Thermic Fluid Decarbonising Chemical is a heating form, which convey heat in compact coil cycle. It is obtainable in two options, Mineral Heat Relay Oil that can bear utmost temperature till 280C and Synthetic Heat Transplant Oil that can resist optimum temperature till 310C. Consistent utilization of thermic liquid ramifies in deterioration, which are caused by cracking and oxidation.
Oxidation: This process at elevated temperatures results in emergence of glutinous carbon, which chocks the system, minimize heat conveying efficiency, and create acidic goods. These factors add to stickiness of oil alongside enhancing the rust rate on interior parts of thermic sap heating system.
Cracking: Excessive heating of thermic liquid is promoted by inadequate circulation, which effects in DE-polymerization of lengthy series of compound that restricts heating atop cracking temperature of fuel, reduces efficiency of heat transfer and flow rate. Cracking outcomes in higher deploy of hydrocarbons that proliferate viscid and diminished flash end of the fluid.
PARAMETERS OF THERMIC FLUID DECARBONISING CHEMICAL
TO BE CHECKED:
Kinematics Velocity
DETRACTION OF THERMIC FLUID:
PARAMETERS:
EFFECTS:
CHEMICALS USE FOR THERMIC FLUID DECARBONISING CHEMICALS ARE:
Therm in- DC
THERMIN-DC (ON LINE PRODUCT)
Sr. | Parameter | Fueline-R | Thermin-DC | |
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INGREDIENTS MFG. DETAILS. | ||||
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Base | Synthetic Lude Oil | Synthetic Thermic Fluid | ||
Strong carbon dispersant. | Organic oil based | Organic oil based | ||
Viscosity reducer. | Higher mol. Wt. | Higher mol. Wt. | ||
Penitratant | Synthetic | Synthetic | ||
Ionic emulsifier | Organic 10m | Organic 10m | ||
Corr.inhibitor | Built in base | Built in base | ||
PROCESS BLENDING | COLD | CLOD | ||
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PHYSICAL & CHEMICAL PROPERTIES. | ||||
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pH | Acidic | Acidic | ||
Specific Gravity | 0.75 0.85 | 0.75 0.9 | ||
Viscosity | 15-20CST | 18-30CST | ||
Flash Point open cup | 140-160 | 190-200 | ||
Working temp.-close lop | 120 | 310 | ||
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EFFECT ON THERMIC FLUID. | ||||
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Application | Offline | On line | ||
Thermic fluid after treatment | Complete drain | Reused as normal | ||
pH | Increases slightly | Increases slightly | ||
Specific Gravity | Decreases nominally | Decreases nominally | ||
Viscosity | Decreases drastically | Decreases drastically | ||
Flash Point | Remains same | Remains same | ||
Acid Valve | Decreases slightly | Decreases slightly | ||
Auto ignition Temperature | Remains same | Remains same | ||
Pour Point | Decreases | Decreases | ||
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CASES OF WORKING. | ||||
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| FUELINE-R | THERMIN-DC | |
| Working Conditions | Flash point below 150 | Flash point below 150 | Flash point above 150 |
| Type of action | Offline work | On line work | On line work |
| Working temperature | Less than 100 | Up to 300 | Up to 300 |
| Dose | 7-10% | 3-5% | 3-5% |
| Down time | 24-36hrs. | Nil | Nil |
| Addition when | Immediate | 4 day prior to drain | Immediate |
THERMIN DC
THERMIC FLUID DECARBONISING CHEMICAL
Thermic Dc is a strong development, which is a amalgamation of powerful emulsifier, carbon disperser and corrode inhibitor. This is excellently used for on path DE-carbonization of complete thermic sap system.
FUELINE R
ADVANTAGE OF USING FUELINE R
Fueline R is heady formation, which is melding of vigorous corrosion inhibitor, carbon dispersant and emulsifier. This is majorly used for descaling and DE carbonization of whole system. thus, it is suitable to be exerted before renewal of thermic liquid from any system.