Buffer Cleaner
Oman Chemical is leading one Largest Supplier, Manufacture a
Your shopping cart is empty.
Product Code: RXSOL-50-5010-025
This is a white high molecular weight solution. It is hydrophilic and of low causticity.
Appearance / Color : White, viscous liquid
Our others valauable Products :
BOILER TREAT ONE SHOT
Combined Boiler Water Conditioner
A one-product treatment for all auxiliary boilers including waste heat, and exhaust gas boilers. it prevents scale formation, inhibits corrosion and conditions sludge.
HARDNESS CONTROL
Boiler Water Conditioner
Added to the boiler water to maintain optimum phosphate level, which prevents calcium and magnesium hardness salts formation. The precipitate can be removed by blow-down.
ALKALINITY CONTROL
Boiler Water Conditioner
Added to the boiler water to maintain optimum alkalinity level to prevent corrosion. Due to this, Ca and Mg hardness salts cannot form and the precipitate is removed by blow-down.
HYDRAZIDE
Oxygen Scavenger
Used for rapid removal of oxygen in boiler feed water and condensate systems, which prevents corrosion. It is the alternative for hazardous and potentially carcinogenic products.
BOILER TREAT COMBI
Organic Boiler Water Treatment
Special blended low molecular weight compounds that elevate boiler water pH to levels, which reduce corrosion. It also prevents under deposit corrosion caused by excess alkalinity.
LIQUID COAGULANT
Oil and Sludge Conditioner
Used to prevent formation of adherent deposits and sticky sludge in boilers,which are then removed by normal blow-down. It can also be used in the event of an oil contamination.
CONDENSATE CONTROL
Steam and Condensate Conditioner
Injected into the condensate pump to prevent corrosion in steam and condensate lines.It’s also used to protect idle boilers from corrosion. It neutralizes acidic conditions in condensate systems and volatilizes with steam.
COOL WATER TREAT NCLT
Corrosion and Scale Inhibitor
Provides an effective anodic inhibitor treatment and protects ferrous and non-ferrous metals. It deposits a microscopic protective film on surfaces and has built-in pH buffering compounds. It controls formation of hard scale deposits.
EVEPORATOR TREAT
Prevention of scale in Evaporators
Used in both high and low pressure evaporators to prevent foaming, carry-over and scale formation. It’s safe to use where distillate is used for drinking purposes. It prevents scale formation and avoids the need for acid descaling.
Product Code: RXSOL-50-5008-025
Product Code: RXSOL-50-5003-025
Appearance: Clear, viscous liquid
Specific Gravity at 25° C (77° F): 1.0
pH: 6.9 - 10
RXSOL-50-5003-025 eliminate light oil contamination, A concentrated solution of surface-active polymers which is use as an internal sludge conditioners in boilers. Boiler Coagulant is a colorless, high molecular weight solution used in both medium and low-pressure boilers (<850 psig or 60 kg/cm2)
Product Code: RXSOL-50-5006-025
Sampling And Testing
A sample of boiler water should be drawn for analysis daily. The sample should always be taken from the same point after blow down, cooled and tested immediately. Follow the Rxsol Hardness Test Kit instructions and fill the Boiler Water Log Form according to result results. It is important that regular testing is carried out to ensure levels of treatment are correct.
Physical Properties :
Appearance :White powder
Corrosive action :None
pH 1% solution :8.8
Flash point :None
Phosphate/pH relationship recommended to control boiler corrosion. Different forms of phosphate consume or add caustic as the phosphate shifts to the proper form. For example, addition of monosodium phosphate consumes caustic as it reacts with caustic to form disodium phosphate in the boiler water according to the following reaction:
| NaH2PO4 | + | NaOH | ® | Na2HPO4 | + | H2O |
| monosodium phosphate | sodium hydroxide | disodium phosphate | water |
Conversely, addition of trisodium phosphate adds caustic, increasing boiler water pH:
| Na3PO4 | + | H2O | ® | Na2HPO4 | + | NaOH |
| trisodium phosphate | water | disodium phosphate |
sodium hydroxide |
Product Code: RXSOL-50-5013-001
Product Code: RXSOL-50-5020-025
Autotreat is a specialized boiler water conditioner engineered for maximum system protection. It combines proven phosphate treatment with advanced polymer technology. The formulation ensures scale and sludge remain soft and non-adherent. Easier removal through blow down improves operational efficiency. When used with RXSOL Oxygen Scavenger Plus, it provides complete boiler protection.
TOTAL BOILER PROTECTION
Boiler Water Treatment AUTOTREAT Boiler Water Treatment Chemical provides reliable all-in-one protection against scale, corrosion, and sludge, making it an ideal choice for marine and industrial boiler systems. It improves efficiency, reduces maintenance costs, and ensures safe boiler operation.
AUTOTREAT Boiler Water Treatment Chemical, Boiler Water Treatment Chemical, Marine Boiler Chemical, Industrial Boiler Chemical, Boiler Scale Inhibitor, Boiler Corrosion Inhibitor, Boiler Sludge Conditioner
Boiler Water Treatment Chemicals Full range ::: https://rxchemicals.com/Boiler-treatment-chemicals-INDIA-One-Stop-Boiler-Maintenance-Solutions
Marine Chemicals Full Range ::: https://marinechemical.in/marine-chemicals-full-range
Product Code: RXSOL-50-5011-025
Sampling And Testing
A sample of boiler water should be drawn for analysis daily. The sample should always be taken from the same point after blow down, cooled and tested immediately. Fill the Boiler Water Log Form according to result. It is important that regular testing is carried out to ensure levels of treatment are correct.
Physical Properties :
Appearance :Liquid
Corrosive action :None
pH 1% solution :8.8
Flash point :None
Phosphate/pH relationship recommended to control boiler corrosion. Different forms of phosphate consume or add caustic as the phosphate shifts to the proper form. For example, addition of monosodium phosphate consumes caustic as it reacts with caustic to form disodium phosphate in the boiler water according to the following reaction:
| NaH2PO4 | + | NaOH | -> | Na2HPO4 | + | H2O |
| monosodium phosphate | sodium hydroxide | disodium phosphate | water |
Conversely, addition of trisodium phosphate adds caustic, increasing boiler water pH:
| Na3PO4 | + | H2O | -> | Na2HPO4 | + | NaOH |
| trisodium phosphate | water | disodium phosphate |
sodium hydroxide |
Product Code: RXSOL-50-5011-020
Sampling And Testing
A sample of boiler water should be drawn for analysis daily. The sample should always be taken from the same point after blow down, cooled and tested immediately. Fill the Boiler Water Log Form according to result. It is important that regular testing is carried out to ensure levels of treatment are correct.
Physical Properties :
Appearance :Liquid
Corrosive action :None
pH 1% solution :8.8
Flash point :None
Phosphate/pH relationship recommended to control boiler corrosion. Different forms of phosphate consume or add caustic as the phosphate shifts to the proper form. For example, addition of monosodium phosphate consumes caustic as it reacts with caustic to form disodium phosphate in the boiler water according to the following reaction:
| NaH2PO4 | + | NaOH | -> | Na2HPO4 | + | H2O |
| monosodium phosphate | sodium hydroxide | disodium phosphate | water |
Conversely, addition of trisodium phosphate adds caustic, increasing boiler water pH:
| Na3PO4 | + | H2O | -> | Na2HPO4 | + | NaOH |
| trisodium phosphate | water | disodium phosphate |
sodium hydroxide |
Product Code: RXSOL-50-5002-025
Testing control procedure
The presence of alkalinity in a water sample may be due to many different substances. However, for the sake of simplicity, the presence of bicarbonate, carbonate, and hydroxide ions is commonly considered as alkalinity. The points of change in colour of phenolphthalein and methyl orange indicators, which occur at pH 8.3 and pH 4.3 provide standard reference points which are almost universally used to express alkalinity.
Very high alkalinity values can be undesirable in an industrial water supply. For example, the presence of a high methyl orange alkalinity should be avoided in boiler feed water because of the resultant carbon dioxide content of the steam. Carbon dioxide usually is responsible for the corrosion of steam and return lines. High boiler water alkalinities are also undesirable because the presence of high hydroxide ion concentration is the primary cause of caustic metal embrittlement. A very high boiler alkalinity can also lead to an undesirable carryover condition. On the other hand, the alkalinity of boiler water must be sufficiently high to protect the boiler metal against acidic corrosion and to ensure precipitation of scale-forming salts. Usual treatment approaches include setting both a minimum alkalinity level and an operating range.
Hydroxide alkalinity may be determined by adding barium chloride prior to titration to precipitate the carbonate ion from solution, allowing direct titration of the hydroxide alkalinity. Measurement of hydroxide alkalinity is also used to control lime soda softeners.
In cooling water systems, alkalinity is of major importance since the total alkalinity of a water is one factor that must be considered when predicting the tendency for the water to precipitate calcium carbonate scale. Depending on the choice of chemical treatments to protect against corrosion and scale formation, the operating alkalinity and pH ranges are chosen to balance these two features.
Alkalinity Titrimetric Method (0-200 ppm)
Principle Theory
This test is based on the determination of alkalinity by titration with standard acid to the phenolphthalein color change (or to a pH of 8.3) and to the methyl orange color change (or a pH of 4.3). For determination of hydroxide alkalinity only, barium chloride is added prior to titration to precipitate the carbonate ions. Titration is then taken only to the phenolphthalein end point. A pH meter may be used instead of the indicators to determine the end points of the titration.
Product Code: RXSOL-50-5001-025
Boiler Water Treatment products
Characterisitcs:
Basic Boiler System Schematic
Below is a summary of problems associated with the common impurities in water and solutions to each problem.
List Of Problems Caused By Impurities In Water
|
Impurity (Chemical Formula) |
Problems |
Common Chemical Treatment Methods |
|
Alkalinity (HCO3-, CO32- and CaCO3) |
Carryover of feedwater into steam, produce CO2 in steam leading to formation of carbonic acid (acid attack) |
Neutralizing amines, filming amines, combination of both, and lime-soda. |
|
Hardness (calcium and magnesium salts, CaCO3) |
Primary source of scale in heat exchange equipment |
Lime softening, phosphate, chelates and polymers |
|
Iron (Fe3+ and Fe2+) |
Causes boiler and water line deposits |
Phosphate, chelates and polymers |
|
Oxygen (O2) |
Corrosion of water lines, boiler, return lines, heat exchanger equipments, etc. (oxygen attack) |
Oxygen scavengers, filming amines and deaeration |
|
pH |
Corrosion occurs when pH drops below 8.5 |
pH can be lowered by addition of acids and increased by addition of alkalies |
|
Hydrogen Sulfide (H2S) |
Corrosion |
Chlorination |
|
Silica (SiO2) |
Scale in boilers and cooling water systems |
Lime softening |
We are marine chemical supplier since 1996.These Marine Chemicals include different sets of products such as Tank Cleaners, Maintenance Chemicals, Cooling Water Treatment Chemicals, Boiler Water Treatment Chemicals, Fuel Additives, etc.
Oman Chemical is leading one Largest Supplier, Manufacture a
Oman Chemical is leading one Largest Supplier, Manufacture a
