Description
Anti-scale & Anti-corrosion Solution for All Types of Plate & Shell- tube Exchangers
Heat exchanger is a device used to transfer heat efficiently between two fluids (gas or liquid). In heat exchangers, two fluids usually exchange heat without contact. This exchange can be described by the basic principles of heat transfer, namely heat conduction and convection.
Heat exchangers are used in a variety of industries including air conditioning, automotive, oil and gas and many other industries.
Types of Heat Exchangers in Central Heating installations and Air Conditioning:
- Shell and tube heat exchangers
- Plate Heat Exchanger
- Fin Heat Exchanger
Heat exchangers are one of the vital equipment in the process unit that proper functioning plays a decisive role in reducing production costs. One of the major problems in using this equipment is the phenomenon of deposition which increases the depreciation and reduces the thermal efficiency of the exchanger and in addition to increasing the cost of production, it also reduces the quality or quantity of products produced. Also, the corrosion phenomenon in heat exchangers causes the pipes to pierce and the industrial water enters into the process fluid and thereby contaminates the process fluid. Other disadvantages of corrosion in exchangers include the early replacement of pipes which can be expensive. Choosing the most optimal method of preventing sediment formation and corrosion prevention is one of the factors that can increase the life of the transformers in addition to reducing costs.
The Industrial Mitreh solution for Exchangers can be selected as the best way to extend the useful life of the exchangers by neutralizing suspended particles and preventing them from precipitating and also protecting the exchanger against corrosion.
Usage:
To prevent sedimentation and corrosion, inject solution code MSA1069 at a dosage of 10% continuously (depending on the amount of water consumed – make-up).
If the water in the system is not fed by the resin hardener and the R.O system, the dosage will increase with the water hardness ratio.
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 process.
Some Physical Properties of the Solution:
| Property | Property | ||
| pH | 5 – 5.1 | Physical state | Liquid |
| Boiling temperature range (˚C) | 95 – 96 | Color | Very light brown |
| Freezing temperature range (˚C) | -17 – -16 | Odor | Odorless |
| Solubility in water | Dissolves rapidly | Density at 20˚C (gr⁄ml) | 1.189 – 1.2 |
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