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Air-to-Water Generators

Product Overview

 

As an established industrial manufacturer, we engineer Industrial Atmospheric Water Generators (AWG) designed to extract moisture from ambient air and convert it into certified, potable-grade water through a controlled condensation and multi-stage filtration matrix. Built for continuous operation in municipal, commercial, and off-grid environments, this system provides a secure, decentralized water supply independent of municipal pipelines or depleting groundwater sources. Relying on an automated refrigeration cycle and robust treatment architecture, our commercial AWG units deliver predictable, scalable daily output across diverse climatic conditions. Engineered for direct integration into existing utility infrastructures or standalone deployment.

 

 
 
Key Features

 

High-Efficiency Condensation Core:

Dual-compressor architecture paired with hydrophilic-coated aluminum fin evaporator coils maximizes moisture extraction rates per kilowatt-hour (kWh).

01

Modular Plant Scalability:

Frame-mounted commercial units allow parallel deployment to scale daily water production from 500L to 10,000L+ without redesigning plant layouts.

02

Continuous Water Quality Monitoring:

Integrated IoT sensors track real-time Total Dissolved Solids (TDS), pH, turbidity, and residual disinfection, triggering automated system lockouts if thresholds deviate.

03

All-Weather Operating Envelope:

Functions reliably across ambient temperatures from 5C to 50C and relative humidity levels from 30% to 95%.

04

Corrosion-Resistant Structural Build:

Structural frames utilize hot-dip galvanized steel with marine-grade powder coating; all water-contact chambers use food-grade SUS304/316 stainless steel.

05

 

Technical Specifications

 

Parameter

Industrial Model AWG-500

Industrial Model AWG-1000

Industrial Model AWG-5000

Daily Water Generation

500 L / Day (30C, 80% RH)

1,000 L / Day (30C, 80% RH)

5,000 L / Day (30C, 80% RH)

Rated Power Supply

380V/3Ph/50Hz or 460V/3Ph/60Hz

380V/3Ph/50Hz or 460V/3Ph/60Hz

380V/3Ph/60Hz (Customizable)

Average Energy Consumption

0.32 kWh/L

0.29 kWh/L

0.26 kWh/L

Refrigerant Type

R410a / R134a (Eco-compliant)

R410a / R134a (Eco-compliant)

R507 / Inverter Scroll

Purification Stages

Air Filtration -> RO -> UV -> Mineralization

Air Filtration -> RO -> UV -> Mineralization

Multi-stage UF + RO + UV-C + Ozone

Water Storage Capacity

Integrated 300L SS304 Tank

Integrated 600L SS304 Tank

External Modular Storage Compatible

Operating Range

Temp: 5C - 50C / RH: 30% - 95%

Temp: 5C - 50C / RH: 30% - 95%

Temp: 5C - 50C / RH: 30% - 95%

 

 
 
Applications

Remote Industrial Camps:

Autonomous potable water generation for mining operations, oil drilling sites, and remote construction camps without local utility connections.

Municipal Emergency Response:

Rapidly deployable trailer-mounted units for disaster relief, refugee camps, and temporary municipal water shortage interventions.

Island & Coastal Resorts:

Sustainable hydration solutions for remote hospitality facilities facing saline groundwater or prohibitive desalinization logistics.

Military & Defense:

Tactical, ruggedized water generation units built to withstand harsh field environments and heavy transport shocks.

 

Integrated Air-to-Water Drinking Water System

 

Customization and OEM/ODM

We maintain full in-house manufacturing capabilities, supporting customized engineering for unique EPC and industrial project requirements:


Capacity & Enclosure Redesign: Custom skid dimensions, containerized enclosures (20ft/40ft ISO shipping containers), and dual-voltage electrical configurations.


Advanced Filtration Customization: Integration of specific media filters (e.g., heavy metal reduction, fluoridation, or specialized mineral balancing) to meet regional potable standards (WHO, US EPA, EU Drinking Water Directive).


OEM/ODM Branding: Private label housing, custom HMI control screen interfaces, and proprietary firmware integration for system integrators.

 

 

Quality Control and After-Sales Support

Rigorous Testing Protocol:
Helium mass spectrometer leak testing on all refrigeration and refrigerant circuits.
Hydrostatic pressure testing on stainless steel water storage tanks at 1.5x operating pressure.
Electrical safety testing (dielectric withstand, insulation resistance, ground continuity per IEC standards).


Manufacturing Certifications: ISO 9001 quality management, ISO 14001 environmental management, CE, and UL-listed electrical components.


After-Sales Support:
12-month standard warranty on core assemblies (compressors, heat exchangers, pumps).
72-hour guaranteed response time for technical troubleshooting by certified engineers.
Global dispatch of critical replacement filters, UV lamps, and valves via standard air freight.

Residential Air-to-Water Generator

 

 

Frequently Asked Questions

 

 

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

A: AWG water generation depends on absolute humidity. Output ratings are based on standard test conditions (30C and 80% RH). If ambient humidity drops to 40% RH, output decreases by approximately 40-50%. We provide a psychrometric output calculation tool for specific project site coordinates.

Q: What are the total operational costs per liter of water produced?

A: Operating cost is dictated by local industrial electricity tariffs multiplied by the energy consumption ratio (ranging from 0.26 to 0.32 kWh/L). Consumables (pre-filters, UV lamps, RO membranes) replacement costs average $0.015 to $0.03 per liter depending on feed-air particulate loads.

Q: Does the generated water meet international drinking water standards?

A: Yes. The multi-stage filtration process removes particulate matter, bacteria, viruses, and dissolved impurities. The resulting water conforms to WHO drinking water guidelines and local parameters set by the US EPA and EU directives.

Q: What is the typical maintenance schedule for industrial units?

A: Routine maintenance requires air intake filter replacement every 1,000 operating hours, UV lamp replacement every 8,000 hours, and RO membrane inspection/cleaning every 12 months. All service points feature tool-free quick-release access panels.

Q: Can these units operate on solar or hybrid renewable power grids?

A: Yes. Industrial units can be configured with DC-AC hybrid inverters to integrate directly into solar PV arrays or diesel generator microgrids, reducing fuel or grid dependency in remote locations.

Q: What is the standard lead time for OEM orders?

A: Standard production lead time is 35 to 45 days after engineering drawing sign-off. Custom containerized configurations or specialized electrical certifications require 50 to 60 days.

 

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