Compact Air-to-Water Generator

Compact Air-to-Water Generator

The Compact Commercial Atmospheric Water Generator (Model: AWG-C50/C100) is an engineered off-grid drinking water solution designed to extract moisture from ambient air and condense it into pure, potable water. Engineered for commercial facilities, remote job sites, and emergency infrastructure where municipal water is unavailable, costly, or unreliable, this self-contained unit integrates high-efficiency refrigeration-based extraction, multi-stage air purification, and advanced UV sterilization into a corrosion-resistant steel footprint.
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Description

Technical Parameters

The Compact Commercial Atmospheric Water Generator (Model: AWG-C50/C100) is an engineered off-grid drinking water solution designed to extract moisture from ambient air and condense it into pure, potable water. Engineered for commercial facilities, remote job sites, and emergency infrastructure where municipal water is unavailable, costly, or unreliable, this self-contained unit integrates high-efficiency refrigeration-based extraction, multi-stage air purification, and advanced UV sterilization into a corrosion-resistant steel footprint.

 

Key Features

01/

Multi-Stage Air Purification: Intake filtration incorporates dual-layer washable mesh and a HEPA stage to remove airborne particulates, dust, and volatile organic compounds (VOCs) prior to coil condensation.

02/

Hygienic Internal Hydraulics: Food-grade SUS304 stainless steel storage reservoirs and NSF-certified medical-grade silicone tubing prevent biofilm accumulation and downstream water contamination.

03/

High-Efficiency Hydrophilic Coils: Features hydrophilic-coated aluminum fin evaporator coils engineered to maximize moisture condensation rates per kilowatt-hour under varying humidity conditions.

04/

Integrated RO & UV-C Disinfection: Post-storage hydraulic circuits utilize Reverse Osmosis (RO) filtration and continuous UV-C sterilization to eliminate pathogens and regulate Total Dissolved Solids (TDS) to WHO drinking water standards.

05/

Intelligent PLC Control System: Real-time digital interface monitoring water levels, dew point, tank temperature, and automated filter-replacement lifecycle warnings.

 

Technical Specifications

 

Parameter

Model: AWG-C50

Model: AWG-C100

Daily Water Generation

Up to 50 Liters / 24h (at 30°C, 80% RH)

Up to 100 Liters / 24h (at 30°C, 80% RH)

Average Energy Consumption

Approx. 0.30 - 0.42 kWh / Liter

Approx. 0.28 - 0.40 kWh / Liter

Rated Power Input

1.2 kW

2.4 kW

Power Supply

220V-240V / 50-60Hz, 1Ph

380V / 50-60Hz, 3Ph (or customized)

Operating Temperature Range

15°C – 45°C

15°C – 45°C

Operating Humidity Range

35% – 95% RH

35% – 95% RH

Refrigerant Type

Eco-friendly R410a / R290

Eco-friendly R410a / R290

Water Storage Tank Volume

40 Liters

100 Liters

Filtration Architecture

Air HEPA -> Sediment -> Carbon -> RO -> UV-C

Air HEPA -> Sediment -> Carbon -> RO -> UV-C

Dimensions (L x W x H)

650 x 500 x 1100 mm

850 x 650 x 1450 mm

Net Weight

85 kg

140 kg

Enclosure Material

Galvanized Steel with C3-C5 Anti-Corrosion Powder Coating

Galvanized Steel with C3-C5 Anti-Corrosion Powder Coating

 

Applications

 

Remote Industrial Camps: Provides a continuous, decentralized drinking water supply for workforce quarters in mining, oil & gas extraction, and civil engineering sites.


Commercial Real Estate & Offices: Acts as an eco-friendly auxiliary water station, reducing reliance on bottled water delivery and lowering long-term operating costs (OPEX).


Island, Coastal & Off-Grid Resorts: Mitigates high municipal water trucking or desalination costs by harvesting freshwater directly from humid marine air.


Emergency & Disaster Response: Rapidly deployable utility hardware for emergency relief camps requiring immediate, independent hydration infrastructure.

 

Customization and OEM/ODM

Modular & Skid-Mounted Integration:

Custom structural footprints, skid-mounted configurations for containerized setups, and specialized marine-grade anti-corrosion coatings (C5-M standard).

Electrical Adaptation:

Voltage configuration tailored to regional grid standards (e.g., 110V/60Hz, 480V, or solar-hybrid DC microgrid compatibility).

OEM Branding & Localization:

Private-label panel integration, localized firmware language options on PLC touchscreens, and bespoke carton design for wholesale distribution.

Manufacturing Infrastructure:

Supported by a 15,000 square meter production facility featuring automated sheet-metal laser cutting, CNC bending machinery, and dedicated vacuum refrigerant charging lines ensuring stable monthly batch delivery.

 

Quality Control and After-Sales Support

 

Manufacturing Compliance: ISO 9001 certified production lines with strict raw material tractability for compressors, pumps, and control boards.


Factory Acceptance Testing (FAT): Every individual unit undergoes a 24-hour continuous burn-in test, helium pressure leak detection on the refrigerant circuit, and hydrostatic pressure verification on internal water lines prior to crating.


International Certifications: CE, RoHS, and electrical safety compliances satisfying major global import requirements.


Warranty & Technical Support: 1-year comprehensive warranty covering core components (compressor and PLC controller); 24/7 engineering troubleshooting and readily available consumable spare parts kits (filters, UV lamps, replacement sensors) dispatched globally.

 

Frequently Asked Questions

 

Q: How does ambient temperature and humidity affect daily water output?

A: Water yield is directly proportional to absolute humidity. Nominal output is achieved at 30°C and 80% RH. Yield scales down as relative humidity drops below 40% or ambient temperatures fall below 15°C.

Q: What is the operational energy cost (OPEX) per liter of water produced?

A: Under standard operating conditions (30°C / 80% RH), energy consumption averages between 0.30 kWh to 0.42 kWh per liter. Actual operating costs depend strictly on regional industrial electricity tariffs.

Q: Can the unit run on solar microgrids or diesel generators?

A: Yes. The power draw profile is compatible with diesel generators or solar-battery off-grid systems, provided the power source can accommodate the compressor's startup surge amperage.

Q: What is the required maintenance and filter replacement schedule?

A: Air intake HEPA filters require replacement every 6 months. Water filtration elements (sediment, carbon, and RO membranes) operate on a 6- to 12-month lifecycle. UV-C disinfection lamps are rated for 8,000 operational hours.

Q: What are the MOQ terms for OEM private-label manufacturing?

A: Minimum order quantity for custom shell colors, logo branding, and localized software interfaces starts at 10 units per production run. Sample evaluation units are available prior to bulk contracting.

Q: How is the equipment protected for international ocean shipping?

A: Units are secured to Fumigation-Free Plywood Pallets, wrapped in moisture-barrier shrink film, and housed in heavy-duty export-grade corrugated cartons reinforced with edge protectors to prevent transit damage.

 

Request a Quote

 

Ready to evaluate commercial Air-to-Water Generators for your portfolio or request a custom OEM technical proposal? Submit your project parameters below to receive a formal quotation and engineering lead time within 24 hours.


Required Project Details for Inquiries: Target application environment, required daily water volume, destination country voltage standard, and port of delivery.

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