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Water & Wastewater Industry Buyer’s Guide

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Tech Focus

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TECH FOCUS

Valve Selection Essentials Valve failures, replacements, repairs, downtime and lost product can be greatly minimized by selecting the right valve, the first time. Great. So how do you assure you are selecting the right valve? There are basically 3 avenues: 1. Evaluate your system criteria relative to each valve type. 2. Utilize the expertise of a consultant or the factory Technical Sales Representative. 3. Utilize one of the new Valve Selection Software Programs provided by various valve manufacturers. No matter which avenue you take, the following criteria should be considered to assure you select the right valve, the first time: • Process Parameters: • Flow • Pressure • Temperature • Chemical Compatibility: • Media • Concentration • % of Solids • Specific Gravity (sg) • Process Requirements: • On/Off versus control service • Allowable leakage rate • Cleanliness • Emissions Control • Available space and structural considerations • Industry Regulations: FDA, 3A, OSHA, EPA, ASME/ANSI, MSS • Cost of Ownership Future Water India E-Magazine, Dec 2020

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TECH FOCUS • Failure Mode of Previous Valve Whether you are an end user selecting a valve, a consultant, A&E, or Technical Sales Representative recommending a valve, or a valve manufacturer writing a Valve Selection Software Program, the aforementioned criteria should be evaluated prior to making a recommendation. Following is a comparison of some common valve types, how they relate in general to each criterion and some common industries in which each is used.

Butterfly Valves

Butterfly valves are typically utilized in large line sizes in chemical services, waste and water treatment applications and fire protection systems. Due to the valve design, incorporating a small face-to-face dimension and lower weight than most valve types, the butterfly valve is an economical choice for larger line sizes (i.e. 8" and above). Additional advantages of the butterfly valve are standard face to face dimensions, relatively high coefficient of flow (Cv) and their availability in chemically resistant materials. As with the ball valve, the butterfly valve complies with ASME face-to-face dimensions and pressure ratings. This enables the valve to be easily retrofitted in line regardless of the manufacturer. In addition, the small face-to-face dimension facilitates piping design. The ASME pressure classes adhered to by most manufacturers include 150, 300 and 600# allowing a maximum pressure of 1500 psi. The butterfly valve is considered a high recovery valve, since only the disc obstructs the valve flow path. The Cv is relatively high; the pressure drop across the valve is relatively low. Hence the pump size is minimized and system wear reduced compared to that of low recovery valves (i.e. globe valves). Future Water India E-Magazine, Dec 2020

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TECH FOCUS Available in a wide variety of plastic and rubber linings and solid metal bodies and discs, the butterfly valve is a good choice for chemical lines. Disadvantages of the butterfly valve are lack of cleanliness and inability to handle slurry applications. Butterfly valves are generally not rated as bubble tight, although some highperformance butterfly valves may meet ASME class VI leakage ratings. As with ball valves, the cavities and leak paths around the disc stem where the stem attaches to the body are potential entrapments for fluids and slurries. The result is unwanted contamination in high purity systems and increased operating torque in slurry services. For an economical valve choice in larger chemical process lines and waste and water treatment lines, the butterfly valve is hard to beat. General sizes available are 2 - 48", although sizes up to 96" are available from certain manufacturers.

Ball Valves

Ball valves are excellent in chemical applications, including the most challenging services (e.g., dry chlorine, hydrofluoric acid, oxygen). Readily available in a wide variety of configurations, 3- piece, end entry and top entry, these valves range from commodity type valves to high performance valves. Advantages of ball valves include ease of operation, standard face-to-face dimensions, high flow capacity, high pressure/temperature capabilities and ability to handle severe service chemicals. The quarter turn operation is desirable to most operators and fairly easy to automate. The face-to-face dimensions comply with ASME, making the ball valve easy to retrofit and replace in line with most other ball valves and plug valves. Also compliant with ASME is the flange rating, either 150, 300, 600, 900 # or occasionally higher classes, enabling high performance ball valves to withstand up to 2250 psi. The ball valve temperature which is primarily Future Water India E-Magazine, Dec 2020

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TECH FOCUS dependent on seats and seals may be rated as high as 550° F. Higher temperatures are permitted when using metal seats. Ball valves, available in reduced port and full port designs are considered high recovery valves, meaning a low pressure drop and relatively high Cv, [coefficient of flow (gpm per 1 psi pressure drop)]. The benefits of these desirable flow parameters are reduced pump size and less system wear due to lower velocity. The ability to provide fire safe protection and handle severe service chemicals are two of the significant advantages of the ball valve. The Chlorine Institute of America recommends properly prepared ball valves for use in dry chlorine in accordance with the Chlorine Institute Pamphlet 6. Hence, chlorine manufacturers and users in North America utilize these specially prepared and vented valves. Other severe services using ball valves are anhydrous hydrofluoric acid, anhydrous hydrochloric acid, phosgene, ammonia and oxygen. When selecting a valve for any of these services, be sure to specify the specific service to the manufacturer to assure the valve is properly prepared. Disadvantages of the ball valve design are its inability to handle slurry applications and the lack of cleanliness that can lead to contamination. Due to cavities around the ball and seats, ball valves are typically not suitable for slurry applications. Slurries tend to solidify or clog inside the cavities, greatly increasing the operating torque of the valve and in some cases rendering the valve inoperable. Therefore, most manufacturers do not recommend exceeding trace amounts of solids (e.g. 3% in ball valve applications). As for cleanliness, the cavities mentioned above are also areas for fluid to become entrapped and stagnant, which can promote micro-organism or contamination growth.For industries striving to eliminate contamination, Future Water India E-Magazine, Dec 2020

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TECH FOCUS pharmaceutical, bioprocessing, electronics and some beverage industries for example -- ball valves are not recommended for use except for on chemical or nonsterile applications. For chemical services, especially severe chemical services, ball valves are an excellent easy to operate choice. General sizes available are 1/2 - 12".

Diaphragm Valves

Diaphragm Valves are typically utilized in applications where cleanliness, bubble-tight shut-off, and chemical compatibility are paramount. Available in two general designs, the weir style diaphragm valve is utilized for higher pressure applications. The straightway diaphragm valve, having no flow path obstructions, is well suited for higher flow and slurry applications. Due to the diaphragm valve's streamlined flow path, absence of cavities and minimal contact surfaces, the valve is considered the "cleanest" valve or the valve least likely to cause contamination. For this reason, the diaphragm valve is the workhorse of the pharmaceutical, bioprocessing and electronics industry in high-purity water systems. The diaphragm valve is also a frequent choice of the chemical processing industry, water treatment industry, power industry, mining industry and pulp and paper industries. A key advantage of the diaphragm valve is the wide variety of wetted materials providing an economical chemically compatible solution for almost any service. Typical body materials available are plastic lined, rubber lined, glass lined, various solid metals and alloys, and solid plastic. The only other wetted part is the diaphragm, which is typically available in multiple elastomer materials as well as Teflon®. This enables chemically compatible materials to be selected for almost any process media without the expense of upgrading the valve working parts, which are sealed from the process media by the diaphragm. Future Water India E-Magazine, Dec 2020

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TECH FOCUS Diaphragm Valves may also be effectively used as control valves or in full vacuum applications. Although the controllability is not equal to that of the globe valve, recognized as the leader in valve control, the diaphragm valve provides a less expensive and cleaner solution when the precise control of a globe valve is not warranted. The control characteristics of the weir style diaphragm valve best emulate those of a linear control line, as opposed to an equal percentage or quick opening characteristic. Disadvantages of the diaphragm valve are no industry standard face-to-face dimensions, multiturn operation and a lower pressure/temperature limitation relative to most other valve types. The typical industry standard governing face-to-face dimensions, ASME (American Society of Mechanical Engineers) does not include diaphragm valve face-to-face dimensions. Although some diaphragm valve manufacturers have established the same face-to-face dimensions, in general these valves can not be easily retrofitted or replace other valve types. Regarding operation, diaphragm valves are frequently automated with long lasting (1 million cycles in some case) pneumatic diaphragm driven actuators. Where cleanliness, bubble tight shut off, and expense are the priorities, the diaphragm valve is a good choice. General sizes available are 1/4" 12".

Globe Valves

The Globe Valve's complex flow path makes this configuration excellent for control. The valve operation is a linear rising-stem with multi-turn handwheel. The sealing device is a plug that offers limited shut-off capabilities, not always meeting bubble tight requirements. Depending on Future Water India E-Magazine, Dec 2020

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TECH FOCUS the specific construction and application, the globe valve may comply with ASME class II, III, IV, V or VI shut-off requirements. Easily automated and available with positioners, limit switches and other accessories, the globe valve is known for precise throttling and control. Most control valve manufacturers either supply control valve sizing software programs or will size the valve for you. Control valve sizing is significantly more complex than on/off sizing, hence the software programs available can be of real benefit. Disadvantages include lack of cleanliness, relatively low coefficient of flow (Cv), and an inability to handle slurries. For these reasons, the typical globe valve is not typically specified for control in high purity services or slurry services. The inherent cavities in this valve tend to promote contamination and allow slurries to become entrapped disabling the valve operation. Moreover, the relatively low coefficient of flow, causes a relatively high pressure drop across the valve, resulting in increased pump and system wear. Pressure limitations are relatively high, ranging from 1480 to 1500 psi, dependent on materials of construction, size and temperature. Minimum and maximum temperatures are also very broad ranging from -425° F to 1100° F, depending again on the materials of construction. Simply stated, the main purpose of a globe valve is to provide precise throttling and control. General sizes available are 1/2 - 8".

Knife Gate Valves

Knife gate valves are used in three primary applications: non-abrasive slurry services such as in the pulp & paper industry, abrasive slurry applications as found in mining applications, and for large diameter water Future Water India E-Magazine, Dec 2020

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TECH FOCUS services as found in waste water systems. Special knife gate valves configurations are used for handling abrasive slurries. These range from hardened components to the use of polyurethane seats and liners to combat the abrasion. The most recent development for abrasive slurries is the double seated slide gate valve which uses two opposing elastomer seats that provide an elastomer conduit through the valve. This type does best in the most difficult high solids and scaling applications. Advantages of the Knife Gate Valve include the ability to cut through slurries, scale and surface build ups, unobstructed flow paths, small face-to-face dimensions and large line size availability. The unobstructed flow path not only provides high flow capacity (Cv), but even allows large objects, rocks and items routinely found in mining processes to safely pass through the valve. Similar to a butterfly valve, the knife gate valve has a small face-to-face dimension, greatly reducing the weight of this valve and facilitating piping design. Sizes available range from standard cast configurations as small as 2" to special fabricated valves exceeding 100". Standard cast configurations have ASME 125/150 bolting patterns and are rated at 150 psi. Fabricated valves can address higher pressures and are often manufactured to match specific service requirements. Disadvantages of a knife gate valve are the relatively low pressure limitation, lack of cleanliness and general inability to provide bubble-tight shut-off. As mentioned above, general pressure limitations are 150 psi maximum. Relative to cleanliness, the knife gate valve contains cavities which promote contamination. Hence this valve is not recommended for high purity applications. With regards to bubble tight shut-off, most knife Future Water India E-Magazine, Dec 2020

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TECH FOCUS gate valves due to the uni-directional flow path and metal seats are not capable of achieving ASME Class VI ratings. However some bidirectional knife gates valves utilizing an elastomer perimeter seal do comply with ASME Class VI shut-offs. For abrasive and slurry applications, the knife gate valve is an excellent choice. For proper selection the Technical Sales Representative should be consulted since the application is key to developing the proper valve configuration particularly in larger line sizes. Many users are not aware of the recent design developments and capabilities.

Pinch Valves

Pinch valves typically perform well in low-pressure slurry applications. Popular applications are found in the mining, pulp and paper and food industries. The valve design is similar to that of a garden hose, in which the hose is pinched to stop the flow. The pinch valve operates by using an elastomeric sleeve which is "pinched" closed by a roller pin attached to a threaded stem. Operation is linear with a multi-turn handwheel. Advantages of the pinch valve are streamlined flow, high flow coefficients and isolated working parts. The elastomeric sleeve contains essentially no cavities, meaning the valve is well suited for handling slurries that can become entrapped in such cavities. In addition, the sleeve isolates the working parts of the valve from the process media. Internals do not need to be specified in corrosion resistant materials. Due to no obstructions in the valve flow path, the coefficient of flow, Cv is relatively high. This reduces the head loss across the valve, decreasing the overall wear on the pump and system. Standard face-to-face dimensions are compliant with ASME B16.10, enabling the pinch valve to be easily interchanged with ASME compliant ball and plug valves. Future Water India E-Magazine, Dec 2020

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TECH FOCUS Disadvantages are limited materials of construction, shut-off capabilities, increased maintenance time and relatively low maximum operating pressure. Due to the valve design and operation, a sleeve material with elastic resilient properties is required. The elastomers typically available to meet this criterion limit chemical compatibility and increase the potential for contamination. Although some manufacturers do offer Teflon® PTFE sleeves with an elastomeric sleeve reinforcement, the cycle life is most likely decreased with a less flexible material. Pinch valves in most cases are not rated bubble tight per ASME or MSS. Another limitation due to the elastomeric construction is a relatively low pressure limitation, generally not exceeding 150 psi. General sizes available are 1" - 24", however some manufacturers offer up to 70".

Plug Valves

Plug valves are typically utilized in chemical processing applications, including such severe service chemicals as chlorine and anhydrous hydrofluoric acid. The quarter turn design is most similar to a ball valve design, with the ball replaced by a plug. In contrasts to the ball valve, the plug valve typically requires higher operating torques, meaning larger and more expensive automation packages. The valve is typically categorized into one of the three following designs: lubricated, nonlubricated or eccentric. The advantage of the nonlubricated design is elimination of periodic lubrication and assurance that valve lubrication will not contaminate the process media or adversely affect downstream instrumentation. The eccentric plug valve is essentially a plug valve with the plug cut in half. The advantage of this design is a higher achieved seating force with minimal friction encountered from the Future Water India E-Magazine, Dec 2020

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TECH FOCUS open to closed position. Shut-off capabilities are improved without a significant increase in operating torque. General advantages of a plug valve are quarter turn design, chemical compatibility and standard face-to-face dimensions. Disadvantages of this valve are limited shut-off capability, relatively high operational torques and cavities that may promote contamination or entrap solids. Typical maximum operating pressures are 750 psi. Temperatures can range up to 400° F. Both aforementioned parameters are dependent on materials of construction, size and design. For corrosive or severe service chemical applications, plug valves are a worthwhile consideration. General sizes available are 1/2" - 36". A Water Industry Buyer’s Guide

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OPINION

Membrane of Polymer As a green innovation, layer based detachment is probably going to assume a significant job in numerous mechanical applications. There are numerous preferences of utilizing films for mechanical procedures such as no stage changes, simple to scale up, basic in activity, generally low vitality utilization, low work cost, less space prerequisite and so on [1]. Detachment through layers is generally founded on the particular transport marvel of the atoms through the film lattice. The essentialness of this wonder has prompted the improvement of novel film materials to improve the subatomic transitions in the film network while isolating the particles of intrigue [2]. Two or then again more materials with disparate properties in a specific extent are combined to shape a composite. The individual parts in composites are remaining fortified together by certain physical or on the other hand compound communications, while, holding their physical or concoction personalities. By and large, properties of the composite materials are predominant in numerous regards to those of the individual unadulterated parts. A large portion of the composites are made with engineered polymer (as framework stage), furthermore, manufactured, metallic, silica or glass filler (as scattered stage). Nanoparticles are fascinating nano scale fillers to improve the utilitarian execution of mass polymeric material at extremely low focus (commonly a part contrasted with the grid polymer) [3]. Polymer nano-composites keep on getting gigantic consideration for potential in cutting edge material applications remembering for the novel layer science and innovation. Polymeric layers are generally utilized in film partition forms for the benefits of their capacity to shape great layer, adaptability, sturdiness, efficient, and astounding partition properties; though, they have hardly any entanglement, for example, constrained mechanical, synthetic, what's more, warm opposition, low mass vehicle (for thick polymeric film) just as a helpless enemy of fouling capacity initiated by their surface properties. Readiness of novel composite polymeric film by auxiliary change of the current framework of polymer film materials to improve their porousness, permselectivity what's more, quality and other utilitarian properties would play a significant job in film science and innovation. Polymeric nano-composite films are set up by blending of nano-sized fillers and polymer framework to upgrade exhibitions, for example, high permselectivity, transitions, good surface morphology because of brilliant fouling opposition contrasted and the unadulterated polymeric framework films [4,5]. Before hardly any years, polymer nano-composite film has been ruling in its application for gas detachment, water and wastewater treatment, desalination, energy component and so on. A definitive properties of a polymeric nanocomposite layer are a lot of reliant on the scattering and Future Water India E-Magazine, Dec 2020

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2021 THEME

Water Network Softwares

Sewage Pumps

FEB

Advances in Membrane Technologies

Filter press & Centrifuges

Submersible Pumps

Blowers & Diffusers

Ozone Based Disinfection System

High-Pressure Pumps

Smart Water Monitoring

MAR

JAN

New Techniques in Filtration Systems

Water Treatment Chemicals & Technologies

APR

Biological Wastewater & Water Treatment Solutions

Analytical Instruments

MAY

Sewage Recycle

Dosing Pumps

MF & UF Membranes

Ozonators & UV Systems

Booster Pumps & Systems

Demineralization Plants

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Benefits of Vaccume Pump Systems

Pressure Tanks & Vessels

Application of MBR, MBBR, SBBR, SBR Technologies in Water Treatment

JUL

Wastewater Management: Recyclicng and Reuse Methods

Bio Solids & Water Treatment Chemicals

Aerobic Technologies for the Treatment of Wastewater

Water Monitoring Systems

AUG

JUN

Pumps & Valves for Water & Wastewater Treatments

Gear Pump Selection

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SEP OCT NOV DEC

Pump & Valve Industry Watch

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Eco-Friendly Water & Wastewater Treatment Chemicals

Lab & Field Instruments

Pumping Terminology

Activated Carbon

Desalination Thermal & Sea Water RO(SWRO) O & M Techniques in Water & Wastewater Treatment

ZLD System

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OPINION dissemination of the strengthening nano-filler in the constant stage, just as interfacial connection between the outside of nanoscale filler and polymer grid [3]. By consolidating nanosize fillers in the polymer arrangement before the film creation, one can change arrangement rheology, modify stage reversal and control film morphology. Forthcoming nano-fillers for polymer nano-composite layer manufacture are carbon nanotubes, graphene oxide, TiO2 , SiO2 , Mg(OH)2 , Al2O3 , ZnO, earth and so forth. Astonishing upgrade of both layer porousness, and selectivity for atomic species during division could be accomplished by fortifying nanofillers in the polymer layer framework. The profoundly great property upgrade in terms of transition and selectivity for polymer nano-composite layer as opposed to the ordinary filler strengthened polymer layer is in all likelihood because of an additional district at the nanofillers polymer interface and additionally interruption of polymer chain pressing because of significant increment of free volume size through which sub-atomic vehicle would happens in the thick nano-composite film network [6,7]. In this way, the two gas detachment just as huge scope water treatment of business furthermore, natural significance could be profited by utilizing polymer nano-composite film.

Conclusion

With the fast increment of worldwide populace and ensuing needs for vitality, new water and waste water treatment films will lead in numerous regions, for example, water treatment (viz. desalination, squander treatment), gas treatment and power devices are not many fields of numerous to states. Innovative work in the polymer nanocomposite layer is promising. In any case, further advancement is required as there are numerous difficulties to defeat before nanocomposite polymeric layer can be considered in the modern full stage applications. So as to fulfill the need for novel applications, following will be testing and fascinating for specialists: •Finding tale nano-filler for explicit utilizations of nanocomposite layers •One of the serious issues for nano-composite film is the best possible scattering and dispersion of nano-fillers in the polymer nano-composite film framework • Surface adjustment of nano-fillers, thus, to improve the interfacial association between the divergent surface of nanofiller and polymer lattice •Enhancing the transition through the nano-composite polymeric film framework while isolating the focused on part is testing to the film researchers •Membrane fouling is another obstruction for the layer based partition where nano-fillers could be relevant to improve the film execution •Nano-composite polymeric film could improve the film division process which could be a key patron for tackling worldwide new water flexibly, condition and vitality. Future Water India E-Magazine, Dec 2020

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OPINION References 1.Kang GD, Cao YM. Application and modification of poly(vinylidene fluoride) (PVDF) membranes-A review. J Membrane Sci. 2014;463:145-165. 2.Kubaczka A. Prediction of Maxwell-Stefan diffusion coefficients in polymer-multicomponent fluid systems. J Membrane Sci. 2014;470:389-398. 3.Mondal S, Hu JL. Microstructure and water vapor transport properties of functionalized carbon nanotube reinforced segmented polyurethane composite membranes. Polym Eng Sci. 2018;48:1718-1724. 4.Reddy AVR, Mohan DJ, Bhattacharya A, Shah VJ, Ghosh PK. Surface modification of ultrafiltration membranes by preadsorption of a negatively charged polymer. I. Permeation of water soluble polymers and inorganic salt solutions and fouling resistance properties. J Membrane Sci. 2003;214:211-221. 5.Yang YN, Zhang HX, Wang P, Zheng QZ, Li J. The influence of nanosized TiO2 fillers on the morphologies and properties of PSFUF membrane. J Membrane Sci. 2014;288:231-238. 6.Hinds BJ, Chopra N, Rantell T, Andrews R, Gavalas V. Aligned multiwalled carbon nanotube membranes. Science. 2004;303:62-65. 7.Paul DR, Robeson LM. Polymer nanotechnology: Nanocomposites. Polymer. 2014;49:3187-3204. Author Info Julia Anderson* Department of Chemical Engineering, Oxford University, USA Citation: Anderson J (2020) Membrane of Polymer. J Membra Sci Technol 10:207. doi: 10.35248/2155-9589.2020.10.207

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ENERGY STORAGE SYSTEMS BUYERS GUIDE

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WATER NEWS

Wastewater Recycling:

A Great Opportunity For India To Avoid The Impending Water Crisis 1,100 in 2050. Water used for sanitation purposes is rarely recycled in India’s urban areas. Wastewater recycling infrastructure in India’s urban spaces is neither properly financed nor designed, resulting in limited options for people to recycle wastewater. Only 30 per cent of India’s wastewater is recycled. The apathy with regard to treatment of wastewater in India is visible from how its sewage systems have been designed. Most of urban India’s sewage systems lead directly to rivers or lakes. For example, in Delhi, 90 per cent of urban households have sewage systems which dump the wastewater directly into the Yamuna. Years of this practice has resulted in the Yamuna becoming one of the world’s most polluted rivers. The concept of wastewater recycling in India was not much discussed about till the early 90s. The design of most Indian Why Isn’t Wastewater Recycled in urban drainage systems is such that India? wastewater flows directly into a river or In India, the awareness related to over lake without treatment. Water is also exploitation of water resources has been very low. India has always been projected mistakenly thought to be an endless natuas a country with abundant water resourc- ral resource, which is why its conservation or recycling was not been a part of es which is no longer the case. On the other hand, per capita availability of water our culture, said Dr. Narayan Hegde, Trustee and Principal Advisor, BAIF in India has dwindled from 1,800 cubic Development Research Foundation. metres per year in 2001 to an estimated India is the biggest consumer of freshwater in the world today, accounting for about 750 billion cubic metres annually, according to the World Bank. The World Bank has studied India’s rising water requirements extensively. But for a country which accounts for only 4 per cent of the world’s water resources despite hosting 17 per cent of the world’s population, the water crisis is a looming danger we should be wary of. The Central Pollution Control Board (CPCB) estimates that by 2030, India’s water demand is expected to rise to 1.5 trillion cubic metres. How can India bridge the divide between water haves and have nots? Lack of proper infrastructure and awareness with regard to wastewater recycling in India has resulted in over exploitation of India’s water resources and there are barely existent mechanisms on wastewater recycling.

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WATER NEWS The Changing Scenario Though low compared to global standards, India has been investing in wastewater treatment since 2004. With increase in both rural and urban sanitation coverage under the Swachh Bharat Abhiyan since 2014, a number of private corporations are taking increased interest in the sector of sanitation and wastewater recycling. The World Bank estimates that India’s total water and sanitation sector is worth $420 million, with an annual growth rate of 18 per cent. Investments in this sector by private corporations could see the growth of small organisations associating themselves with wastewater collection, redirecting of wastewater to treatment plants and transportation of wastewater from remote locations to treatment plants. Doing so would strengthen both the entrepreneurial outlook in rural and urban India, as well as address the issue of wastewater management. The Swachh Bharat Abhiyan has played a crucial role in addressing the issue of wastewater treatment. The mission has laid stress on the development of indigenous technologies and has roped in experts from Gujarat Technological University and Bhabha Atomic Research Centre (BARC) to conduct research on how low cost technologies to treat wastewater can be developed. The mission has also stressed on Radiation Hygienisation, a process in which wastewater from Future Water India E-Magazine, Dec 2020

households is hygienised using gamma radiation and the water is made fit for industrial or household usage other than consumption. The Swachh Bharat mission has also focused on the issue of wastewater and steps are being taken to improve the quality and quantity of water recycled. The number of toilets being built will increase the amount of wastewater generated. A proper mechanism, if in place, can ensure that we are well-equipped to deal with the problem of wastewater, said Arunangshu Mukherjee, Member Secretary, Ministry of Water Resources. A number of organisations like Xylem India, Jaldhara Technologies, Wabag etc. have been engaged in providing sustainable solutions for wastewater treatment. Wabag has been instrumental in building the first plant for recycling of wastewater to drinking water in Namibia and plans to replicate the same in India as well. A full scale implementation of such models in India will reduce the over usage of India’s water resources for drinking purposes. Lakes Of India, Waste Management, World Toilet Day | Written By: Saptarshi Dutta | Edited By: Sonia Bhaskar https://swachhindia.ndtv.com/wastewater-recycling-multi-billion-dollar-opportunity-india-avoid-forth coming-water-crisis-7182/ www.futurewaterindia.com

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AQUA PAGES 2021

Water Industry Buyer’s Guide 2021 24/7 Brand Exposure to Thousands of Buyers

The AQUA PAGES Buyers' Guide, offered in print and online, is the leading industry directory where our engaged audience of 15,000 print subscribers and thousands of annual visitors to the online Buyers' Guide look to find the latest products, services and solutions to help guide their purchasing decisions. Think of it as the 24/7 industry-specific search engine where buyers and new business opportunities are looking for you. ADVERTISERS RECEIVE EXCLUSIVE BENEFITS: • Your listing pops to the top in online Buyers' Guide search results • Link to your company's website in the online Buyers' Guide • Reaches industry decision-makers • Company name is boldfaced throughout the entire Product Guide (distributors bolded in Areas Served section) • 12 months of print and digital promotion at the regular issue ad rate • "See our ad on page XX" prompt in all listings In Print & Online, 365 Days a Year AQUA PAGES (Water Industry Buyer’s Guide), the industry-leading publication for Water & Wastewater Industry professionals, is sent to 15,000 qualified subscribers, 84 percent of whom are the owner, CEO, VP or manager of their company. Our goal is to provide ongoing value to our readers by connecting them to the products, services and solutions they need, making AQUA PAGES the ideal marketing platform, both in print and online, to target your message to key buyers. Future Water India E-Magazine, Dec 2020

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AQUA PAGES 2021

The AQUA PAGES Buyers' Guide is the print and digital marketing solution where buyers come to find you! Why the Buyer’s Guide is a smart Investment:

2020 is already winding down. The end of the year also means it’s time for AQUA PAGES (Water Industry Buyer’s Guide) annual Buyers’ Guide. Our staff is hard at work on this edition which will arrive in the hands of our 15,000+ print subscribers in February 2021. If you can name it, you can find it among the 200+ pages of the Buyers’ Guide: Products, OEM’s, brand names, distributors, Traders, Dealers, Service related people, Consultants and Plant manufacturers’, representatives. This is one of our most anticipated issues each year and the great news is, there are many perks for advertisers in the issue. Here are a few of the best: 1. Year-Long Visibility — Online and in Print “We regularly hear stories from our readers who keep the Buyers’ Guide nearby at all times, even after it’s torn and tattered from being referenced so often,” As an advertiser in this issue, your company name is bolded throughout the Guide. Your listing also features a callout listing the page number of your advertisement. Additionally, your advertisement is guaranteed to be placed in the section of the Buyer’s Guide that you desire. When you combine your AQUA PAGES Buyers’ Guide investment with our ECO PAGES Buyer’s Guide, you’ll receive additional exposure all year long on Future Water India E-Magazine.

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Water & Wastewater Industry Buyer’s Guide

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AQUA PAGES 2021

2. Your Prospects Are Out There, Help Them Find You In addition to the 15,000+ people who receive the print edition of the Buyers Guide, thousands of people find it online each month. With your Future Water India E-Magazine — available to Buyer’s Guide advertisers at a 100% discount — you’ll ensure your prospects easily find you no matter where they look. Each month the online Buyers’ Guide and E-Magazine receives more than 2,400 pageviews. 3. Stand Out Above Your Competitors As prospects search the Buyers’ Guide, both online and in print, issue advertisers are more likely to be found. In print, your listing is bolded, while non-advertisers are not. Take a look at the example. Who will your prospects notice first? Vega India Level And Pressure Measurement Pvt Ltd Plot No. 1, Gat No. 181, Village-Phulgaon, Tal. Haveli, Phulgaon Industrial Estate, Dist Pune- 412216 Pune - 412216, Maharashtra, India Tel: 020-67314000 / 8888834784 Email: [email protected] Web: www.vega.com Contact: Mr. Ravindra Borse See Our Ad. On Pg: 53 Veksler Engineering A-1/112, 2Nd Floor, Dsidc, Flated Factory Complex, Jhilmil Industrial Area, Gt Road Shahadara, Delhi - 110095, Delhi, India Tel: 011-65633561 / 9810648909 Email: [email protected] Web: www.veksler.co.in Contact: Mr.Dilip Vyas Vel Associates No-12 A / 4-11, S.M.Complex, Vasantha Nagar, Opp Jayam Theatre, Bye Pass Road, Madurai - 625003, Tamil Nadu, India Tel: 9842191329/9842981329 Email: [email protected] Contact: Mr.Venkatesan Vens Hydroluft Pvt. Ltd. 29, Yadaval St, Pattara Vakkam, Sidco Industrial Estate, Ambattur, Chennai - 600098, Tamil Nadu, India Tel: 044-26250963 / 9840080525/9840760857 Email: [email protected] Web: www.skimmer.co.in Contact: Mr.Venkatesh Davey See Our Ad. On Pg: 67

[email protected];[email protected] Web: www.venusmeters.com Contact: Mr.Sridhyar Nayak Venus Marketing No: 73/126, Periyar Pathai, Padmanabha Nagar,Choolaimedu (Near 100ft Road), Chennai - 600094, Tamil Nadu, India Tel: 044-42877279 / 9176967477 Email: [email protected] Web: www.venusjalco.com Contact: Mr.Chitranjan . H Venus Trading Company 122, Narayan Dhuru Street, Mumbai - 400003, Maharashtra, India Tel: 022-23422192 / 9820033629 Email: [email protected] [email protected] Web: www.venustradingcompany.com Contact: Mr.Vinit Kacheria Veolia India Pvt. Ltd. B-1, Marble Arch, 9, Prithviraj Road, Near Rajas Than House, New Delhi - 110011, Delhi, India Tel: 011-24651465 Email: [email protected] Web: www.veolia.in Contact: Mr.S.V.K.Babu Vibrant Industries New No. 2 Old No.1,Poombugar Nagar (South), Kolathur Road, Kolathur Chennai - 600099, Tamil Nadu, India Tel: 9940074131 Email: [email protected] Web: www.vibrantindustries.com Contact: Mr.Raja Sekar

Future Water India E-Magazine, Dec 2020

Vijay Precision Dies Pvt. Ltd.. 429, Hebbal Industrial Area, Metagalli, Mysore - 570016, Karnataka, India Tel: 0821-2412284 / 9980556252 [email protected] Web: www.crystalblueindia.com Contact: Mr.S.Gururaj Vijraak Aquaa Solution No39, Mathang Kovil St, Kammavar Thangam Buliding Kovilpatti - 628501, Tamil Nadu, India Tel: 9444481671 Email: [email protected] Contact: Mr.Suresh Babu Vili Composite Pvt Ltd Survey No.388/1, Jepur Road, Bagathala, Morbi, Gujarat, 363641, India Morbi - 363641, Gujarat, India Tel: 9925222007 / 9825244207 Email: [email protected] Contact: Mr. Mayur Patel Vinayak Enterprise B/104, Narmada Enclave, Shimpoli Cross Road No.1, Borivali (W), Mumbai - 400092, Maharashtra, India Tel: 022-28997882 / 9819619910 Email: [email protected] Contact: Mr.B.B.Upadhyay Vipanan Analytical Technologies Nilay ,Plot No.23,Prathamesh Park, Baner Balewadi Road, Baner, Pune - 411045, Maharashtra, India Tel: 8149036220 / 8793046221 Email: [email protected] Web: www.vipanan.com Contact: Mr.Raghav khadakkar

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Circulation

Water Companies

Product Categories

Months Shelf Life

40000+

6000+

190 +

12

Your Guide to Indian Water & Wastewater Industry Data

Water Industry Buyer’s Guide 2021

AQUA PAGES

AQUA PAGES 2021

4. Our Audience Loves It!

The Buyers’ Guide remains a tried and true resource for our audience of Water & Wastewater Industry professionals. We hear positive feedback all the time from readers who keep the Buyer’s Guide on their desk at all times. “It’s one of the few products that can still beat Google head to head these days.” AQUA PAGES is owned by Future Water India, which owns two other B2B publications. ECO PAGES (Environmental Industry Buyer’s Guide) and PUMP INDUSTRY Buyer’s Guide. In each industry we serve, the Buyers’ Guide is a staple for all of our readers. “The Buyers’ Guide for me, I want the book,” said one reader we interviewed recently. “I like grabbing the book, finding who I need to talk to and when I need to make a purchase, what do I go to? I go to the Buyers’ Guide.” And with AQUA PAGES, you know your Buyers’ Guide investment is reaching a powerful audience of OEMs of sugar industry, pharmaceuticals, oil & refinery, power & steel, cement industry, textiles industry, chemical industry, processing, pulp & paper, mining, paint, plastic, agriculture, food & beverages, consultants, hotels, hospitals, automotive, constructions, environmental protections, equipment suppliers/ agents/dealers, building & construction, fertilizers, public utilities, govt industries and associations Interested in helping your brand reach quality buyers in the 2021 Buyers’ Guide? Have additional questions you’d like answered? Just want to chat about your marketing goals and objectives? Give Future Water India a call today. Future Water India E-Magazine, Dec 2020

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Future Water India offers a full range of marketing and advertising products and services to help your business to stand out from the crowd, including:

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PUMPS & SYSTEMS- Pump Industry Buyer’s Guide Future Water India E-Magazine, Dec 2020

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FUTURE WATER INDIA MAGAZINE

Future Water India Magazine & Buyer’s Guide Directories

To keep you all informed, Future Water India publish a monthly magazine which contains articles of interest and relevance to the industry, directly targeted at those within the industry. This gives members unparalleled opportunities to increase their knowledge about topics that are crucial to a successful future. Future Water India magazine is mailed direct to more than 22000 Future Water India subscribers; recipients include Managing Directors and Chief Executives of the Water Utilities and their suppliers, contractors and regulators – key personnel and decision makers throughout the water industry. The magazine offers the ideal platform to promote your company, services and business developments across the entire Indian water sector. Each issue we cover a broad range of features to aid our members with their learning and development within the Indian water sector and our members are also actively encouraged to contribute editorial content.

Our past magazines are available to view online here: www.futurewaterindia.com/e-magazine.html

Advertise in our Buyer’s Guide Directories / Magazine

Advertising in the Future Water India Magazine offers you the opportunity to reach this unique audience in a number of different ways, each one designed to suit your business needs – from display advertisements to company profiles, right the way through to product & services showcases. Among the many benefits: Prestige: A great way to project your company or product. Profit: Brings your sales message to the most influential and significant buyers in the marketplace. Information: Offers businesses and manufacturers the chance to give the market a clear explanation of the state of your business, which is of great importance to shareholders, customers and suppliers. Introduction: Whether you are a new company, or an existing and established business, there are always new opportunities and potential clients. Future Water India Magazine can help you reach them! Brand Awareness: Builds on your strengths within the marketplace by either building on recognised branding, or affirming your industry standing. Confidence: Creates the confidence among existing and potential customers. Image: Projects your company to the wider sector/business community and enhancing your reputation. To discuss advertising and editorial opportunities contact us at [email protected] or call: 8978291722. Future Water India E-Magazine, Dec 2020

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Buyers Guide More than 100 product categories More than 4000 Manufacturers and Suppliers One year shelf life Circulation to End users in all the industries. Book yours ads now! [email protected] +91 8978291722

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A1 aqua services

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Placon Filters Pvt Ltd

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Aditi Enterprises

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Royal precision filtration systems

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Air poll Engineering

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PUMP GUIDE

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AQUA PAGES 2021

ECO PAGES 2021

PUMP GUIDE 2021

24/7 Brand Exposure to Thousands of Buyers Contact us to book your ADS [email protected] +91-8978291722

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