Description
Anti-scale & Anti-corrosion Solution for Warm Water & Hot Water Boilers
A hot water boiler is a device that converts chemical energy into thermal energy. By burning fuels, significant energy is stored in the boiler as pressure and heat.
Classification of boilers in terms of consumption: 1- Boilers for warm and hot water 2- Boilers for supplying boilers
Warm and hot water boilers have a relatively low capacity. The hot water produced by these boilers not only is used to industrial applications, but also is used to generate heat in industrial and domestic environments.
Because the boiler inlet water is hard water, temporary hardness of the water precipitates in the form of carbonates and sulfates of cations such as calcium and magnesium. Over time, these scales act as insulators and prevent heat transfer. As a result, energy consumption increases, and if acid wash, chemical or physical methods are not used to eliminate these scales, it will increase corrosion and degradation of the system. Therefore, it is necessary to use a suitable additive to prevent sedimentation and prevent corrosion that will increase efficiency, reduce energy consumption and reduce boiler depreciation.
Industrial Mitreh solution for warm and hot water boilers (MSA1147) has been synthesized and produced for this purpose.
Usage:
According to the analysis and hardness of the inlet water, inject the required amount of solution (MSA1147) into the system by dosing pumps or alternately (obviously excessive use of the above material doesn’t cause technical problems).
It is advisable to consult the experts of this company to ensure the improvement of the performance of injectable additives and to determine and measure all parameters of water measurement.
Some Physical Properties of the Solution:
Property | Property | ||
pH | 5.1 – 5.3 | Physical state | Liquid |
Boiling temperature range (˚C) | 95 – 96 | Color | Very light brown |
Freezing temperature range (˚C) | -15 – -13 | Odor | Odorless |
Solubility in water | Dissolves rapidly | Density at 20˚C (gr⁄ml) | 1.19 – 1.22 |
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