Syn water Technologies Pvt Ltd

Vikas Marg, Delhi

Syn Water Technologies specialize in steam boiler water treatment. Syn water is a leading manufacturer and supplier of comprehensive range of boiler water treatment chemicals, dosing systems, and water softeners and offer high quality on-site technical service. When water is converted to steam it expands in volume into many times, thus subsequently steam moves the energy and heat where it is wanted, but without the right boiler feed water treatment, a steam-raising plant will suffer from scale formation and corrosion. Consequently it increases energy costs and can lead to downgrade steam, reduce productivity, shorter plant life. An inadequately treated boiler and exposure to steam will cause severe burns and scalding and may accelerate more serious complexities at plant and operation.

Syn Water Technologies is the premier manufacturer of cooling water treatment chemicals in India and has developed a wide range of chemicals for the controlling of scale, corrosion and bio-fouling in critical and various heat transfer systems and advanced polymers for wastewater treatment. Syn Water product code line leads as SYN, the wide varieties contributes a lot to enhance water quality viz; controls calcium phosphate, calcium carbonate, magnesium silicate and iron deposits in Cooling Water & Boiler Water applications, allowing our customers to increase their cycles of concentration, generate substantial cost savings, and increase system performance. Additional products includecorrosion and scale inhibitors, formulated amines, bio-dispersants, anti-fouling agent, oxidizing and non-oxidizing biocides, corrosion inhibitors, reverse osmosis membrane cleaning products, oil and grease removal programs, water softeners, odor neutralizers, Catalyzed Sodium Sulphite, de-foaming compound, raw water treatment products, ETP & STP chemicals, products for coagulation, flocculation, clarification, and sludge dewatering etc.Aneffective cooling water treatment must tacklepreliminary conditioning, scale, fouling and corrosion control. Synwater cooling water treatments can be applied to effectively any cooling system with any type of makeup water. Appropriateuse of water chemistry for a given system, Syn cooling water treatment chemicalsoffer clean heat transfer surfaces that are free of corrosion and scale, and function at highestproductivity. Designing & formulating for regulating of scale and corrosion for a different range of makeup water chemistries are available on demand. Proper control of scale and corrosion require a well-adjustedadvance method based on a vigilantevaluation of water quality and operating conditions.

Formation of scale deposits is avoided initially by removing as much hardness from the make-up water as possible ( through water softener), and then by dosing Syn boiler water chemicals such as Scale preventive and polymer sludge conditioners viz; Syn-600, 601, 602, 603 range of chemicals. These Syn Boiler treatment chemicals ensure that any hardness Slipped-in boiler feed water is converted into a floating sludge, which can be removed by boiler blow down and so doesn’t form any hard scale on the heat transferring surface. Similarly, Corrosion in low-pressure boilers can be affected by dissolved oxygen, acidity and excessive alkalinity. Syn Boiler Water treatment therefore should remove the dissolved oxygen and retains the boiler water with the appropriate pH and alkalinity levels. The oxygen content of water reduces with intensifying high temperature. it proves therefore that basically increasing the boiler feed water temperature, and allowing the oxygen plenty of chance to get-away, will suggestively decrease the threat of oxygen corrosion at boiler system. A correctly designed feed water container is consequently the primary protection in protecting the boiler from oxygen corrosion. The feed water tank temperature should be maintained at a minimum of 80°C. This could be attained by recollecting as much as hot condensate is possible and by steam injection at feed water tank. A feed temperature of 85–90°C is accepted, but the plant should evade increasing the temperature too high, since it will support other damage in the metallurgy of feed pump.