Boiler Water Treatment Chemicals :
We are offering Industrial Boiler Chemicals, which are primarily used to convey heat from hot air caused by the burning of combustible into water till it turns hot or to steam. The hot or steamed water can be further utilized in facility or building operations. Excluding modest number of forte models, boilers are typically suited into either of the common classes: boilers of water-tube and fire-tube. Water-tube boilers flow water inward the pipes in a compact vessel stuffed with hot burning gases, whereas, Fire-tube boilers pass hot kindling gases via pipe sinked in water. In one of these category, the boiler feed of fuel and water generally comprise impurities that damages boiler efficiency and operation. To enhance fuel oil condition, steam purity and feed water quality, chemical supplements can be inserted directly into the fuel oil, steam or feed water.
Benefits of Chemical Treatments:
Chemical Treatments for Waterside of Boiler Tubes:
The feed water is formed from constituted water (ordinarily metropolis water from exterior boiler process/room) and condensate (undiluted steam coming back to the boiler). Generally, this water comprises impurities that can results in depositing and other allied troubles in the interior of boiler. The common impurities includes silica, dissolved oxygen, alkalinity, iron, magnesium (hardness) and calcium. Blow Down, consistent and period water eviction process, is utilized to restrict the solutions of impurities in boiled water and to regulate buildup of dispersed solid states in the boiler. Blow down is important along with chemical treatments.
Aqua blend - 321 (Scale & Corrosion)
It is a liquid product that is designed for treatment of boilers by using soft water. It includes sludge conditioner, corrosion inhibitor and antiscalant.
Aqua blend - 310 (Oxygen Scavenges)
This is a liquid formation of catalyzed sodium sulphite, which is generally used to eliminate the final traces of liquefy oxygen from boiler of feed water. It retaliates with oxygen to create sodium sulphate and the reaction is Na2SO3+ Na2SO4.
Aqua blend - 324 (Scale & Corrosion)
It is a fluid generation created for feed water solution of boiler. In includes a strong antiscalant beside with catalyzed oxygen, which minimizes deposition and oxygen corrosion.
Aqua blend - 322 S (Boiler feed water)
This is a fluid product developed for treating feed water of boiler. it has feature of heft anti-scalant as well as catalyzed oxygen that diminishes deposition and oxygen rust.
Aqua blend - XL (Online Boiler Descalant)
It is formulated to eliminate the scales from the boiler such as calcium, iron and magnesium during general operation.
Chemical Treatment for Fireside Boiler Tubes:
An intact boiler productivity programme should not be only focused on the quality of water but also on complete and efficient combustion of fuels, which includes electricity, natural gas, wood, nuclear fusion, the wastes of certain processes, coal and fuel oils.
Fuel oils are composite amalgamation of chemical elements primarily unsaturated and saturated hydrocarbons. Both chemical and physical features of fuel, like viscosity, flash point and sulfur content, are essential in determining the grade of fuels and consequence on the operation of boiler.
Aqua blend AD The Fuel Oil Conditioner
The remainder fuel oils scilicet LDO, furnace oil, LSHS processed by our refineries particularly comprise heft remnant viz poly aromatics, asphaltenes and waxes mingled with less viscosity hydrocarbons. Aforesaid oils have premium conardson carbon that makes difficulty during ignition of oil, which results in the formation of soot. Additionally, fuels encounter from stratification, which is mire formation at the time of storage in tank.
Fueline - X (Stick & Bottle) - To Burn Carbon
Fueline-X is developed for fireside cleansing of precipitate in the firing tools. Clinker, sooting and many other burning deposits are usual fireside events in boiler and thermic liquid heater fabrications, such sort of deposits are cleaned by manual brushing. Mostly, the cleaning never turns out to be perfect as certain sections of heating surface can not be reached because of poor accessibility. The viscosity of unblazed carbons upshots in erection of infuel solids on heat convey section. Further, the carbon behave as a thermal barrier, which reduces boiler efficiency and heat transfer. This reductions reflects in depletion of productivity as optimum stack temperature is noticed.