sales@aquaspec.co.in
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sales@aquaspec.co.in
sales@aquaspec.co.in
Our range of products includes water, waste water treatment and recycling plants using various physico-chemical processes for settling, clarification, filtration, disinfection, membranes and ion exchange technology, ion exchange resins; polymers and polyelectrolyte’s for water and non-water processes; boiler cooling water and fireside treatment chemicals.We also offer technical services such as project management at site, design, erection and commissioning, operation & maintenance of plant and supply of spares.
Depth filters for removal of suspended solids and turbidity using coarse and fine media mixed together in a fixed proportion. The specially graded sand media produces a filter bed with adequate pore dimensions to retain both large and small suspended particles. This filter performs at a substantially higher specific flow rate than conventional filters. Specific flow rates of 15-30 m/h have been successfully obtained for treating water containing 25-50 ppm suspended solids to produce filtrate with less than 5 ppm.
Depth filters for removal of suspended solids and turbidity using coarse and fine media mixed together in a fixed proportion. The specially graded sand media produces a filter bed with adequate pore dimensions to retain both large and small suspended particles. This filter performs at a substantially higher specific flow rate than conventional filters. Specific flow rates of 15-30 m/h have been successfully obtained for treating water containing 25-50 ppm suspended solids to produce filtrate with less than 5 ppm.
Depth filters for removal of suspended solids and turbidity using coarse and fine media mixed together in a fixed proportion. The specially graded sand media produces a filter bed with adequate pore dimensions to retain both large and small suspended particles. This filter performs at a substantially higher specific flow rate than conventional filters. Specific flow rates of 15-30 m/h have been successfully obtained for treating water containing 25-50 ppm suspended solids to produce filtrate with less than 5 ppm.
Comprises a family of automatic twin-bed deionizers incorporating state-of-art counterflow ion exchange technology. Operation cycle of these rapid-regeneration, skid-mounted, packaged units are controlled by volume throughput, which is pre-programmed into the PLC according to the type of feed water. The ion exchange resins are never fully exhausted ensuring optimum deionised water production at all time. Regeneration of cation and anion beds is simultaneous, so effluent streams are largely self-neutralising, reducing waste disposal costs and environmental impact.
Comprises a family of automatic twin-bed deionizers incorporating state-of-art counterflow ion exchange technology. Operation cycle of these rapid-regeneration, skid-mounted, packaged units are controlled by volume throughput, which is pre-programmed into the PLC according to the type of feed water. The ion exchange resins are never fully exhausted ensuring optimum deionised water production at all time. Regeneration of cation and anion beds is simultaneous, so effluent streams are largely self-neutralising, reducing waste disposal costs and environmental impact.
Comprises a family of automatic twin-bed deionizers incorporating state-of-art counterflow ion exchange technology. Operation cycle of these rapid-regeneration, skid-mounted, packaged units are controlled by volume throughput, which is pre-programmed into the PLC according to the type of feed water. The ion exchange resins are never fully exhausted ensuring optimum deionised water production at all time. Regeneration of cation and anion beds is simultaneous, so effluent streams are largely self-neutralising, reducing waste disposal costs and environmental impact.
Depth filters for removal of suspended solids and turbidity using coarse and fine media mixed together in a fixed proportion. The specially graded sand media produces a filter bed with adequate pore dimensions to retain both large and small suspended particles. This filter performs at a substantially higher specific flow rate than conventional filters. Specific flow rates of 15-30 m/h have been successfully obtained for treating water containing 25-50 ppm suspended solids to produce filtrate with less than 5 ppm.
Depth filters for removal of suspended solids and turbidity using coarse and fine media mixed together in a fixed proportion. The specially graded sand media produces a filter bed with adequate pore dimensions to retain both large and small suspended particles. This filter performs at a substantially higher specific flow rate than conventional filters. Specific flow rates of 15-30 m/h have been successfully obtained for treating water containing 25-50 ppm suspended solids to produce filtrate with less than 5 ppm.
Depth filters for removal of suspended solids and turbidity using coarse and fine media mixed together in a fixed proportion. The specially graded sand media produces a filter bed with adequate pore dimensions to retain both large and small suspended particles. This filter performs at a substantially higher specific flow rate than conventional filters. Specific flow rates of 15-30 m/h have been successfully obtained for treating water containing 25-50 ppm suspended solids to produce filtrate with less than 5 ppm.
Depth filters for removal of suspended solids and turbidity using coarse and fine media mixed together in a fixed proportion. The specially graded sand media produces a filter bed with adequate pore dimensions to retain both large and small suspended particles. This filter performs at a substantially higher specific flow rate than conventional filters. Specific flow rates of 15-30 m/h have been successfully obtained for treating water containing 25-50 ppm suspended solids to produce filtrate with less than 5 ppm.
Depth filters for removal of suspended solids and turbidity using coarse and fine media mixed together in a fixed proportion. The specially graded sand media produces a filter bed with adequate pore dimensions to retain both large and small suspended particles. This filter performs at a substantially higher specific flow rate than conventional filters. Specific flow rates of 15-30 m/h have been successfully obtained for treating water containing 25-50 ppm suspended solids to produce filtrate with less than 5 ppm.
Depth filters for removal of suspended solids and turbidity using coarse and fine media mixed together in a fixed proportion. The specially graded sand media produces a filter bed with adequate pore dimensions to retain both large and small suspended particles. This filter performs at a substantially higher specific flow rate than conventional filters. Specific flow rates of 15-30 m/h have been successfully obtained for treating water containing 25-50 ppm suspended solids to produce filtrate with less than 5 ppm.
Wide range of high molecular weight water soluble polymers possessing high flocculating power towards suspended solids. Their composition, molecular size and ionic charge are very critical to their efficient working and can be carefully controlled and tailor made to specific needs. Improve the efficiency of solid-liquid separation in clarification, filtration and other dewatering operations and are therefore very effective in clarification of potable water, effluent treatment and recycling of waste water.
Wide range of high molecular weight water soluble polymers possessing high flocculating power towards suspended solids. Their composition, molecular size and ionic charge are very critical to their efficient working and can be carefully controlled and tailor made to specific needs. Improve the efficiency of solid-liquid separation in clarification, filtration and other dewatering operations and are therefore very effective in clarification of potable water, effluent treatment and recycling of waste water.
Wide range of high molecular weight water soluble polymers possessing high flocculating power towards suspended solids. Their composition, molecular size and ionic charge are very critical to their efficient working and can be carefully controlled and tailor made to specific needs. Improve the efficiency of solid-liquid separation in clarification, filtration and other dewatering operations and are therefore very effective in clarification of potable water, effluent treatment and recycling of waste water.
Our integrated services cover every aspect of your water treatment plant’s performance and give you a complete package of benefits.
Our integrated services cover every aspect of your water treatment plant’s performance and give you a complete package of benefits.
Our integrated services cover every aspect of your water treatment plant’s performance and give you a complete package of benefits.
Compact, efficient, low cost clarifier combines technologies and advantages of solids contact clarifier and lamella clarifier, with enhanced performance at increased rise rate.Combines mixing, reaction-flocculation, clarification, and sedimentation/sludge removal and recirculation in a single treatment basin for maximum treated water production in minimal space. Handles high inlet suspended solids load upto 3000 ppm while giving consistent treated water quality of <20 ppm.
Compact, efficient, low cost clarifier combines technologies and advantages of solids contact clarifier and lamella clarifier, with enhanced performance at increased rise rate.Combines mixing, reaction-flocculation, clarification, and sedimentation/sludge removal and recirculation in a single treatment basin for maximum treated water production in minimal space. Handles high inlet suspended solids load upto 3000 ppm while giving consistent treated water quality of <20 ppm.
Compact, efficient, low cost clarifier combines technologies and advantages of solids contact clarifier and lamella clarifier, with enhanced performance at increased rise rate.Combines mixing, reaction-flocculation, clarification, and sedimentation/sludge removal and recirculation in a single treatment basin for maximum treated water production in minimal space. Handles high inlet suspended solids load upto 3000 ppm while giving consistent treated water quality of <20 ppm.