Water Treatment Plant Dealers in Pitampura, Delhi

• Brand Name: LBD Robotics PVT LTD

  Working voltage of BO motor: 3-6V High Quality wheels with solid grip tyres Dual Shaft Motors with wheels on one side Center hole: 5.3mm x 3.66mm Wheel size: 65x26mm Reduction Rate : 48:1 Motor Weight (g) : 50 Colour: Yellow

• Country of Origin: India
• Type: Sewage Treatment Plant
• Feed Flow Rate(m3/day): 0-50 m3/day
• Water Source: Industrial Effluent
• Capacity (KLD/MLD): 50 KLD
• Application Industry: Pharmaceutical & Chemicals
• Secondary Treatment Technology: Membrane Bioreactor(MBR)
• Impurities To Be Removed: TDS, Dissolved Minerals
• Frequency: 50 Hz

• Voltage: 220 to 380 V
• Frequency: 50 to 60 Hz
• Automation Grade: Automatic
• Driven Type: Electric
• Feedwater Temperature: 5 to 35 DegC

Unique feature condicitivity meter with linear scale operates on AC/DC of 9 volts battery cell.Non Corrosive Regeneration Tank. High capacity cation & Anion exchange resign upflow treatment. Portable metallic stand with wheels. Can directly be connected to tap water.   Model No. Output/Hour DB 70 70 DB 100 100 DB 150 150 DB 200 200 DB 300 300 DB 500 500

4 bed deionization products are engineered for large-sized deionization applications, these dependable units feature precision electronics and performance components. Ion Exchange can be defined as a reversible exchange of ions between a solid (resin) and a liquid containing dissolved ions. These materials are known as anion and cation exchange resins. electro deionization systems are designed to remove both cationic and anionic impurities releasing H+ ions and OH- ions in exchange of cationic and anionic impurities respectively, these ions (H+ and OH-) subsequently combine to form pure water.   Two-stage air mix standard Compact, non-corrosive components Steel tanks with rubber lining Convenient, modular construction Optional recirculation pumps Brine kill option available for high purity systems Programmable purge prior to regeneration Easy, economical installation Solid-state reliability PLC control for trouble-free service

Water Filter using excellent grade factor inputs that are sourced from the most reliable and authentic vendors of the market.

• Country of Origin: Made in India
• Automation Grade: Automatic
• Capacity: 1 Ltr - 2 Ltrs
• Voltage: 220 V
• Speed: 30- 180 RPM
• Power Supply: 220 V
• Power: 1/20 HP
• Model Name/Number: FLOCCULATOR PLT-195
• I Deal In: New Only
• Brand: TANCO

• Features: High strength , Long lasting , Exceptional finish

We are offering a wide range of 5-stage ro system most economical easily serviceable. These ro water systems are designed and manufactured as per the set industry standards using high quality components and advanced technology.

Sewage Treatment refers to the process of removing contaminants, micro-organisms and other types of pollutants from wastewater. We are a renowned firm, which is engaged in providing Sewage Treatment Plant (STP). Everything you flush down or put down a sink or drain gets treated in our sewerage network. We provides all types of Sewage Treatment Plant and Equipment. Our objective is to produce an environmentally safe fluid waste stream and a solid waste suitable for disposal or reuse. Sewage goes through a multi-stage process of treatment at our plants. These processes clean and filter the sewage to remove:   Bad Bacteria Non-Organic Matter (plastics, wet wipes etc.) Organic Solid Matter Sediments Pollutants Features:   High strength Easy installation No odour generation Less power consumption

Ionizer systems private limited is a leading alkaline water ionizer machine company in india. We are the best water ionizer dealer in india.we provide kangen water system

• Brand Name: SSD Japan
• Weight:  Approx. 820g (with Bracket)
• Print Name: AIR IONIZER WINSTAT High Frequency Technology with Cleaning Alarm funtion.
• Product Code: BF-X2ZB-V2
• Waranty: 12 Months
• Availability: In Stock
• Type : BF-X2ZB-V2
• Input Voltage : DC24 (VAC adaptor supplied; AC100
• Capacity:  10VA
• Output Voltage : AC 3000V
• Ion Balance : ±10V or less (at 300 mm; at factory shipment)
• Air Flow : 1.6
• Wind Velocity : 1.9
• Ozone Abundance:  0.04 ppm or less (at 150 mm)
• Filter : Pre-filter Class
• Output Signal : MOS FET Relay No-voltage Contact Output HV abnormal (Red LED with ALARM)
• Dimensions:  150×182×68mm (W×H×D) exc. protrusions.
• Noise Level:  57dB (A) at 1m distance
• Accessories : Instruction Manual, AC adapter, wide-angle louver,output signal connecting lead, cleaning brush
• Optional Items : Discharging needle unit (DUN-W85), filters (10-sheet set)

Membrane Cleaning Chemicals lie at the heart of any reverse osmosis system, it is therefore essential that the membranes are maintained in a good clean condition and this should be considered to be an important part of any reverse osmosis maintenance program. Effective cleaning usually requires some knowledge of the type of foulant and the cleaning options available.

The objectives of biological treatment, some useful definitions, the role of microorganisms in the biological treatment of wastewater, and biological processes used for wastewater treatment are introduced in this section to provide a perspective for the material to be presented in this section. The removal of dissolved particulate carbonaceous BOD and the stabilization of organic matter found in wastewater are accomplished biologically using a variety of microorganisms, principally bacteria. Microorganisms are used to oxidize the dissolved and particulate carbonaceous organic matter into simple end products and additional biomass, as represented by the following equation for the aerobic biological oxidation of organic matter. V1 (organic material) V2O2 +V3NH3 +v4po43 ----------------v5 (new cells) +v6co2+v7h2o Where Vi = the stoichiometric coefficient. In this equation oxygen (O2), ammonia (NH3), and phosphate ( ) are used to represent the nutrients needed for the conversion of the organic matter to simple end products [carbon dioxide (co2) and water] .the term shown over the directional arrow is used to denote the fact that microorganisms are need to carry out the oxidation arrow is used to denote the fact that microorganisms are need to carry out the oxidation process. The term new cell is used to represent the biomass produced as a result of the oxidation of the organic matter. Microorganisms are also used to remove nitrogen and phosphorus in wastewater treatment process .Specific bacteria are capable of oxidizing ammonia to nitrite and nitrate, while other bacteria can reduce the oxidized nitrogen to gaseous nitrogen. For phosphorus removal, biological processes are configured to encourage the growth of bacteria with the ability to take up and store large amounts of inorganic phosphorus. Because the biomass has a specific gravity slightly greater than that of water, the biomass can be removed from the treated liquid by gravity setting. It is important to note that unless the biomass produced from the organic matter is removed on a periodic basis, complete treatment has not been accomplished because the biomass, which itself is organic, will be measured as BOD in the effluent. Without the removal of biomass from the treated liquid, the only treatment achieved is that associated with the bacterial oxidation of a portion of the organic matter originally present. Types of Biological Processes for Wastewater Treatment The principal biological processes used for waste water treatment can be divided into two main categories: suspended growth and attached growth processes. (MBBR, SAFF, ASP, UASB&MBR). The types of microorganisms involved the specific reaction that they perform, the environmental factors that affect their performance, their nutritional needs, and their reaction kinetics. These subjects are considered in the design section and ACSION focus these areas for the overall performance of the plant. ACSION has the technical capability and expertise for the successful design and operation of all these processes to our valuable customer. Need For �ACSION� Advanced Effluent Treatment The need for advanced wastewater treatment is based on a consideration of one or more of the following factors. The need to remove organic matter and total suspended solids beyond what can be accomplished by conventional secondary treatment process to meet more stringent discharge and reuse requirements.The need to remove residual total suspended solids to condition the treated wastewater for more effective disinfection.The need to remove nutrients beyond what can be accomplished by conventional secondary treatment to process to limit eutrophication of sensitive water bodies.The need to remove specific organic (e.g., heavy metals) and organic constituents (e.g., MBTE and NDMA ) to meet more stringent discharge and reuse requirements for both surface water and land based effluent dispersal and for indirect potable reuse applications (e.g., groundwater recharge).The need to remove specific inorganic (e.g., heavy metals, silica) and organic constituents for industrial reuse ((e.g., cooling water, process water, low pressure boiler makeup water, and high-pressure boiler water). With increased scientific knowledge derived from laboratory studies and environmental monitoring concerning the impacts of the residual constituents found in secondary effluent, it is anticipated that many of the methods now classified as advanced will become conventional within the next 5 to 10 years. Compounds containing available nitrogen and phosphorus have received considerable attention since the mid- 1960s. Initially, nitrogen and phosphorus in wastewater discharges became important because of their effects in accelerating eutrophication of lakes and promoting aquatic growths. More recently, nutrient control has become a routine part of treating wastewaters used for the recharge of groundwater supplies. Nitrification of wastewater dischargers is also required in many cases to reduce ammonia toxicity or to lessen the impact on the oxygen resources in flowing streams or estuaries. As a result of the many concerns over nutrients, nutrient removal has become, for all practical purposes, an integral part of conventional wastewater treatment.

• Color: BLACK

We are offering tube settler. Specifications for tube pac media model veetsm60 plan settling area of media 60 slope 12.0 m2m3 cross sectional size 75mm x 60mm shape v-type moc of media pvc thickness 1 mm (appx.) fitting arrangement tongue & groove max. Continuous operating temperature 55 c colour black

• Brand Name: Wako
• Form: Liquid
• Grade: LC/MS
• Cat No.: 210-01303
• Pack Size: 3L
• Storage: Cool & Dry Place

• Resistivity: Rust Resistant
• Material: Metal
• Durability: Long Life
• Surface Finishing: Polished
• Application: Industrial
• Drive Type: Electric
• Brand Name: Rebico

We are one of the leading Manufacturers and Suppliers of Flocculator (RS00S0110). Flocculator has been specially designed for use in water treatment plants to correctly estimate the dosing of alum and such other coagulants for treatment of water and sewage. Flocculator provides identical Test conditions for all samples. Illumination base consists of fluorescent tube mounted below translucent plastic plate to provide diffused cold light through floc samples. Flocculator consists of heavy duty DC DRIVE variable speed motor heaving speed from 20 to 180 RPM with built in speed control. Stainless Steel Stirring rods are provided with adjustable spacers to adjust the depth of stirring Paddles. The stirring shaft can be removed without disturbing other stirrers. Flocculator is supplied without beakers to work on 220/230 Volts A.C. Stirrers (Capacity Upto 2Ltrs.) : For Two Stirrers For Four Stirrers For Six Stirrers For Eight Stirrers