Smart Water Technologies

At Smart Water, we provide innovative Advanced Water Purification solutions tailored to meet the demands of residential, commercial, and industrial water treatment. Our signature Smart De-Ionization (SDI) system, combined with cutting-edge purification technologies, delivers high-purity water while prioritizing sustainability, efficiency, and ease of use.

Our Key Technologies for Advanced Water Purification
⚡ Smart De-Ionization (SDI) with LED Monitoring

Revolutionary Chemical-Free Water Purification

Our Smart De-Ionization (SDI) technology is a breakthrough in advanced water purification. It uses an electrochemical process that enables ion exchange without the need for chemical regenerants, drastically reducing environmental impact and operational costs.

• ION Removal: SDI removes dissolved ions such as calcium, magnesium, sodium, and chloride from water by attracting and capturing them on ion-exchange membranes, effectively “de-ionizing” the water for ultra-purity.
• REGENERATION Process: Unlike traditional systems that require chemical regenerants like acids or salts, SDI performs electrochemical regeneration. This regenerates the ion-exchange membranes by reversing the ion flow using electrical current, enabling continuous operation without chemical waste.
• DRAIN-Free Operation: The drain or wastewater commonly produced during regeneration in conventional de-ionization is eliminated in SDI. The system recycles and reuses water internally, minimizing water wastage and conserving precious resources.
• Integrated LED Display: Equipped with an easy-to-read LED panel, the SDI system shows real-time operational status, water quality indicators, and maintenance alerts to keep users informed and in control.
• Compact and Modular: Designed for flexibility, the SDI units fit a wide range of installation spaces and capacities.
• Eco-Friendly and Cost-Efficient: Chemical-free regeneration and zero wastewater discharge help reduce operating costs and environmental footprint.

Ideal for industrial ultra-pure water needs, laboratory applications, and residential use where water purity and sustainability are paramount.

💧 Advanced Reverse Osmosis (RO)

Effective Removal of Dissolved Impurities

Our Advanced Reverse Osmosis (RO) systems use semi-permeable membranes to filter dissolved salts, heavy metals, organic compounds, bacteria, and viruses, delivering clean, safe drinking water.

• High Rejection Rates: Up to 99% removal of total dissolved solids (TDS) and contaminants.
• Energy Efficient: State-of-the-art membranes reduce power consumption.
• Scalable: Systems designed for small to large-scale applications.
• Automation: Smart controls for optimal water recovery and minimal maintenance.

🛡️ Ultrafiltration (UF)

Chemical-Free Microfiltration for Enhanced Safety

Ultrafiltration membranes remove suspended solids, bacteria, viruses, and colloidal particles physically, maintaining water’s natural minerals.

• No Chemicals Needed: Pure physical filtration.
• Microbial Safety: Filters particles down to 0.01 microns.
• Environmentally Responsible: No harmful by-products.

☀️ Ultraviolet (UV) Sterilization

Instant Microbial Disinfection

UV sterilization uses ultraviolet light to deactivate microorganisms without chemicals.

• Fast and Effective: Kills bacteria, viruses instantly.
• No Taste or Odor Impact: Maintains water quality.
• Low Maintenance: Durable UV lamps with long life.

📡 Smart Monitoring & Automation

IoT-Enabled Real-Time Control

Smart Water systems integrate IoT sensors and automation for real-time water quality management:

• Remote Monitoring: Track pH, TDS, flow rates anytime.
• Automated Alerts: Maintenance and quality notifications.
• Optimal Performance: Ensures system reliability and efficiency.

Why Choose Smart Water Technologies?

1. Energy Efficiency: SDI technology is more energy-efficient compared to RO. SDI water purifiers work by applying
   an electrical potential across two electrodes, attracting and removing ions from the water.
   This process requires significantly less energy compared to the high-pressure pumps used in RO systems,
   which force water through a semipermeable membrane to remove impurities.
   
   
2. Reduced Water Waste: RO systems produce a significant amount of wastewater as a by-product of the purification process. For every gallon of purified water, an RO may generate anywhere approx.70% of wastewater.
   On the other hand, SDI produces much lesser wastewater in comparison, since it operates without the need for pressure-driven filtration. This makes SDI a more environmental-friendly option.
   
   
3. Faster Operation: SDI water purifier typically works at a faster rate compared to RO systems.
   The time required for SDI to deionize water is shorter, which means that SDI systems can have a higher flow rate
   and provide purified water more quickly.
   
   
4. No Membrane System: RO systems rely on semipermeable membranes that will become fouled or damaged over time due to the high pressure and impurities in the water. These membranes require regular maintenance and replacement. In SDI, there are no membranes involved, reducing the need for frequent maintenance and potentially resulting in a longer lifetime for the system.
   
   
5. Tunable TDS: One can experience the benefits of tunable Total Dissolved Solids (TDS) with SDI technology. Compared to conventional RO systems, TDS reduction performance of our innovative technology is lower.
   This ensures safe and healthy drinking water, free from excess dissolved solids.

Features

Technical Specifications

Specification	SDI™ 5000	SDI™ 2000	SDI™ 1000
Body Material	Galvanized Powder Coated	Galvanized Powder Coated	Galvanized Powder Coated
Product Type	Drinking Water Purifier	Drinking Water Purifier	Drinking Water Purifier
Input TDS Max	1500 PPM	1500 PPM	1500 PPM
Input TDS Min	100 PPM	100 PPM	100 PPM
Water Recovery	Up to 80% (at time of purification)	Up to 80% (at time of purification)	Up to 80% (at time of purification)
Carbon Filter	20″, 1100 Iod Value	20″, 1100 Iod Value	20″, 1100 Iod Value
Sediment Filter	20″, 5 Micron	20″, 5 Micron	20″, 5 Micron
Electricity	220 Volt (Up to 10 amp)	220 Vac (Up to 5 amp)	220 Vac (Up to 5 amp)
Auto Backwash Refill Tank	Every 150 Hours (Continuous Running)	Every 150 Hours (Continuous Running)	Every 150 Hours (Continuous Running)
Backwash Control Panel	Automatic Controller	Automatic Controller	Automatic Controller
TDS Control	Automatic/Manual	Automatic/Manual	Automatic/Manual
Dimensions (W x H x D)	625mm x 1280mm x 665mm	530mm x 1150mm x 450mm	525mm x 870mm x 455mm
Power Consumption	780 W/Hour* (Average with Pump)	290 W/Hour* (Average with Pump)	170 W/Hour* (Average with Pump)
Output Water Quality	Mineral Water Up to 100-300 (WHO Std: 500 PPM)	Mineral Water Up to 100-300 (WHO Std: 500 PPM)	Mineral Water Up to 100-300 (WHO Std: 500 PPM)
Weight	86 Kg (Approx)	52 Kg (Approx)	42 Kg (Approx)
Max Output Water	Up to 150 to 250 LPH (5000* LPD)	Up to 70 to 100 LPH (2000* LPD)	Up to 35 to 50 LPH (1000* LPD)
Operating Hours	24 Hours	24 Hours	24 Hours