VayuJal [Water from Air]
Present Status of Safe Drinking Water In India
- 40% of Indians will have no access to drinking water by 2030: NITI Aayog.
- Access to safe drinking water has been a grave problem for India, especially in rural areas where lack of usable water has resulted in decades old sanitation and health problems.
18,917 villages in India are still without access to piped water. - 21 Indian cities–including Delhi, Bengaluru, Chennai and Hyderabad–will run out of groundwater by 2020, affecting 100 million people; 40% of India’s population will have no access to by 2030.
- Many Indian states, including Andhra Pradesh, Chhattisgarh and Tamil Nadu, face water shortages, exacerbated by changing rainfall patterns.
To Over come the difficulty of availability of Safe Drinking Water,
we offer alternate source of Drinking Water, Water from Air, VayuJal
Generate Water from Air (The unlimited source of Pure Water At Any Location)
AWG Process
A bio-inspired humidity condensation method and customized filtration process that provides natural drinking water straight from the air.
VJ-30 AWG
| Rated water production capacity in 24 hrs | 30 litres |
|---|---|
| Actual size (LxWxH) (cms) | 45 x 55 x 85 |
| Net weight (kg) | 60 |
| Power rating (kW) | 0.7 kW (at 70 %RH and 30 0C) |
| Refrigerant | R407c |
| Power supply | 230 Vac, 1 phase, 50 Hz |
| Internal storage tank capacity (litres) | 16 |
| Noise level (dB) | < 65 |
| Air Purification | Al mesh supported HDPE fabric |
| Water Purification | 7 Stage filteration, including ozonizer, UV, membrane5 |
| Power efficiency | ~ 0.4 kW/liter (at 70 %RH and 300C) |
Working Condition: Relative Humidity Range: 35 - 99 %RH,
Temperature Range: 20 - 400C
Water output and power consumption dependent on ambient conditions
VJ-100 AWG
| Rated water production capacity in 24 hrs | 100 litres |
|---|---|
| Actual size (LxWxH) (cms) | 60 x 70 x 130 |
| Net weight (kg) | 90 |
| Power rating (kW) | 2 kW (at 70 %RH and 30 0C) |
| Refrigerant | R407c |
| Power supply | 230 Vac, 1 phase, 50 Hz |
| Internal storage tank capacity (litres) | 60 |
| Noise level (dB) | < 65 |
| Air Purification | Al mesh supported HDPE fabric |
| Water Purification | 7 Stage filteration, including ozonizer, UV, membrane |
| Power efficiency | ~ 0.3 kW/liter (at 70 %RH and 30 0C) |
Working Condition: Relative Humidity Range: 35 - 99 %RH,
Temperature Range: 20 - 400C
Water output and power consumption dependent on ambient conditions
VJ-400 AWG
| Rated water production capacity in 24 hrs | 400 litres |
|---|---|
| Actual size (LxWxH) (cms) | 160 x 90 x 100 |
| Net weight (kg) | 400 |
| Power rating (kW) | 5 kW (at 70 %RH and 300C) |
| Refrigerant | R410A |
| Power supply | 380 Vac, 3 Phase, 50 Hz |
| External storage tank capacity (litres) | 100 – 300, as required. |
| Noise level (dB) | < 70 |
| Air Purification | Al mesh supported HDPE fabric |
| Water Purification | 7 Stage filteration, including ozonizer, UV, membrane |
| Power efficiency | ~ 0.3 kW/liter (at 70 %RH and 30 0C) |
Working Condition: Relative Humidity Range:35 - 99 %RH,
Temperature Range:20 - 400C
Water output and power consumption dependent on ambient conditions
VJ-1000 AWG
| Rated water production capacity in 24 hrs | 1000 litres |
|---|---|
| Actual size (LxWxH) (cms) | 2900 x 1390 x 2350 |
| Net weight (kg) | 1000 |
| Power rating (kW) | 14 kW (at 70 %RH and 30 0C) |
| Refrigerant | R410A |
| Power supply | 380 Vac, 3 Phase, 50 Hz |
| External storage tank capacity (litres) | 400 - 600, as required. |
| Noise level (dB) | < 70 |
| Air Purification | Al mesh supported HDPE fabric |
| Water Purification | 7 Stage filteration,including ozonizer,UV,membrane |
| Power efficiency | ~ 0.3 kW/liter (at 70 %RH and 300C) |
Working Condition: Relative Humidity Range:35 - 99 %RH,
Temperature Range:20 - 400C
Water output and power consumption dependent on ambient conditions
VJ-2000 AWG
| Rated water production capacity in 24 hrs | 2000 litres |
|---|---|
| Actual size (LxWxH) (cms) | 2350 x 2700 x 2150 |
| Net weight (kg) | 1800 kg |
| Power rating (kW) | 25 kW (at 70 %RH and 30 0C) |
| Refrigerant | R410A |
| Power supply | 380 Vac, 3 Phase,50 Hz |
| External storage tank capacity (litres) | 1000-2000 liters, as required. |
| Noise level (dB) | < 75 |
| Air Purification | Al mesh supported HDPE fabric |
| Water Purification | 7 Stage filteration, including ozonizer, UV, membrane |
| Power efficiency | ~ 0.3 kW/liter (at 70 %RH and 300C) |
Working Condition: Relative Humidity Range:35 - 99 %RH,
Temperature Range:20 - 400C
Water output and power consumption dependent on ambient conditions
VayuJal in essence
| Purpose | Affordable drinkable water for everyone facing water shortage |
|---|---|
| Technology | |
| Technology goals | (for example mineral water, transported tanker supplies etc.) |
Our Highlights
AWGs are reliant, safe, efficient and easy to install. It assures quality and meets international standards of compliance while being affordable and easily accessible.| Power Efficient We have designed our AWGs keeping the future in mind and have ensured that the efficiency of water generation through it is 0.3 kwh/litre. | Quality Drinking Water The water produced from our AWGs are not only completely pure through filtration but also has added minerals and nutrients that equate it to natural spring water. |
| WHO and BIS Compliant Complies with all required World Health Organization and other eminent organisation standards to ensure the safety of all our patrons. | Low Operating Costs A one time investment that will go a long way to save money overall due to minimal electricity consumption and maintenance costs. |
| Affordability Through nanotechnology our AWGs are not only affordable but reliable and can fit to meet the needs of your family, business, school, organisation etc. | Adaptive System IoT to monitor health/use of machine to inform quality/quantity of water |
Deployment
M/s. A & S Infrastructure works in the innovative products, useful for the industries to develop Environment Friendly Atmosphere and Enhancement of Performance.