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Chembond is an established manufacturer of specialty chemicals in India since 1975 and Ashland is a fortune 250 company. We have been operating in the value added Water Treatment Solutions field since 1980 and serve diverse industries like Steel, Power, Fertilizers, Refineries, Petrochemicals, Mining, Sugar, paper and pulp, textile and Municipal corporation.Our water management involves the use of the state-of-the-art chemical technology supported by onsite services to ensure the continuous and consistent performance monitoring of the treatment program. Our service personnel ensure that there is no limitation to capacity utilization of your plant from the water treatment aspect and regularly deploy advanced monitoring tools and automation systems.
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Nature of Business
Service ProviderYear of Establishment
1975Legal Status of Firm
Individual - ProprietorGST Number
33AKNPM7460K1ZPInterested in this product?
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Chlorine Dioxide Technology
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Chlorine dioxide is ideal for industrial waters and as a disinfectant in drinking water.Advantages of chlorine dioxide
- The bactericidal efficiency of chlorine dioxide is independent of pH values between 4 and 10
- Chlorine dioxide is superior to chlorine in the destruction of spores, bacteria's, viruses and other pathogen organisms on lower dosage
- The required contact time for ClO2 is lower
- Chlorine dioxide has better solubility
- Chlorine dioxide does not react with NH3 or NH4+
- It destroys THM precursors and increases coagulation
- Chlorine dioxide is also effective at controlling algae, slime and biofilm found in cooling water, process water, and paper mill whitewater systems
- In potable water applications it is a proven technology for improving taste and removing odors, algae, decaying vegetation, odor-producing phenolic compounds, mercaptans, and disubstituted organic sulfides
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Cooling Water Treatment
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Cooling water treatment programs are designed to achieve control of corrosion and scale as well as microbiological fouling and contamination in open re-circulating system, closed re-circulating system and in once through cooling system.Corrosion and scale lead to:
Corrosion inhibitors are substances which when added in small amounts to a corrosive medium, reduce the rate of corrosion. Inhibitors are classified as anodic, cathodic or both depending on which portion of the electrochemical corrosion cell they disrupt or polarize.Types of corrosion inhibitors include oxide film types which include nitrite and molybdate based. They may also form insoluble salts with ions in water or with the protected metal ion e.g. polyphosphates, orthophosphates, phosphonates, zinc etc. or the aromatic azole types.
2) Scale/Deposit controllersDeposits are a conglomeration of many constituents that can range from settled silt form airborne dust blown into the cooling tower to precipitated hardness salts which result from changes in temperature or in concentration characteristics of make-up water. Typical components of scale found in cooling water systems include calcium carbonate, calcium sulphate, calcium and zinc phosphate and silica and magnesium silicate. These scale components tend to deposit and adhere as scale on heat transfer surfaces with higher temperature because their solubilities decrease as pH and water temperature increase.Since the thermal conductivity of the scale is extremely low in comparison with that of the tube material, the scale adhesion lowers the thermal efficiency of the heat exchangers.Cooling water deposit control agents function via Crystal growth distortion, Dispersion, Sequestration etc.The present popular scale inhibitors include:
- Leakage in exchangers
- Unscheduled shutdown
- Reduction in water flow
- Loss of production
- Poor heat transfer
- Reduction in plant load
- Controlled corrosion
- Enhanced equipment and pipeline life
- No microbiological fouling
- No shutdown/production losses
- Greater water conservation
Corrosion inhibitors are substances which when added in small amounts to a corrosive medium, reduce the rate of corrosion. Inhibitors are classified as anodic, cathodic or both depending on which portion of the electrochemical corrosion cell they disrupt or polarize.Types of corrosion inhibitors include oxide film types which include nitrite and molybdate based. They may also form insoluble salts with ions in water or with the protected metal ion e.g. polyphosphates, orthophosphates, phosphonates, zinc etc. or the aromatic azole types.
- Anodic inhibitors - nitrite, silicate, orthophosphate
- Cathodic inhibitors - Polyphosphates, Zinc, calcium carbonate
- Both - filming amines, phosphonates
2) Scale/Deposit controllersDeposits are a conglomeration of many constituents that can range from settled silt form airborne dust blown into the cooling tower to precipitated hardness salts which result from changes in temperature or in concentration characteristics of make-up water. Typical components of scale found in cooling water systems include calcium carbonate, calcium sulphate, calcium and zinc phosphate and silica and magnesium silicate. These scale components tend to deposit and adhere as scale on heat transfer surfaces with higher temperature because their solubilities decrease as pH and water temperature increase.Since the thermal conductivity of the scale is extremely low in comparison with that of the tube material, the scale adhesion lowers the thermal efficiency of the heat exchangers.Cooling water deposit control agents function via Crystal growth distortion, Dispersion, Sequestration etc.The present popular scale inhibitors include:
- Phosphonates
- Phosphono-carboxylates
- Organic acids
- Polymers
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Boiler Water Treatment
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The water used for boilers usually contains various substances such as suspended solids, dissolved solids and gases. When used directly such raw water results in problems such as scale, corrosion, carryover, etc. in the boiler and accessory equipment. In low pressure boilers usually there are problems of hardness and silica scale and corrosion due to dissolved oxygen throughout the system and corrosion due to carbon-dioxide in the condensate line. In medium and high pressure boilers, metal oxides are deposited on the heating surface, corrosion of accessory and scale problem in the superheater and turbines, etc.Deposits directly reduce heat transfer, causing higher fuel consumption, high metal temperatures and eventually failures. Corrosion not only results in failure at the point of attack, but also produces serious levels of metal oxide contamination, which in turn may cause deposits elsewhere. Carryover results in superheater turbine and condensate system deposits, corrosion and/or erosion problems.Therefore the three main objectives of a boiler water treatment program are to:
- Prevent formation of deposits
- Reduce corrosion of metals
- Prevent boiler water carryover
- Catalyzing combustion
- Reducing excess air
- Improving atomization
- Decreasing smoking
- Decreasing slag formation
- Emulsifying moisture
- Decreasing corrosion
- Dispersing sludges
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Waste Water Treatment
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In the area of waste water management, we possess a complete range of products at highly competitive prices and offer on-site technical service & trouble shooting capabilities. Our total treatment approach integrates chemical treatment, state-of-the-art feeding & control technology and a commitment to outstanding customer service.
Application Areas:
Application Areas:
- Clarification KEMFLOC, AMERFLOC, DREWFLOC CHARGEPAC and PERFORMAX polymers comprise a complete range of organic, inorganic & blended coagulants and high-performance flocculants, which improve clarification, thickening, flotation and dewatering operation efficiency.
- De-emulsification A broad line of emulsion breakers "break" emulsions into the oil, water and solids phases.
- Foam Control DREWPLUS foam control agents are used to suppress, eliminate, control or prevent foam.
- Metals Precipitation AMERSEP metals precipitants are organosulfur-based compounds that remove metals in solution by a metal-AMERSEP precipitant complex and quickly precipitate to form solutions. These products are often used with CHARGE PAC coagulants and/or DREWFLOC flocculants
- Odor Control AMERSCENT neutralizing agents and ENZYBATE odor control agents prevent odors at the plant site, downstream of the discharge point, and at the sludge landfill. Our patented GENEROX TM chlorine dioxide generator system is used for oxidation odor control.
- Sludge Dewatering KEMFLOC, AMERFLOC, AMERSEP & CHARGEPAC coagulants, and DREWFLOC flocculants are used to achieve maximum throughout, clean filtrate and/or high cake solids. We can tailor the most cost-effective program for any application.
- Slop Oil Treatment/ Recovery Our emulsion breakers, coagulants and flocculants are used to treat oily wastewater and oily skimming in refineries & petrochemical plants, automotive parts & appliance manufacturers, can-stamping plants, foundries, steel mills, aluminum casting plants and food processing plants.
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Maintenance Chemicals
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Preventative, predictable maintenance programs are moving to the forefront of priorities while contributing to the bottom line. Our investment protection programs consist of effective, simplified maintenance programs proven to maximize system performance, while extending equipment life. Applications include the removal of insulating deposits to improve efficiency, the protective storage of idle equipment, or the removal of carbonized deposits, oils and greases.The principle goals achieved through our investment protection programs are summarized in the program's value statement:
- Driving reliability
- Maximizing performance
- Improving ROI
- FERRO CLEAN- neutral cleaning treatment
- FINOKLENE
- RUSTOKEM D2/RUSTOKEM D1
- ADJUNCT - G galvanized inhibitor
- PROTECSOL- corrosion inhibitors for idle equipment
- LAC -alkaline cleaner
- SAF-ACID descalant
- DREWCLEAN - RO cleaner
- ENVIROMATE- 2000 general purpose cleaner
- DREWFRESH- 2000 heavy -duty cleane
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Reverse Osmosis Chemicals
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Reverse Osmosis (RO) is increasingly becoming the technology of choice for many water treatment applications. When operating this system, several problems, such as membrane fouling, performance loss, quality control, can be encountered. We can be your supplier for added value to guarantee a well optimized membrane operating system.
- Pretreatment AMERFLOC and CHARGEPAC polymers are proven coagulants for optimal removal of all kinds of colloidal matter before it enters the first stage of the membrane separation system. AmeROyal RCR residual chlorine remover will neutralize chlorine and other oxidizing agents in the feed water, prior to contact with sensitive membrane systems.
- Antiscalants Depending on feedwater quality, system data, and desired performance, a number of different AmeROyal antiscalants can be applied. Our goal is to keep the membrane surface clean and to assure high efficiency for longer operational periods. The survey data, RO software package and the technical expertise of our engineers provide the best recommendation for each application.
- Cleaners Our wide range of AmeROyal C-series membrane cleaners provide our customers with focused solutions for maintaining system performance. Cleaning with these products, following proper cleaning procedures, optimizes membrane performance.
- Biocontrol A membrane separation unit can fail due to the uncontrolled presence of microorganism, known as biofouling. BlOSPERSE microbiocides and AmeROyal C-series membrane cleaners will prevent problems due to biofouling.
- On-site services These services range from technical training to assistance in solving membrane-related problems. Periodical follow-up of water quality and system performance will lead to optimum water treatment of the membrane.
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Dust Control Chemicals
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CAWTL offers its mineral processing customers a total solutions capability:
- Dust suppression: Drewgard dust suppression technology is highly effective in maintaining environmental compliance and employee health and safety where process generated dust is an issue. This treatment is very effective in reducing maintenance costs, improving mineral recovery and conserving water resources.
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