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LIQUIVAP TREAT

Name: LIQUIVAP TREAT
Brand: Sharjah Chemical
SKU: RXSOL-60-6001-210
Availability: InStock

Product code RXSOL-60-6001-210

Boiler water treatment product, formulated with polymer scale inhibitors, alkaline compounds, phosphates and condensate protecting amines.

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Same-day UAE delivery Bulk & custom packaging Technical support included

Product Description

VapourTreatment For controlling of Scale & Foam ::: Neutral Liquid for prevention of scale in seawater Evaporators
This is a highly Active Antifoulant, Water Scale Inhibitor, Dispersant and Anti-precipitant compound for use in industrial and Marine Water systems, such as cooking systems, Heat Exchangers, air conditioning equipment, etc.

Application & Usage

Procedure Of Use and Dose Rates: POLYELECTROLYTE polymer of RXSOL-51-6001-025 reacts with the potential scale forming salts in the water to prevent them from adhering to heat transfer surfaces. These solids are held in suspension and easily removed from the evaporator line. Finally RXSOL-51-6001-025 also have defoaming properties by which will stop foaming in EVAPORATOR. And by that way Distilled water quality is maintained in side the EVAPORATOR.

Used in both high and low pressure evaporators.

Dosage

Dosage :

Daily Out Put Evaporator	Daily RXSOL VT 6001 Requirement
10 -20 MT	100-200 ML
30-40 MT	300-400 ML
50-60 MT	500-600

Setting the Flow Rate: The treatment is added to the dosage tank and mixed with water. Example: With the 0.5 litres of Vaptreat add sufficient water to make up 50 litres of liquid.The standard flow meter is Adjustable-Rate=0-l00ml/minute.Flow rate calculation: Flowrate = 50 Litres/24 x 60= 35 ml/min setting i.eThis will last 24 hours.

Note: We can remove existing mineral scale deposits by using A 5-10% solution of RXSOL-51-6001-025 Otherwise to save money and cleaning of HARD DEPOSITS which is formed due to not proper treratment of Evaporator, we have specialized Safe Scale Remover with Indicator ( Product code is RXSOL-22-2210-200 ).

Useful Area

LIQUIVAP TREAT is an advanced liquid boiler water treatment product, formulated with polymer scale inhibitors, alkaline compounds, phosphates and condensate protecting amines. In addition to combining alkalinity control, scale inhibitors, and deposit control, LIQUIVAP TREAT provides protection from corrosion. It efficiently treats Boiler/Steam Water in System lines and Condensate. It provides an excellent and very practical way of treatment, using only one product. Scale, corrosion and foaming are the main problems in Marine Boilers, due to the fact that when the water evaporates, precipitation of salts occurs rapidly.

If these salts were not treated they could be turned into very hard scale deposits, which would reduce the system ability to produce steam. This can result in a low volume of steam, which can delay critical operations

on the vessel where steam is used as the ‘driving force’, and will certainly increase the cost of heating, as more fuel would be required to produce the same result.If the boiler water is not treated properly, this would be rapidly resulting in the whole system deterioration due to corrosion.

LIQUIVAP TREAT controls the problems described above by achieving the appropriate chemical concentrations and their correct monitoring will maintain the system in a good working condition. When properly dosed it creates the required Alkalinity and Phosphate concentration levels to avoid the acidic “attack” and salts precipitation respectively.

Furthermore, it releases into the system a volatile amine inhibitor that circulates with steam in the tube lines, protecting the steel metallic surfaces and condensate system from Carbonic Acid “attack”. Along with the use of LIQUIVAP TREAT the application of an Oxygen scavenger is required to completely remove the Oxygen dissolved in water, as this is the main cause of corrosion in the system. LIQUIVAP TREAT can be combined with Oxygen scavengers and other boiler water treatment chemicals.

Industrial Area

Why Evaporator Treatment Chemicals must use?

PREVENTION OF SCALING IN SEA WATER EVAPORATORS.
RXSOL Vapor Treatment Prevents scale formation at temperatures up to 160°C Also Reduces foaming and maintains optimum plant performance.

During distilled water production in seawater evaporators, SCALE CONTROL is very important to increase efficiency of distillation as the seawater contains large quantities of salt which is resulting SCALE FORMATION in heat transfer surfaces. Scale deposits Not only lower plant efficiency by resisting the transfer of heat, But also damaging instruments. Routine use of RXSOL Vapor Treatment prevents Scale formation in the Evaporator SYSTEM.

Whats the Dose Ratio of RXSOL VAPOR TREATMENT Chemicals?

Dilute the RXSOL VAPOR TREATMENT chemicals with water and continuously inject via evaporator inlet or the salt water supply lineand dose into the evaporator system. 30 ml Dose per ton of Seawater is recommended for the prevention of scaling in seawater evaporators. Dose can vary depends on the capacity and the operating conditions of the evaporator.

OTHER VALUABLE MARINE CHEMICALS available in UAE INDIA OMAN:::

EVAPORATOR ANTISCALANT CORROSION TREATMENT

PURIFIER DISC CLEANING CHEMICALS

DESCALING CHEMICAL LIQUID

WATERLESS HAND CLEANER

LIQUID SOAP

D.C.W.T. NON-CHROMATE

AMERZAMINE PLUS

LIQUI VAP TREAT

GENERAL CLEANING & SOLVENT

EVAPORATOR TREATMENT

PURIFIER DISC CLEANER

DESCALER LIQUID 555

HAND CLEANER

LIQUID SOAP

D.C.W.T. NON-CHROMATE

MARZINE PLUS

OPTITREAT

GENERAL CLEANING & SOLVENT

Note: for the gradual removal of existing scale deposits, at least twice the normal dose must be used. Remove deposits of more than 2mm, with Descalex Liqui

Technical Specifications

CharactersItics		Properties
Appearance Thermal Firmness	Clear yellow liquid 250° C	By keeping heat transfer surfaces free of scale, Ensures that the evaporator works at maximum efficiency.
Density	In g/cm³ at 15°C: 1.1	Permits more efficient evaporation.
pH (1 Vol%)	9	Reduces downtime and maintenance costs.
Compatibility		Concentrated, safe liquid, easy and economical dosing.
Metal	No known effect	For use in both high pressure and vacuum evaporators
Rubber	No known effect	The antifoaming properties ensure that distillate quality is high
Packaging	20 / 25 ltr	Improves the quality of distilled water

Remarks / Precautions

RXSOL-51-6001-025 is a concentrated solution of a POLYELECTROLYTE polymer and Antifoaming Agents for use in SEA WATER evaporator as a controller of scale and foam in side the evaporators. It can be used as a scale inhibitor in the feed water to EVAPORATORS producing fresh water .

A liquid polymer-based evaporator treatment specially designed to control and prevent scale formation in evaporators

whats the Importance of LIQUIVAP TREAT ?
LIQUIVAP TREAT used in Sea Water Distillation Plant to control Alkaline SCALE due to presence of Alkaline Materials like calcium carbonate and magnesium hydroxide.

What is the role of LiquiVAP Treat in Seawater distillation Plant ?
Water blend of Polymaleic acid. LIQUIVAP TREAT is a highly concentrate liquid product to prevent scaling in all types of seawater distillation plant. LIQUIVAP TREAT is a concentrated formula polymeric scale inhibitor of low molecular weight for the prevention of scale in salt or fresh water, flash

Where LIQUIVAP TREAT can be used ?

For use with both high and low pressure evaporators to help: • Prevent scale formation. • Prevent foaming

LIQUIVAP TREAT is a liquid product for the control of alkaline scaling (calcium carbonate and magnesium hydroxide) in all types of seawater distillation plant.

Notes

What is LIQUIVAP TREAT?

LIQUIVAP TREAT is a high-performance, polymer-based scale inhibitor specifically designed for seawater distillation plants, including multi-stage flash (MSF) and multi-effect distillation (MED) systems. It is a concentrated liquid formulation based on polymaleic acid, engineered to control alkaline scale deposits such as calcium carbonate (CaCO₃) and magnesium hydroxide (Mg(OH)₂).

Why Is LIQUIVAP TREAT Important?

In seawater distillation, scale formation on heat transfer surfaces severely affects:

Thermal efficiency
Production output
Operating costs
Equipment longevity

LIQUIVAP TREAT is vital because it:

Prevents scale formation by dispersing and sequestering alkaline materials before they crystallize
Enhances heat exchange efficiency
Reduces energy consumption and downtime
Prolongs plant equipment lifespan

Role of LIQUIVAP TREAT in Seawater Distillation Plants

Core Functions:

Scale Control: Inhibits formation of hard scales like calcium carbonate and magnesium hydroxide.
Polymeric Action: The polymaleic acid blend interferes with crystal growth and keeps potential scale-forming compounds in suspension.
Surface Protection: Reduces deposition on evaporator tubes and heat transfer surfaces.
Anti-Foaming Support: Helps prevent foaming when used in synergy with anti-foam agents, ensuring smoother operation.

Effective For:

Multi-stage flash distillation (MSF)
Multi-effect distillation (MED)
High and low-pressure evaporators
Saltwater and brackish water systems

Where Can LIQUIVAP TREAT Be Used?

LIQUIVAP TREAT is ideal for:

Power & desalination plants
Marine distillation units (ships, rigs)
Industrial water recovery systems
Municipal seawater desalination projects

It is suitable for use in:

High-pressure evaporators
Low-pressure evaporators
Systems requiring continuous anti-scaling treatment

Summary of Benefits

Feature	Benefit
Polymaleic acid base	Strong inhibition of CaCO₃ & Mg(OH)₂
Liquid concentrate format	Easy dosing and mixing
Thermal stability	Effective across wide temperature range
Low molecular weight	Ideal for fast-acting dispersion
Wide applicability	Compatible with all major plant types

LIQUIVAP TREAT is more than just a scale inhibitor — it’s an essential component in protecting your distillation investment. Regular use ensures:

Stable plant output
Reduced maintenance
Improved water quality
Lowered operational costs

By controlling alkaline scale before it forms, LIQUIVAP TREAT plays a critical role in maximizing efficiency and uptime in any seawater distillation operation.

Material Safety Data Sheet (MSDS)

Product Name	RXSOL-60-6001-210
Product Type	LIQUIVAP TREAT

Company Details:

RX MARINE INTERNATIONAL
105, A wing , BSEL , TECH PARK.
VASHI ,NEW BOMBAY 400703 INDIA

Stock Point : Mumbai, Kandla, Chennai, Kolkata, Visakhapatnam, Fujairah, Muscat

Phone	+91 22 27815540 / 41 / 42
Fax	+91 22 2781 1318 :::AOH :0091 9821214367
Email	mail@rxmarine.com

Chemical Name	Concentration	CAS Number	EC Number	R Phrases*	Symbols
Sodium Acrylate	10-30	25085-02-3	N/A	-	-
Sodium Gluconate Mixture	10-20
EDTA Blend	5-10
Proprietary Blend of various Phosphonate	20-25

*See Section 16

Odour	Odourless
Appearance	Liquid, pale yellow, soluble in water
Contact with eyes	Mildly irritating to eyes
Contact with skin	In cases of severe exposure, irritation may develop
Inhalation	Vapours or aerosols may cause irritation of eyes, nose and respiratory tract
Ingestion	May cause gastrointestinal disturbances

Contact with skin	Remove contaminated clothing immediately and drench affected skin with plenty of water. Then wash with soap and water Seek medical attention if irritation persists
Contact with eyes	If the substance has got into eyes, immediately wash out with plenty of water for at least 15 minutes Seek medical advice
Ingestion	Never make an unconscious person vomit or drink fluids Give water or milk to drink When in doubt or symptoms persist, seek medical attention
Inhalation	is unlikely to occur Remove patient to fresh air
General	In case of accident or if you feel unwell, seek medical advice immediately (show the label where possible)

-   Non combustible
-   Smoke from fires is irritating
-   Not flammable. In case of fire use extinguishing media appropriate to surrounding condition

Personal Precautions	Wear protective clothing as per section 8.
Environmental Precautions	No special precautions are required for this product.
Immediate Actions	Shut off the source of leak if safe to do so.
Clean Up Actions	Flush spill area with copious amounts of water.
See SeSpecial Precautions	Wear protective clothing as per section 8 No special precautions are required for this product.

Handling	The usual precautions for handling chemicals should be observed
Storage	Keep only in the original container in a cool, well ventilated place (S3/9/49

Exposure Limits	There are no recommended or established controls for this product.
Exposure controls	No special precautions are required for this product.
Occupational exposure controls	Wear suitable protective clothing, including eye/face protection and gloves (plastic or rubber are recommended).

gloves suit goggles

Gloves Suit Goggles

Odour	Odourless
Appearance	Liquid, colouless or pale yellow, soluble in water
pH	8.5 - 10 at 100 % concentration
Boiling point	>100 °C at 760 mm /Hg
Vapour pressure	not known
Freezing point	0 °C at 760 mm/Hg
Completely soluble in water
Specific gravity (water=1)	1.08
Non	combustible

- No hazardous decomposition products known
- Avoid overheating, Keep away from frost

Toxicological information	LD50 (dermal) : > 10000 mg/kg No effects in humans.
Inhalation	Vapours or aerosols may cause irritation of eyes, nose and respiratory tract.
Contact with skin	In cases of severe exposure, redness and irritation may develop.
Contact with eyes	In cases of severe exposure, redness may develop.
Ingestion	In cases of severe exposure, gastro-intestinal disturbances may develop.
Carcinogenicity	No evidence of carcinogenic effects.

Ecotoxicity	On available data, the substance is not harmful to aquatic life LC50 (bluegill sunfish) 4750 mg/l (96 hr) (Sodium acrylate).
Mobility	Completely soluble in water.
Persistence and Biodegradability	Most components in this product are not readily biodegradable. Sodium polyacrylate: Chemical oxygen demand (COD) 0.4 g/g Biological oxygen demand (BOD) 0.009 g/g.
Bioaccumulation Potential	Bioaccumulation is insignificant.
Other Adverse Effects	Presents little or no hazard to the aquatic environment.

Classification	EU Waste class.
Disposal considerations	Do not discharge into drains or the environment, dispose to an authorised waste collection point Disposal should be in accordance with local, state or national legislation.

- Not classified as hazardous for transport

Classification and labelling	Not classified as hazardous for users
Risk Phrases	Not applicable
Safety Phrases	Not applicable

The information provided about the product on this Safety Data Sheet has been compiled from knowledge of the individual constituentsThe data given here is based on current knowledge and experience. This Safety Data Sheet describes the product in terms of safety requirements and does not signify any warranty with regard to the product's properties The data given here only applies when product used for proper application(s). The product is not sold as suitable for other applications usage in such may cause risks not mentioned in this sheet. Do not use for other application(s) without seeking advice from manufacturer .

Supply Locations

Frequently Asked Questions (FAQs) – Industrial Water Treatment & Cleaning Chemicals

Q1. Why are Cooling Tower Treatment Chemicals required?

Ans. Cooling tower chemicals help maintain water quality by controlling scale formation, corrosion, microbial growth and fouling. They improve heat-transfer efficiency, protect equipment and support reliable cooling system performance.

Q2. Why are Boiler Water Treatment Chemicals required?

Ans. Boiler water treatment chemicals maintain the required water quality for efficient steam generation. They help prevent scale deposits, corrosion, oxygen-related damage and sludge accumulation, improving boiler efficiency and operational reliability.

Q3. Why are Tank Cleaning Chemicals required?

Ans. Tank cleaners are used to remove oil, grease, sludge, rust, chemical residues and other contaminants from Mild Steel (MS) and Stainless Steel (SS) tanks. Proper cleaning supports safe tank maintenance, product purity and preparation for subsequent use.

Q4. Why are Evaporator Treatment Chemicals required?

Ans. Evaporator treatment chemicals are used to remove scale, mineral deposits, sludge and fouling from Effluent Treatment Plant (ETP) evaporators. They help restore heat-transfer efficiency, maintain evaporation performance and reduce operational problems caused by deposits.

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