Foaming Agent.
Themal Decomposition of Hardness forming salts of Calcium and Magnicium, in Steam Generation Plants and Heat Transference Surface, cause the formation of crude white deposit. Sometimes greasy fatty oils, which may present in raw water storage along with silica mix and, form a difierent composition, which may hard or soft in nature, known as scale. lt may cause the retardation of production and increase in fuel consumption. The Necessity of treating water, used in steam generation, is most important, modern and is technical. We are all aware of the troubles, which develop, if feed water is used without proper dosing of conditioning chemicals.
Untreated water from any source contains various undissolved salts and gases to varying degree, problems emerge in the form of.
Further if they are allowed to exert their influence unchecked, it may result in costly shutdown for maintenance and resulting in loss of production.
Corrosion in Boilers
Due to concentration of Salts on the parental metal.
Due to unstable pH value.
Due to carbonic acid formation inside the Boiler, produced by resultant chain reactions
Due to presence of Nascent gases in Boiler feed water.
Due to attrition action of water in boiler.
IB-6 (ANTI-SCALENT) CAN SOLVE NUMBER OF WATER CONDITIONING PROBLEMS SIMULANEOUSLY AND HELPS YOU IN PERFECT MAINTENANCE.
IB-6 (ANTI-SCALENT) is colloidal and consists of Chemicals & Organic Materials in different ratios and compositions required for complete treatment of water and is a tailor made product manufactured under strict quality control.
Fuel Loss Due to Scale Formation The fuel loss is counted due to Lower Thermal conductivity and insulating nature of scale. Thickness of Scale Loss of Fuel Percentage
| Thickness of Scale | Loss of fuel percentage | |
| Minimum | Maximum | |
| 1/4" | 18.50 | 41.50 |
| 3/8" | 22.00 | 49.35 |
| 1/2" | 30.00 | 61.05 |
| 5/8" | 45.00 | 81 .20 |
| 3/4" | 50.00 | 90.00 |
The Production capacity is reduced due to the scale formation because it retards the heat, flow from heating surface to water and the time period is increased due to the reason referred above.
Loss in evaporative capacity can be calculated in different boilers as below :
| Type of Boiler | Reduction ‘per week‘ in the quality of water eveporated per pound of coal. | |
| High Pressure | 2.1 | PERCENT |
| Cornish or Lancashire | 2.9 | - do - |
| Loco Type | 3.6 | - do - |
| Tubular | 4.5 | - do - |
Therefore High Pressure Boiler will evaporate 2.1x4 - 8.4% less water per pound of coal in 4 weeks and similarly 11.6%, 14.6% and 18% will be less evaporated in Lancashire, and Loco vertical Boilers respectively.
We provide our free technical services by offering sufficient samples free of charge along with technical literature and our technical staff demonstrates in the presence of your production, maintenance and supervisory personals. He also assist in solving various critical types of problems encountered in the industries. Some times he brings party's problems and requirements to our laboratory and develop products as per the specific demand our customers.
Through this close co-operatoiin many of our products have been developed for the welfare of the industries.
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