Shreyans Water Engineers
Shreyans Water Engineers
Sola, Ahmedabad, Gujarat
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Water Treatment Plants Annual Maintenance Contract

Water Treatment Plants Annual Maintenance Contract
  • Water Treatment Plants Annual Maintenance Contract
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  • Benefits of the Annual Maintenance Contract (AMC)
  • In today’s competitive era, quality is a prime factor. Quality output from any machine depends on machine's repeat performance. To get repeat performance; machine maintenance is a key factor. Maintenance of machines with Computerized Numerical Controls requires special skills. Every organisation may not have specialized CNC maintenance team to take care of all variety of CNC machines. .
  • Mumbai consumer of a water purifier recently signed up for an annual maintenance contract (AMC) with its manufacturer. As we know, AMCs come in handy after a product's warranty period expires; they usually ensure that critical parts are repaired or replaced without any additional charge.
  • This instance underscores the point that prospective buyers of consumer durables and electronics such as television sets, refrigerators, washing machines, personal computers and laptops must budget for AMC or the "running cost" of products too.
  • According to industry officials, in this country, AMCs are usually pegged at up to 10% of a product's price, although in some cases it is higher. (There are normally two kinds of AMCs: a comprehensive cover that includes component repair or replacement and periodic maintenance, and another that involves only maintenance, says S K Virmani of Delhi-headquartered National Consumer Helpline, a project supported by the ministry of consumer affairs).
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  • Item Code: SWE-AMC
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Filtration System

Filtration System
  • Filtration System
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Sand Filter, Carbon Filter: 1Q to 100Q is capable to produce 1 to 100 m3/hr  filtered water flow based on model number.

All models are designed on brackish water(Max 10,000 ppm TDS) with velocity of 15 to 18 m/hr.

Sand Filters <<

    SSF-1Q

   SSF-1.5Q

    SSF-2Q

    SSF-5Q

    SSF-10Q

    SSF-15Q

    SSF-20Q

    SSF-25Q

    SSF-50Q

    SSF-75Q

    SSF-100Q

 

 

>> Carbon Filters <<

 

    SCF-1Q

    SCF-1.5Q

    SCF-2Q

    SCF-5Q

    SCF-10Q

    SCF-15Q

    SCF-20Q

    SCF-25Q

    SCF-50Q

    SCF-75Q

    SCF-100Q

 

 

>> Sand Filter + Carbon Filter <<

 

    SSCF-1Q

    SSCF-1.5Q

    SSCF-2Q

    SSCF-5Q

    SSCF-10Q

    SSCF-15Q

    SSCF-20Q

    SSCF-25Q

    SSCF-50Q

    SSCF-75Q

    SSCF-100Q

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RO Membrane Cleaner

RO Membrane Cleaner
  • RO Membrane Cleaner
  • RO Membrane Cleaner
  • RO Membrane Cleaner
  • RO Membrane Cleaner
  • RO Membrane Cleaner
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Membrane cleaning methods:

There are several different membrane cleaning methods, such as forward flush, backward flush and air flush.

 

  • When forward flush is applied, membranes are flushed with feed water or permeate forward. The feed water or permeate flows through the system more rapidly than during the production phase. Because of the more rapid flow and the resulting turbulence, particles that are absorbed to the membrane are released and discharged. The particles that are absorbed to membrane pores are not released. These particles can only be removed through backward flushing.
  • Backward flush is a reversed filtration process. Permeate is flushed through the feed water side of the system under pressure, applying twice the flux that is used during filtration. When the flux has not restored itself sufficiently after back flushing, a chemical cleaning process can be applied.
  • During a chemical cleaning process, membranes are soaked with a solution of chlorine bleach, hydrochloric acid or hydrogen peroxide. First the solution soaks into the membranes for a number of minutes and after that a forward flush or backward flush is applied, causing the contaminants to be rinsed out.
  • A newer cleaning method is the so-called air flush or air/ water flush. This is a forward flush during which air is injected in the supplier pipe. Because air is used (while the water speed remains the same), a much more turbulent cleaning system is created.

 

Forward flush

When forward flush is applied in a membrane, the barrier that is responsible for dead-end management is opened. At the same time the membrane is temporarily performing cross-flow filtration, without the production of permeate.

The purpose of a forward flush is the removal of a constructed layer of contaminants on the membrane through the creation of turbulence. A high hydraulic pressure gradient is in order during forward flush.

Backward flush

When backward flush is applied the pores of a membrane are flushed inside out. The pressure on the permeate side of the membrane is higher than the pressure within the membranes, causing the pores to be cleaned. A backward flush is executed under a pressure that is about 2.5 times greater than the production pressure.

Permeate is always used for a backward flush, because the permeate chamber must always be free of contagion. A consequence of backward flush is a decrease in recovery of the process. Because of this, a backward flush must take up the smallest possible amount of time. However, the flush must be maintained long enough to fully flush the volume of a module at least once.

Air flush or air/ water flush

Fouling on the membrane surface needs to be removed as effectively as possible during backward flush. The so-called air flush, a concept developed by Nuon in cooperation with DHV and X-flow, has proved to be very useful to perform this process. Using air flush means flushing the inside of membranes with an air/ water mixture.

During an air flush air is added to the forward flush, causing air bubbles to form, which cause a higher turbulence. Because of this turbulence the fouling is removed from the membrane surface.

Chemical cleaning

When the above-mentioned cleaning methods are not effective enough to reduce the flux to an acceptable level, it is necessary to clean the membranes chemically.

During chemical cleaning chemicals, such as hydrogen chloride (HCl) and nitric acid (HNO3), or disinfection agents, such as hydrogen peroxide (H2O2) are added to the permeate during backward flush. As soon as the entire module is filled up with permeate, the chemicals need to soak in. After the cleaning chemicals have fully soaked in, the module is flushed and, finally, put back into production.

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  • Item Code: SWE-Membrane_Cleaner
  • Packaging Details: Standard Packing, Wooden Box
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Ultrapure Water Purification System

Ultrapure Water Purification System
  • Ultrapure Water Purification System
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Filter Vessels

Filter Vessels
  • Filter Vessels
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Ultrafiltration Membranes

Ultrafiltration Membranes
  • Ultrafiltration Membranes
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Pharmaceutical Water System

Pharmaceutical Water System
  • Pharmaceutical Water System
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Water Recycling Services

Water Recycling Services
  • Water Recycling Services
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Packaged Drinking Water Plant

Packaged Drinking Water Plant
  • Packaged Drinking Water Plant
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Raw Water Clarification

Raw Water Clarification
  • Raw Water Clarification
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Reverse Osmosis Chemicals

Reverse Osmosis Chemicals
  • Reverse Osmosis Chemicals
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Ion Exchange Plant

Ion Exchange Plant
  • Ion Exchange Plant
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Pond & Lake Aeration Systems

Pond & Lake Aeration Systems
  • Pond & Lake Aeration Systems
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Pond and Lake Aeration Systems
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Open Well Submersible Pump

Open Well Submersible Pump
  • Open Well Submersible Pump
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Water Filtration Media

Water Filtration Media
  • Water Filtration Media
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MBBR Tank

MBBR Tank
  • MBBR Tank
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Ozone Water Purifier

Ozone Water Purifier
  • Ozone Water Purifier
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Packaged Effluent Treatment Plant

Packaged Effluent Treatment Plant
  • Packaged Effluent Treatment Plant
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Water Treatment Plant Parts

Water Treatment Plant Parts
  • Water Treatment Plant Parts
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Wastewater Recycling Equipment

Wastewater Recycling Equipment
  • Wastewater Recycling Equipment
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Reverse Osmosis Tube

Reverse Osmosis Tube
  • Reverse Osmosis Tube
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Water Chemical

Water Chemical
  • Water Chemical
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Swimming Pool Skimmer

Swimming Pool Skimmer
  • Swimming Pool Skimmer
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Water Treatment Resin

Water Treatment Resin
  • Water Treatment Resin
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Pressure Water Pump

Pressure Water Pump
  • Pressure Water Pump
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Water Filter Cartridge

Water Filter Cartridge
  • Water Filter Cartridge
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Membrane Filter System

Membrane Filter System
  • Membrane Filter System
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UV Water Treatment System

UV Water Treatment System
  • UV Water Treatment System
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Iron Removal Media

Iron Removal Media
  • Iron Removal Media
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Carbon Water Filter

Carbon Water Filter
  • Carbon Water Filter
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Ozone Water Treatment Plants

Ozone Water Treatment Plants
  • Ozone Water Treatment Plants
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Microfiltration System

Microfiltration System
  • Microfiltration System
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Water Distillation Plant

Water Distillation Plant
  • Water Distillation Plant
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Water Softener Housings

Water Softener Housings
  • Water Softener Housings
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Water Polishing Unit

Water Polishing Unit
  • Water Polishing Unit
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Distribution Skid

Distribution Skid
  • Distribution Skid
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Grease Trap

Grease Trap
  • Grease Trap
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Granular Carbon

Granular Carbon
  • Granular Carbon
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Filmtec Membrane

Filmtec Membrane
  • Filmtec Membrane
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FAB Media

FAB Media
  • FAB Media
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SAFF Media

SAFF Media
  • SAFF Media
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Disc Diffusers

Disc Diffusers
  • Disc Diffusers
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Reverse Osmosis Membrane Housing

Reverse Osmosis Membrane Housing
  • Reverse Osmosis Membrane Housing
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Hydranautics Membranes

Hydranautics Membranes
  • Hydranautics Membranes
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Paddle Wheel Aerator

Paddle Wheel Aerator
  • Paddle Wheel Aerator
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PP Filter Cartridge

PP Filter Cartridge
  • PP Filter Cartridge
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Dosing Plants

Dosing Plants
  • Dosing Plants
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Stainless Steel RO Membrane Housings

Stainless Steel RO Membrane Housings
  • Stainless Steel RO Membrane Housings
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Distillation Units

Distillation Units
  • Distillation Units
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  • Water Distillation Unit serves as part of Laboratory Glassware that find extensive usage in science labs established in schools, colleges as well as in places like research institutes. Known for superior finish quality and accurate design standards, these distillation units are manufactured using advanced process technology and are developed to deliver optimum performance support
  • Available range : Water Distillation Unit - Manesty Type, Water Distillation unit Single Unit, Water Distillation unit Double Unit, Water Distillation unit Heavy Duty and Water Distillation unit Table Floor Model.
  • Water Distillation Unit - Manesty Type offered find application in making of pyrogen free distilled water. With the offered unit designed and developed using stainless steel 304 grade sheet, the cock that comes fitted to the unit is of brass metal with C.P. wall mounting clamp. Further, the unit also comprises flexible tubing, supplied with cord as well as plug and work on 220/230 volts A.C. supply.
  • Features :
  • Comes with 4 Liter /Hr output capacity
  • Features use of 3 kw heater load support
  • Works on 220/230 Volts A.C. supply
  • Finds application in making of pyrogen free distilled water
  • Applications :
    Used for regular testing by:
  • Steel Manufacturing Units
  • Ferrous and Alloy Steel Foundries
  • Forging Units
  • Wire drawing Units
  • Quality Control Testing laboratories
  • Water Distillation Unit - Heavy Duty offered comprises free standing unit that is made available with precision design support so as to produce pyrogen free distilled water. all contact parts are made of stainless steel 304 grade, mounted on a sturdy ms tubular stand. high efficiency electrical immersion heater are fitted, argon arc welded, low water level cut-off device for general safety of heating elements, control panel fitted with on/off switch, low water cut-off probe, mains/heating indicators. electric supply 220/230v ac, 430 /440 v ac 3 phase 50/ 60hz.
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Additional Information:

  • Item Code: SWE-DU
  • Pay Mode Terms: L/C (Letter of Credit),D/A,D/P,T/T (Bank Transfer),Other
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Evaporators

Evaporators
  • Evaporators
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Wastewater Evaporation Technology
  • Evaporation technology offers the simplest and most effective approach to industrial wastewater minimization. ENCON Wastewater Evaporators are able to handle a wide range of waste streams simultaneously and are a great option for manufacturing processes that may expand or change in the future.
  • Many companies that generate industrial wastewater are hauling their water for disposal at a high cost per gallon. Other companies are treating the wastewater, often with labor and chemical intensive processes, and are having to adhere to increasingly strict discharge limits to their local sewer authority
  • An evaporator is used in an air-conditioning system to allow a compressed cooling chemical, such as R-22 (Freon) or R-410A, to evaporate from liquid to gas while absorbing heat in the process. It can also be used to remove water or other liquids from mixtures.
  • The process of evaporation is widely used to concentrate foods and chemicals as well as salvage solvents. In the concentration process, the goal of evaporation is to vaporize most of the water from a solution which contains the desired product.
  • In the case of desalination of sea water or in Zero Liquid Discharge plants, the reverse purpose applies; evaporation removes the desirable drinking water from the undesired product, salt.
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Additional Information:

  • Item Code: SWE-EVP
  • Pay Mode Terms: L/C (Letter of Credit),D/A,D/P,T/T (Bank Transfer),Other
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Filter Cartridges

Filter Cartridges
  • Filter Cartridges
  • Filter Cartridges
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  • A water filter removes impurities from water by means of a fine physical barrier, a chemical process or a biological process. Filters cleanse water to different extents for purposes such as providing agricultural irrigation, accessible drinking water, public and private aquaria, and the safe use of ponds and swimming pools.
  • Types of water filters media filters, screen filters, disk filters, slow sand filter beds, rapid sand filters, cloth filters,and biological filters such as algae scrubbers.

  • Point-of-use filtersPoint-of-use filters for home use include granular-activated carbon filters (GAC) used for carbon filtering, depth filter, metallic alloy filters, microporous ceramic filters, carbon block resin (CBR), microfiltration and ultrafiltration membranes. Some filters use more than one filtration method. An example of this is a multi-barrier system. Jug filters can be used for small quantities of drinking water. Some kettles have built-in filters, primarily to reduce limescale buildup.
  • NSF International as it is now known started out as the National Sanitation Foundation in 1944 at the University of Michigan School of Public Health.
  • The NSF's water treatment Device Certification Program requires extensive product testing and unannounced audits of production facilities. One goal of this not for profit organization is to provide assurance to consumers that the water treatment devices they are purchasing meet the design, material,and performance requirements of national standards.
  • The Water Quality Association is a trade organization that tests water treatment equipment, and awards its Gold Seal to systems that meet or exceed ANSI/NSF standards for contaminant reduction performance, structural integrity, and materials safety.
  • The term water polishing can refer to any process that removes small (usually microscopic) particulate material, or removes very low concentrations of dissolved material from water.
  • The process and its meaning vary from setting to setting: a manufacturer of aquarium filters may claim that its filters perform water polishing by capturing "micro particles" within nylon or polyester pads just as a chemical engineer can use the term to refer to the removal of magnetic resins from a solution by passing the solution over a bed of magnetic particulate.
  • In this sense, water polishing is simply another term for whole house water filtration systems. Polishing is also done on a large scale in water reclamation plants.
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  • Item Code: SWE-FCA
  • Pay Mode Terms: L/C (Letter of Credit),D/A,D/P,T/T (Bank Transfer),Other
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Mineral Water Plant

Mineral Water Plant
  • Mineral Water Plant
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  • Mineral water is water from a mineral spring that contains various minerals, such as salts and sulfur compounds. Mineral water may be effervescent.
  • Traditionally, mineral waters were used or consumed at their spring sources, often referred to as "taking the waters" or "taking the cure," at places such as spas, baths, or wells. The term spa was used for a place where the water was consumed and bathed in; bath where the water was used primarily for bathing, therapeutics, or recreation; and well where the water was to be consumed.
  • In modern times, it is far more common for mineral water to be bottled at the source for distributed consumption. Travelling to the mineral water site for direct access to the water is now uncommon, and in many cases not possible (because of exclusive commercial ownership rights). There are more than 3,000 brands of mineral water commercially available worldwide.
  • Many of the early developments in the field of chemistry can be attributed to the study of natural mineral waters and attempts to replicate them for commercial sale. Joseph Priestley, who would discover oxygen in 1775, made his first contributions to the field of chemistry by dissolving carbon dioxide in water, for which he was awarded the Copley Medal in 1773. He would go on to work with Jacob Schweppes, founder of Schweppes, in developing “aerated” waters for commercial sale.
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  • Item Code: SWE-MWPS
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Resins

Resins
  • Resins
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  • In polymer chemistry and materials science, resin is a "solid or highly viscous substance," which are typically convertible into polymers.Such viscous substances can be plant-derived or synthetic in origin. They are often mixtures of organic compounds. Many plants, particularly woody plants produce resin in response to injury. The resin acts as a bandage protecting the plant from invading insects and pathogens.
  • ResinsThe resin produced by most plants is composed mainly of terpenes and derivatives. The most common terpenes in resin are the bicyclic terpenes alpha-pinene, beta-pinene, delta-3 carene, and sabinene, the monocyclic terpenes limonene and terpinolene, and smaller amounts of the tricyclic sesquiterpenes, longifolene, caryophyllene and delta-cadinene. Some resins also contain a high proportion of resin acids. The individual components of resin can be separated by fractional distillation. Rosins on the other hand are less volatile and consist, inter alia, of diterpenes.

    Notable examples of plant resins include amber, Balm of Gilead, balsam, Canada balsam, Boswellia, copal from trees of Protium copal and Hymenaea courbaril, dammar gum from trees of the family Dipterocarpaceae, Dragon's blood from the dragon trees (Dracaena species), elemi, frankincense from Boswellia sacra, galbanum from Ferula gummosa, gum guaiacum from the lignum vitae trees of the genus Guaiacum, kauri gum from trees of Agathis australis, labdanum from mediterranean species of Cistus, mastic (plant resin) from the mastic tree Pistacia lentiscus, myrrh from shrubs of Commiphora, sandarac resin from Tetraclinis articulata, the national tree of Malta, styrax (a Benzoin resin from various Styrax species), Spinifex resin from Australian Spinifex grasses, and turpentine, distilled from pine resin. Amber is fossil resin (also called resinite) from coniferous and other tree species.

  • Copal, kauri gum, dammar and other resins may also be found as subfossil deposits. Subfossil copal can be distinguished from genuine fossil amber because it becomes tacky when a drop of a solvent such as acetone or chloroform is placed on it.

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Consultation - Effluent Treatment Plant

Consultation - Effluent Treatment Plant
  • Consultation - Effluent Treatment Plant
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  • Public consultations on potential wastewater treatment options are now underway with the launch of an online survey by the Capital Regional District (CRD).
  • The core area wastewater survey gives residents the opportunity to give feedback and educate those who are learning the information for the first time.
  • There are seven options on the table for treating liquid waste. Information provided in the survey includes locations, levels of service for treated effluent, piping and conveyancing, infrastructure opportunities for water reuse and heat recovery, and preliminary estimates on costing and revenues. There are also two possible methods of treating solids including potential locations and forms of treatment.
  • “We may not have 100 per cent of the information, but we have made significant progress and now have enough material to get meaningful input from the public,” said Lisa Helps, chair of the Core Area Liquid Waste Management Committee.
  • In addition to the survey, information will also be provided at municipal halls, band offices, the CRD storefront at 625 Fisgard St., community and public events where project engineers will be on hand to explain technical information.
  • The region currently filters its waste and pumps it into the Juan de Fuca Strait. In 2012, the federal government passed a law requiring cities such as Victoria to provide secondary sewage treatment by 2020.
  • Construction on a plant was set to begin two years ago at McLoughlin Point, but the proposal died in of 2014 when Esquimalt council rejected the site. Oak Bay Mayor Nils Jensen recently suggested taking another look at McLoughlin Point after learning the cost of the new plans.
  • The cost of a sewage treatment plant at McLoughlin Point is pegged at $788 million while other proposals that are being considered are more than $1 billion.
  • The CRD needs to have a site selected and zoned by the end of March to meet the deadline for at least $83 million in federal funding.
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Consultation - Sewage Treatment Plant

Consultation - Sewage Treatment Plant
  • Consultation - Sewage Treatment Plant
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  • Public consultations on potential wastewater treatment options are now underway with the launch of an online survey by the Capital Regional District (CRD).
  • The core area wastewater survey gives residents the opportunity to give feedback and educate those who are learning the information for the first time.
  • There are seven options on the table for treating liquid waste. Information provided in the survey includes locations, levels of service for treated effluent, piping and conveyancing, infrastructure opportunities for water reuse and heat recovery, and preliminary estimates on costing and revenues. There are also two possible methods of treating solids including potential locations and forms of treatment.
  • “We may not have 100 per cent of the information, but we have made significant progress and now have enough material to get meaningful input from the public,” said Lisa Helps, chair of the Core Area Liquid Waste Management Committee.
  • In addition to the survey, information will also be provided at municipal halls, band offices, the CRD storefront at 625 Fisgard St., community and public events where project engineers will be on hand to explain technical information.
  • The region currently filters its waste and pumps it into the Juan de Fuca Strait. In 2012, the federal government passed a law requiring cities such as Victoria to provide secondary sewage treatment by 2020.
  • Construction on a plant was set to begin two years ago at McLoughlin Point, but the proposal died in of 2014 when Esquimalt council rejected the site. Oak Bay Mayor Nils Jensen recently suggested taking another look at McLoughlin Point after learning the cost of the new plans.
  • The cost of a sewage treatment plant at McLoughlin Point is pegged at $788 million while other proposals that are being considered are more than $1 billion.
  • The CRD needs to have a site selected and zoned by the end of March to meet the deadline for at least $83 million in federal funding.

 

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  • Item Code: SWE-CONSTP
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Well Point Dewatering System

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Media Filter

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Water Filter Gravel

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Ozone Water System

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Compact Water Treatment Plants

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Disinfectant Generator

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Water Softening Equipment

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Water Softener Tank

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Dual Water Filter System

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Condensate Polisher

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Water Purifier Spare Parts

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Water Purification Plants

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Raw Water Treatment Plant

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Multigrade Filter

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Industrial Water Purifier

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Granular Activated Carbon

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Water Filtration Skids

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Mineral Water Filter

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Carbon Powder

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Coconut Shell Activated Carbon

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Inclined Plate Clarifiers

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Water Treatment Tanks

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Boiler Water Treatment Plant

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Lamella Clarifier

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Wastewater Pumps

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Biological Treatment Plants

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Oil Water Separator

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Solar Water Purifier

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Industrial Water Filters

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Diffused Aeration System

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Sludge Dewatering Machine

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Water Softener Salt

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Water Treatment Cartridge

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Water Treatment Accessories

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Effluent Treatment Plant Equipment

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Packaged Drinking Water Machine

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Wastewater Filters

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Iron Removal Systems

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Ion Exchange Equipment

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Water Purifier Carbon

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Sea Water Chlorinator

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Acid Treatment Plant

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Water Purifier Accessories

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Multi Stage Filter

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Ozone Disinfection Plant

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Sand Filter Plants

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FRP Septic Tank

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Water Filtration Sand

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Water Filter Spares

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Sand Plant

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Reverse Osmosis Tap

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UV Disinfection System

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Filter Media

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Submersible Pumps

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Commercial Water Filter

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Centrifugal Water Pump

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Antiscalant Ball

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Aeration Tank

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Deionizers

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Magnetic Water Softener

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Groundwater Treatment System

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Mineral Pot

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Waste Water Dewatering Services

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Tube Deck Media

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Water Filter Housing

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Reverse Osmosis Equipment

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Wastewater Tanks

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Water Filtering System

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Reverse Osmosis Plant Parts

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Dosing Unit

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Water Filtration Pebbles

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Fresh Water Generator

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Submersible Pumpsets

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Water Purifying Equipment

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Polyelectrolyte

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Water Demineralization Plant

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PLC Wastewater Treatment Plant

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Coconut Shell Carbon

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Wastewater Evaporators

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Fluoride Removal Plant

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Waste Water Recycling

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Water Pollution Control System

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Membrane Diffuser

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Suresh Chaudhari (Manager)
No. 153, Shukan Mall, Science City Road Near CIMS Hospital, Sola
Ahmedabad- 380060, Gujarat, India


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