A wide range of pioneering and sustainable green Hyperwater machines, utilising water from air technology. Gov. departments, Hospitals, Corporations etc.
Hyperdata Technologies (Pty) Ltd was established in 2014 and is a Level 1 B-BBEE Black Woman owned ICT supplier and service provider, primarily operating in South Africa. We also specialise in unique Boutique ICT and Water from Air solutions. We service both the Private Sector and Public Sector.
Hyperwater, a division of Hyperdata Technologies (Pty) Ltd was established in 2016 after extensive research was conducted into Water from Air technology. Hyperwater secured the exclusive distribution rights for Hyperwater – Water from Air technology or Water from Air Solutions in South Africa and Sub-Saharan African Countries.
We are currently focusing on South Africa, but will be rolling out to Sub-Saharan from Quarter 2, 2018. Our product is branded as "Hyperwater, Water from Air Technology".
Our supplier has successfully manufactured, distributed and serviced this technology over the past 12 years in Asia and Europe. Our Head Office is in Waterkloof-Ridge, Gauteng, South Africa and our distribution warehouse is based in Pretoria with 2 more warehouses in Cape Town and Durban opening in the 2nd quarter of 2018.
A wide range of pioneering and sustainable Hyperwater machines, utilising water from air technology. Our Solutions range from the smallest unit producing 50 litres per day to our largest unit producing 5,000 litres per day, which is modular to 20 000 litres a day or more depending on the available space.
1-year standard and 3-year extended warranty.
Service Intervals depends on the unit size and consumption of water..
A Hyperwater – Water from Air machine, is a device that extracts water from humid ambient air. Water vapor in the air is condensed by cooling the air below its dew point, exposing the air to desiccants, or pressurizing the air.
Unlike a dehumidifier, a Hyperwater – Water from Air machine is designed to render the water potable. Hyperwater machines are useful where pure drinking water is difficult or impossible to obtain, because there is always water in the air that can be extracted.
When warm humid air is cooled down and meets a cold surface, the water vapour (in the form of a gas) is turned into water droplets. This is a basic everyday process that happens in nature. You can see this everyday as dew drops on leaves or when you have an ice filled drink on a hot day.
The water vapour passes through an air filter and hits the condensing coils within the machine. These sophisticated coils allow the water to cool down sufficiently to reach dew point. This converts the water vapour into a liquid state.
Once the liquid has been converted, we need to remove all bacteria, algae, yeast and pathogens. This is done through a 3-stage Ultra Violet light sterilization system.
The water then is filtrated through a pre-& post carbon filter, reverse osmosis, and eventually a Total Contaminant Removal (TCR) filter. This ensures the water is pure and clean for consumption.
Once the water has passed through our Water from Air machine, it is completely safe for drinking.
Pure, soft and safe drinking water for your family, employees or customers.
Fresh drinking water is a limited and scarce natural resource, under severe threat by our ever-increasing demand and poor environmental practices.
Atmospheric Water Generators provide the freshest, cleanest, and purest drinking water directly from the same air that we breathe.
Producing fresh pure drinking water from the air is our specialty.
The water is produced from water vapour where water-borne diseases cannot survive and doesn't risk containing chemicals associated with plastic bottled water.
Water from Air is cost effective as logistics, waste management and transportation costs are removed.
Water is made on-site and piped/channelled directly to in-& outlets reducing its carbon footprint. Water from Air does not risk plastics leeching dangerous chemicals into the water.
Atmospheric moisture is used to create water, making it a sustainable solution amidst a growing water crisis.
Water from Air is more affordable compared to other sources of private drinking water production.
CCS maintains prime humidity and temperature levels for consistent optimal performance.
In areas where it's difficult or impossible to pipe in drinking water, such as at remote mining operations, rural areas with no clean drinking water, lodges and hotels with insufficient bore hole water.
Home Owner – Everyday use in your home or holiday home to ensure pure drinking water at a fraction of the cost of bottled water.
Corporates including Financial Institutions; Insurance Companies, etc – This is a 'Green' initiative producing pure clean drinking water for staff. As well as savings on their current water bill and savings on buying / renting standard bottled water and bottled water machines. Replacing old-style coolers.
Restaurants; Hotels; Guest Houses etc – Sell their own range of pure Water from Air bottled water, as well as prepare, wash and cook your food with it.
Our Water from Air solutions even produces in dry environments. Even in South Africa's Highveld in winter months, the air is still sufficiently humid to extract water.
To operate at optimum levels, the Water from Air machines need relative humidity of 30% and above. In arid areas, it will often fall below that level during the day, but at night, when the temperature is lower, humidity rises – even in desserts.
Harvesting Water from Air is an environmentally friendly alternative and sustainable source of pure, fresh water.
The process of harvesting Water from Air is now a reality due to radical technology and filtration developments that have made this process economically viable.
This water is uncontaminated compared to other sources of fresh water where agricultural chemicals, human waste and pharmaceutical contaminants has already compromised these sources.
In increasingly water scarce environments, the ability to adequately clean and re-use water is no longer a sustainable solution to produce drinking water for human consumption.
In coastal areas, the process of desalination also comes with its own significant challenges. Not only is desalination very expensive, the high salinity in the waste water kills will plant animals & fish.
In general, water with a pH lower than 7 is considered acidic, and with a pH greater than 7 is considered alkaline.