Boiler Chemicals-42

Oleic Acid Manufacturer and suppliet in Mumbai, Navi MUMBAI MIDC, Gandhidham, Chennai, Visakhapatnam, Kolkata, Odisha, Bihar, Fujairah, Dubai, Ajman, Sharjah, Abudhabi, Middle East UAE, Muscat Barka, Oman, Canada, Sudan, Yemen, Nairobi Kenya AFRICA

Propylene Glycol USP,  is a high-purity grade of monopropylene glycol for use in pharmaceutical, food, cosmetic, personal care, flavor and fragrance, plus a variety of other applications.It is a light, transparent liquid, almost odorless and with low volatility. It is completely soluble in water and in most organic solvents. In addition, all propylene glycols have a great capacity to hold and dissolve active ingredients equally which allows them to serve as carriers of aromas, flavors, dyes and moisture. 

Propylene Glycol USP is tested for compliance with the current USP, EP, and Japanese Pharmacopoeia (JP) specifications plus the Food Chemical Codex (FCC); it also complies with the Brazilian Pharmacopoeia, and other pharmaceutical, cosmetic and food regulations in the global markets where it is sold. It is listed by the Cosmetic, Toiletry and Fragrance Association as an approved ingredient in cosmetics and its use is reviewed by the Cosmetic Ingredient Review (CIR). Propylene Glycol USP is Kosher certified and complies with Halal requirements.

Storage and Handling :

Propylene Glycol USP is stable for at least two years when stored at ambient temperatures in closed containers and away from sunlight and other sources of UV light.Where product heating is utilized (i.e. for bulk storage and/or transport containers) the product temperature should be controlled to prevent unintentional overheating over extended periods as this may potentially lead to accelerated oxidative degradation of the product.

Mono Propylene Glycol MPG exporter and supplier in Mumbai, Chennai, Kolkata, Visakhapatnam, Gandhidham, Fujairah, Dubai, Ajman, Abudhabi, Muscat Barka Sohar, Oman, Canada, Sudan, Yemen, Michigan USA, Kuwait

#MonoPropyleneGlycolMPG_UAE
#MonoPropyleneGlycolMPG_Dubai
#MonoPropyleneGlycolMPG_Muscat
#MonoPropyleneGlycolMPG_Kuwait
#MonoPropyleneGlycolMPG_Mumbai
#MonoPropyleneGlycolMPG_Kolkata
#MonoPropyleneGlycolMPG_Visakhaptnam

Physical properties 

Hydrazine is used as an oxygen scavenger for high pressure boilers in power plants and other industries to reduce corrosion of metal pipes and fittings. Hydrazine Test Method, in which several solutions have been formulated as a Hydrazine Reagent. The method is both sensitive and easy to perform. It is used mostly for the determination of small amounts of hydrazine in boiler feedwater. 

Hydazine Dose Level

Valuable Boiler Water Treatment Chemicals :

Hydrazine Hydrate (50 ~ 51% as N2H4) plays very important role for corrosion protection in boilers.

Activated Hydrazine (34 ~ 35% as N2H4) Catalyzed Hydrazine solution for corrosion Protection and related equipment.

Morpholine (C4H9NO). Technical Grade for Boiler Water Treatment. Purity Not less than 99%.


Acid Inhibitor : For the suppression of Hydrochloric Acid attack on Ferrous alloys, Cuprous alloys and Titanium alloys, effec up to 94°C with efficiency not less than 75% in 5% HCI solution and Acid Inhibitor concentration 2%.


Ammonia 25% (NH4OH).
25% as ammonium Hydroxide used high pressure Boiler water treatment.
It is a clear colorless liquid.
PH 11-12 @ 20 °C.
Density 0.9 g/cm3.
Chloride (CL) 0.002 mg/liter maximum.
Iron (Fe) 0.002 mg/liter maximum.


Hardness Stabilizer :
Polyacrylate material of low molecular weight.
Non-volatile used for scale inhibition in sea water treatment.
The product is miscible with water in all proportions. And is clear Liquid.
PH valve 5-7.
Density @ 20°C Approx. 40%.
Chemical Characterization Sodium Polyacrylate, Modified, Aqueous solution.
Solidification temperature -20°C.
Flash point >100°C.
Ignition temperature >200°C.

Hydrazine Hydrate supplier in Mumbai, Kolkata, Gandhidham, Chennai, Visakhapatnam, Fujairah, Dubai, Sharjah. Hydrazine Hydrate plays very important role for corrosion protection in boilers water treatment. 

No oxygen is entering the boiler with the feed water when hydrazine is present in the water ( This will help to decrease oxygen on HP, LP boiler ) Hydrazine Hydrates. Hydrazine derivatives also used in the manufacture of herbicides and fungicides, as well as plant growth regulators.

#HYDRAZINEhydrate_UAEdubai
#hydrazineHYDRATE_OMANmuscat

Boiler Water Treatment products

CHARACTERISTIC :

• Convenient liquid treatment, which provides the basic alkalinity on which successful water treatment depends.
• Provides optimum conditions for hardness control to function.
• Neutralizes acid conditions.
• Will assist in keeping silica in suspension.
• Simple test to determine level of treatment.
• Can be used in boilers of all pressures.
• Can be used as a neutralizer after acid cleaning operations
• Suitable for use with all auxiliary boilers; waste heat units; economizers, package boilers, smoke and water tube boilers.
• Dispersant action suspends sludge and sediment particles for efficient blow down.
• Oxygen scavenging for optimum protection.
• Protects boiler, steam lines, condensate lines and feed water lines from corrosion.
• Fast action due to catalyst.
• Simple test to determine level of treatment.

RXSOL-42-5001-025 Boiler Water treatment specialized is a well - balanced blend for boiler water treatment products, Resulting Multi Functional Boiler Treatment including scale and corrosion control by one shot operation. A one-step treatment to control the formation of rust and scale in low pressure and auxillary boilers with working pressure up to 20 bars.

The stability of the added polymers are very useful for water treatment processes. Such polymers with low molecular weights cannot only inhibit calcium, magnesium, and silica scale in cooling towers and boilers, but also help corrosion control by dispersing iron oxide. 

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

Chemical feed should be continuous. Chemical pumping rates can create problems especially for neat feed set ups. Using on/off feed systems such as a recycle timer can create problems. Chemical feed pumps should be sized or product strengths should be adjusted to allow continuous feed.

Steam and carbon dioxide leave continuously, so setting up a neutralizing amine pump to feed intermittently can lead to wide variations in condensate pH control. If sampling is done from a condensate receiver, the tank volume may buffer the variations and the changes may not be noticed, but corrosion could be occurring to areas of the piping that see the rapidly changing pH.


If polymeric dispersants, phosphonates, phosphate, or chelants are fed intermittently into the feedwater using a recycle timer, and the amines are not fed continuously, a cycle of iron slugs returning in the condensate can be followed by slugs of high dispersancy cleaning of the iron from the deaerator and dragging it into the boiler.

Load changes can affect chemical concentrations when the chemical feed is base fed. Example: Steam production of one million lbs./day; 4% blowdown; 20% active boiler polymer product fed at 5 pounds per day. The calculated daily average polymer concentration would be 24 ppm. Assume peak plant production load is 60,000 lbs./hr., but during the overnight hours the load is only 5,000 lbs./hr. If the dispersant is being fed continuously over the 24 hours, during the 8- hour low load period, the boiler polymer concentration would have increased to over 200 ppm. Upon high fire when production resumes, carryover is very possible because of over concentrating the polymeric dispersant.

Chemical feed needs to be paced to steam production, especially where significant load changes occur.

Carbon dioxide can concentrate in steam and condensate making neutralizing amine treatment impractical. Carbon dioxide levels can be relatively low in steam exiting a boiler at only a few ppm, but if there are areas where it becomes “trapped” and can accumulate, concentrations can reach extremely high levels into the hundreds or even thousands of ppm.

CO2 is a non-condensable gas. It has a distribution ratio in the steam piping and condenses at points throughout the system. At the boiling point, the solubility of the gas in water is extremely low. The solubility of the CO2 is actually lower in the condensate than it is in the steam. For the CO2 to escape from the steam into the water it will accumulate in the steam space just above the water level until the partial pressure becomes high enough for the CO2 in the incoming steam to be able to exit into the condensate. This creates a steady state condition of CO2 coming in and exiting, but an area of severe localized corrosion occurs where the carbon dioxide concentration is high.

The highest CO2 concentration normally occurs just above the condensate water level. If there is an area where condensation is occurring and running down pipes or the sides of vessels, the CO2 concentration will be very high and the pH will be about 5.3 – 5.5 in that location creating high corrosion rates.


The solubility of CO2 increases dramatically as the condensate temperature falls below 212 °F. When there is an accumulation of CO2 in an area and the condensate temperature is relatively low, the amount of carbon dioxide going into solution will be extremely high. Where low-pressure steam is used that contains CO2 and the heat exchange process has relatively close temperature differentials between the steam and the condensate, there is potential for high uptake of the CO2 into the condensate and localized low pH.

Neutralizing amines are selected in an effort to condense in the right concentrations to carbon dioxide condensation levels throughout the steam system. Neutralizing amines cannot control corrosion where this localized accumulation of carbon dioxide occurs since the high CO2 overwhelms the demand for the amine. Even point source addition of amine may not be able to satisfy the demand.

Where the concentrating effect of CO2 occurs, methods of reducing the problem include eliminating or minimizing CO2 in the steam, venting off the CO2 in the localized area, eliminating condensate in the area, applying a filming amine or metal passivator, or using higher temperature steam and increasing condensate temperature to reduce the CO2 content in the condensate.

#BoilerWaterTreatmentCHEMICAL_supplierDUBAI
#BoilerWaterTreatmentCHEMICAL_supplierMUSCAT
#BoilerWaterTreatmentCHEMICAL_supplierMUMBAI
#BoilerWaterTreatmentCHEMICAL_supplierNAIROBI

A one-step and one SHOT treatment to control the formation of rust and scale in boilers. Contains alkaline compounds, Scale and corrosion Inhibitors, Oxygen scavengers and sludge conditioners. which resulting in a scale and corrosion control by one shot operation.

Boiler water treatment speacialized chemical products One Shot Universal Liquitreat  Exporter, manufacturer, supplier in Mumbai, Gandhidham - Kandla, Mundra, Sikka, Surat, Kolkata - Haldia, Buz Buj, Paradip, Visakhapatnam - Gangavaram, Fujairah, Dubai, Sharjah, Abu Dhabi, Ruwi Barka Muscat Sohar, Oman, Sudan, Yemen, Nairobi Kenya

BOILER WATER TREATMENT chemicals manufacturer and supplier in INDIA, MUSCAT OMAN, UAE DUBAI, Nairobi

We carry a complete line of condensate treatment chemicals.  Condensate treatment chemicals are used to increase the condensate pH, thus reducing corrosion to the entire boiler steam system.  The most common product is a tri-blend amine of cyclohexylamine, morpholine, and diethylaminoethanol (DEAE) neutralizing amines, although we do have standard RXSOL products or we can custom blend to your needs.
RXSOL-50-5005-DCM1          10% DEAE, 10% Cyclo, 10% Morpholine   
RXSOL-50-5005-DCM2          20% DEAE, 20% Cyclo, 20% Morpholine   
RXSOL-50-5005-C                  20% Cyclohexylamine    
RXSOL-50-5005-D                  20% DEAE    
RXSOL-50-5005-M                  20% Morpholine   
RXSOL-50-5005-C5                50% Cyclohexylamine    
RXSOL-50-5005-D                  50% DEAE  
RXSOL-50-5005-M5                50% Morpholine    
  

RXSOL-50-5005-025 alkaline and the vapors are irritating to eyes and lungs. Avoid contact with eyes and skin. Do not take internally. Observe safety regulations wear Goggles, PVC gloves and Apron when handling Provide ample ventilation Avoid contact with skin in case of contacts wash with cupious amount of water immediately. If eyes are splashed give immediate and prolonged irrigation with clean running water and obtain medical attention.

#CondenssateControl
#pHcontrol_amineBASE

#BoilerChemical_ManufacturerSupplierIndiaUAEoman

Condensnol Amine Corrosion Control manufacturer supplier distributor in Mumbai, Kandla, Kolkata, Vizag, Chennai, India, Fujairah, Dubai UAE, Muscat Oman, Kenya Africa. Get the best quality of Condensnol Amine Corrosion Control at a competitive price from us. We have ready stock of Condensnol Amine Corrosion Control in India, UAE Gulf, Oman, Kenya Africa. Contact us for bulk as well as small orders.