explorAI Logo

Drinkable Air Technologies logo

drinkableair.tech

Oakland Park, Florida, US

Drinkable Air Technologies

Drinkable Airs Atmospheric Water Generator Technology (AWG)machines create pure, fresh drinking water out of the air we breathe. The amount of water vapor in the atmosphere is vast and atmospheric water generation is a technique of harvesting that water vapor to make clean drinking water the more humidity in the air, the more water that can be produced. Water that is produced by our AWGs is pure, does not contain any contaminants, and represents a method of supplying safe pure water while being environmentally friendly and saving money. Producing water from the air is a sustainable practice through an intelligent use of the most abundant and unlimited supply of water available. Our AWGs first pull air through an electrostatic-antimicrobial filter, removing air born particles. A condensation unit receives the clean humid airflow and condenses water vapor into liquid. As the machine collects the water, it drops into a collection tank where it is ozonated to keep the water pure and fresh. In both the C3 and C8 models the water in the tank is chilled then pumped through a series of filters that further purify and then add minerals to the water (Calcium, Magnesium, Carbonates, etc.) to increase and maintain healthy pH levels. Drinkable Airs AWG machines run on standard grid electric power but are easily adaptable to sustainable power sources such as wind, solar, solar-wind hybrid and diesel generators. They are well suited for hotel rooms, government facilities, schools, hospitals, offices and residential households and represent a technological breakthrough, creating a way to replace and eliminate plastic water bottles.

Drinkable Air Technologies logo

Drinkable Air Technologies

Drinkable Airs Atmospheric Water Generator Technology (AWG)machines create pure, fresh drinking water out of the air we breathe. The amount of water vapor in the atmosphere is vast and atmospheric water generation is a technique of harvesting that water vapor to make clean drinking water the more humidity in the air, the more water that can be produced. Water that is produced by our AWGs is pure, does not contain any contaminants, and represents a method of supplying safe pure water while being environmentally friendly and saving money. Producing water from the air is a sustainable practice through an intelligent use of the most abundant and unlimited supply of water available. Our AWGs first pull air through an electrostatic-antimicrobial filter, removing air born particles. A condensation unit receives the clean humid airflow and condenses water vapor into liquid. As the machine collects the water, it drops into a collection tank where it is ozonated to keep the water pure and fresh. In both the C3 and C8 models the water in the tank is chilled then pumped through a series of filters that further purify and then add minerals to the water (Calcium, Magnesium, Carbonates, etc.) to increase and maintain healthy pH levels. Drinkable Airs AWG machines run on standard grid electric power but are easily adaptable to sustainable power sources such as wind, solar, solar-wind hybrid and diesel generators. They are well suited for hotel rooms, government facilities, schools, hospitals, offices and residential households and represent a technological breakthrough, creating a way to replace and eliminate plastic water bottles.

drinkableair.tech

Oakland Park, Florida, US

Details

Year founded

2012

Revenue

0-500K

Employees

1-10

Number of locations

1

NAICS

541714

SIC

8731

Products & Services

Outlines the company's specialized services and operational strengths.

  • Air Water Generators
  • Water Filters
  • Contact us in order to access

Equipment

Provides a detailed list of machinery and tools utilized on the company's premises.

  • 'AWG (Atmospheric Water Generator) machines'
  • 'Anti-microbial air filter'
  • 'Ozone purification system'
  • Contact us in order to access

Ramping up production

Indicates the company's current production trend and growth trajectory.

FALSE

Our production algorithm is showing that drinkable air technologies is not ramping up production.

Target industries

Energy
Power Generation
Marine

Employees working in Drinkable Air Technologies

John Fasano

Founder- vice president operations

Joseph Mule

Marketing director

Sahil Thakkar

Technical sales assistant

Employees working in Drinkable Air Technologies

John Fasano

Founder- vice president operations

Joseph Mule

Marketing director

Sahil Thakkar

Technical sales assistant

You're seeing limited data because this company is not included in your free plan's curated list.

Unlock unrestricted access to millions of companies

Book a demo

Locations (1)

Drinkable Air Technologies

Oakland Park, Florida, US

Frequently Asked Questions


Drinkable Air Technologies offers a range of services and capabilities, including Air Water Generators.


Get the full services & capabilities list of Drinkable Air Technologies

Drinkable Air Technologies uses a variety of equipment, including 'AWG (Atmospheric Water Generator) machines'.


Get the full equipment list of Drinkable Air Technologies

Drinkable Air Technologies serves several industries, including the energy industry.


Get the full target industries list of Drinkable Air Technologies

Drinkable Air Technologies operates from a single location at oakland park, florida, united states.


Get a free locations and target markets review for Drinkable Air Technologies

The headquarters of Drinkable Air Technologies are located in oakland park, florida, united states.


Get a free locations and target markets review for Drinkable Air Technologies

The NAICS code for Drinkable Air Technologies is 541714.


Get a free business data review for Drinkable Air Technologies

Drinkable Air Technologies has 4 employees.


Get a free workforce data review of Drinkable Air Technologies

The official website of Drinkable Air Technologies is https://www.drinkableair.tech/.


Drinkable Air Technologies was founded in 2012.