Technology

Scalability

One technology

— unlimited scalability

From a single household unit to a city-scale water plant — the same Swiss-engineered platform.

35 L

Home

70 L

Office

1,000 L

Commercial

5,000 L

Industrial

300K L

Waterstation

1.5M L+

Infrastructure

35 liters/day → 1,500,000 liters/day — all from atmospheric water generation

Core Technology

How AWG

works

High-efficiency condensation meets multi-stage purification — engineered for reliability at every scale.

Atmospheric Condensation

High-efficiency cooling draws moisture directly from ambient air, even in arid environments.

Multi-Stage Purification

Advanced filtration and UV sterilization ensure WHO-compliant drinking water quality.

Smart Energy Optimization

AI-driven energy management minimizes power consumption per liter produced.

Modular Architecture

Stackable module design allows seamless scaling from residential to infrastructure level.

Clean Air

Advanced filtration (HEPA+) of income air; outpushed air is very clean air.

Sensored tank

Advanced water control system – when tank full, system pauses.

Industry-State-of-the-art

Best components used as parts of the AWG

Science supported

strong cooperation with UM6P, one of the best African Universities (networks with MIT etc.).

Power consumption

comparison

Water production	Working condition	consumption	Other suppliers	Save power
500L/D	30℃/80%	4.3kwh	6.5kwh-12kwh	34%-65%
1000L/D	30℃/80%	8.7kwh	13kwh-25.5kwh	33%-65%
2000L/D	30℃/80%	17.5kwh	25.5kwh-50kwh	30%-65%

Inside Atmospheric

Water Generator

01

Intelligent Air Intake & Filtration

Atmospheric Water Generators (AWGs) extract drinking water directly from the humidity present in ambient air — turning an invisible resource into a reliable water source.

Within each HPT® unit, moist air is continuously drawn in through high-efficiency fans and guided through a multi-layer filtration system. Dust, pollen, and airborne particles are effectively removed at this early stage, ensuring that only clean, filtered air enters the core system.

This first step is critical, as it lays the foundation for the overall water quality and system efficiency. After the water generation process, a dedicated mineralization stage reintroduces essential minerals, resulting in a balanced, fresh, and pleasant drinking experience.

02

Advanced Water Extraction Technology

Once filtered, the air is directed through a series of high- performance condensation coils. Here, the air is cooled in a controlled manner until it reaches its dew point — the moment at which water vapor naturally condenses into liquid droplets.

This process is managed by an advanced PLC-based control system combined with multiple sensors that continuously monitor temperature, humidity, and system performance. The result is a highly automated, stable operation with minimal manual intervention.

What differentiates HPT® systems is the integration of a patented heat-exchange mechanism and internal energy recovery technology. By reusing thermal energy within the system, overall power consumption is significantly reduced — typically by 30–65% compared to conventional AWG technologies.

03

Multi-Stage Purification & Water Quality Assurance

The collected water is then processed through a comprehensive multi-stage purification system designed to meet high potable water standards.

This includes sequential filtration steps such as PPF (sediment filtration), GAC (activated carbon for odor and taste optimization), reverse osmosis (RO) for fine purification, and UV sterilization to eliminate microorganisms.

All materials used in contact with water are selected according to strict quality standards, including food-grade stainless steel components, ensuring long-term safety and durability.

The final stage of mineralization provides a light, controlled mineral content — typically within a balanced range — delivering water that is not only safe, but also pleasant to drink.

Pure. Fresh. Mineralized. — Drinking Water, Generated from Air

HPT® systems offer a decentralized and reliable water solution, particularly in regions where conventional water sources are limited, unreliable, or require complex infrastructure.

Production capacity depends on environmental conditions such as temperature and humidity, allowing the system to naturally adapt to its surroundings while maintaining consistent operational performance.

Working mechanism of HuProTec

Industrial Atmospheric Water Generator

HuProTec Atmospheric Water Generator

extract water from humidity in the air.

The ambient air is pulled into the AWG by fans, and the dust, pollen and other particles are blocked out by the air filter.
The air is going through condensing coils, where the water vapor is cooled down to reach the dew point. Then the water vapor converts into water and the water is collected by a storage tank which is made of high-quality stainless steel
With the internal water pump pushing, the collected water is purified when going through a multi-level filtration system, which leads all the possible particles and bacteria in air and water are being removed effectively
At last, the water come out and safe to drink.
At last, the water come out and safe to drink.