NEXIUS TECHNOLOGY
Nexius has developed a revolutionary 2in1 technology for water purification and packaging in a single, convenient shipping container. This technology can purify up to 10 cubic meters of water per day to meet the highest water quality standards, removing up to 99% of contaminants from surface water to produce water that is safe for even infants to drink. The shipping container design makes it easy to transport and set up, and it can be equipped with solar panels for self-sufficiency in the right conditions. With simple maintenance and a user-friendly PLC display, anyone can learn to operate the technology quickly. Additionally, remote management allows us to fix 90% of issues online
FEATURES
Cleans up to 99% of all surface water
Packed in sterile bags of optional size with a shelf life of more than 1 year
Output water quality in infant quality
Sensors for water quality control
Remote management for equipment inside the container
Equipment for cleaning and disinfection of equipment. The cleaning equipment will enable CIP cleaning
OMNICONT BY NEXIUS
WHY ARE WE DOING THIS ?
More than a billion people in the world do not have access to safe drinking water, with the worst situations occurring in Asia and Africa. According to the World Health Organization (WHO), up to 1.5 million children die each year as a result of drinking unsafe water, and many more children are forced to spend their days walking miles to fetch water instead of going to school. Water contamination is also a major issue, particularly in natural disasters when entire regions may be left without access to potable water. In these situations, people are often forced to rely on water tankers to will their often highly contaminated bottles or jerry cans. Our technology is able to solve both of these problems in a single, effective solution.
Military and humanitarian bases are frequently located in areas with poor access to clean drinking water. With our technology, it is now possible to set up a base near a surface water source and immediately have the ability to produce the highest quality bottled drinking water that can fit in a backpack and be carried into the field. Drinking water network outages in cities are also a common occurrence, whether due to natural disasters or simply the need to repair the local water network. In these situations, our technology is ready to help by distributing already bottled water with a long shelf life to those in need.
Overall, our technology addresses multiple issues at once. It makes it possible to create drinkable water from sources that would otherwise be undrinkable, it packs the water in sterile bags to prevent contamination from bacteria in reused bottles or cans, and it uses durable bags that are more portable and have a longer shelf life than traditional PET bottles and cans. Most importantly, the water in our bags stays fresh for over a year, ensuring that it is always safe to drink.
HOW WILL THE WHOLE PROCESS WORK?
Water is fed to the water treatment plant by a pump from the storage tank, a surface source, or
a borehole. The pump can be submersible or dry, depending on local conditions. The water is then treated and purified through multi-stage filtration. Water dosing will be handled by a pump driven by an electric motor or servo drive. The dose size can be continuously adjusted from the display of the packaging machine. To prevent possible spillage, the dispenser will be equipped with a closable filling needle.
The packaging machine will then produce bags from a film roll. A heat-sealable film with a minimum thickness of 80 microns is required to make a bag, and a minimum of 120 microns is required for 5L bags.
The machine will be equipped with jaws with a special raster for welding bags with liquids. These jaws will be washable with water. The bag will be cut with a knife, allowing for easy opening with a slit. Cleaning and disinfection equipment will be supplied with the line. The cleaning equipment will allow for CIP cleaning, and the cleaning unit will include a cleaning solution tank with a capacity of approximately 60 liters. Finished bags will be discharged through a lockable opening in the side wall of the conveyor.
REFERENCES
Our technology has already assisted with drinking water outages in Prague and has stood up to a model exercise in the event of a complete blackout in the water supply in the capital of the Czech Republic. Other successes of our technology include the operation of a container in Indonesia during floods, and testing of the manufactured water bags by the Czech army for quality, durability, and strength
With our innovative technology, you can have access to clean, safe drinking water no matter where you are. Contact us today to learn more
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