Aquatriber project
Aquatriber Project
Lendel has created the Aquatriber Project, consisting of providing various sustainable technologies for the generation of drinking water in those places on earth where its scarcity becomes a challenge, an impossible case to solve. One of these technologies that Lendel uses to achieve his mission, is responsible for providing atmospheric water generators for those regions where the lack of drinking water seriously punishes human well-being and its sustainability.
To solve this, the Aquatriber project sells several top quality drinking water production systems, distributed in teams that generate 50, 200, 500 and 5000 liters / day, which, in addition, are capable of optimizing energy costs by adapting sustainable electrical generation systems resulting from renewable energy.
With this, Lendel provides drinking water generators in extreme conditions of temperature and humidity, and with maximum energy cost. The water resulting from this atmospheric collection process complies with all the drinking water standards recommended by the World Health Organization (WHO) and, in addition, it has all the certifications required by the European health authorities.
System operation
The operation of the atmospheric drinking water generation system is based on generators provided by the Aquatriber project, using a state-of-the-art thermodynamic cycle, capable of mechanically compressing and cooling the humidity contained in the atmospheric air, thus achieving its subsequent condensation.
After this, the water obtained is subjected to osmosis filtration, so that it is subsequently subjected to an electronically controlled remineralization process, which guarantees the highest quality of water, providing water with low mineralization and high health for human consumption.
After all this process, the resulting water is treated for storage and conservation at the desired temperature, through controlled chlorination and refrigeration processes.
The operating principles of generators:
- These water generators draw large volumes of atmospheric air through a double filter. These air volumes pass to a mechanical high compression chamber and refrigerator cooling below the dew point, in order to achieve condensation of the ambient humidity by precipitation.
- Dry air is expelled into the atmosphere through a studied set of radial fans that expel this hot air through the highest part of the generator, thus preventing it from interfering with the incoming air intake system.
- The water that has condensed during this process , is accumulated in a pumping tank to an advanced osmosis filtration system, to continue being processed in a remineralization tank. Once remineralized, the water is stored in a chlorinated conservation tank, keeping it there at the desired temperature.
Our offer
Water is an essential asset for the survival of living beings. However, there are more and more places where their scarcity is increasing and in many of them, although there is a consolidated abundance of such water resources, their potability for human consumption is almost impossible given the high levels of contamination. All this constitutes an evolutionary and growing need, which is directed towards the conversion of water into a "strategic weapon" for the sustainability of nations, there are theories that ensure that in 2050 water will be more expensive than oil.
Today, it is indisputable that the well-being of modern societies involves enjoying safe and continuous access to drinking water resources. For all these reasons, the Aquqtriber project provides effective methods of rational use of water, systems for generating green energy for its operation and generators of drinking water wherever its existence is almost nil. With the Aquatriber project, LMS solves the problem of obtaining low-mineralized drinking water for human consumption, in those scenarios in which:
- There is an impossibility of accessing a clean and pollution-free water supply network.
- The distribution network is non-existent or is dangerously deteriorated for human health.
- Its transport and logistics pose a critical challenge for its access, normally derived from major catastrophes (wars, earthquakes, complex orography, etc ...).
- The quality of the water is below the standards of sanitation.
- Territories plagued by long droughts are configured.
- Different industrial processes are located that require greater purity in the water, to carry out different industrial processes such as agriculture, forestry, industry, trade ...
- The salinity of the water is very high, causing serious health problems for the health of people and animals
- Areas where pollution has affected the environment and water from rivers or swamps is not suitable for human consumption or agriculture.
- There is an interest or need to achieve high standards of sustainability in order to avoid the use of plastic for bottled water.
With the adoption of the Aquatriber project, it is possible to solve the aforementioned needs, obtaining water of great purity by condensing the humidity of the air autonomously and at very economic prices, with the implementation of a portable atmospheric water generator aided by an autonomous system of renewable energy that helps preserve the planet and eliminates the production of plastic waste.
Competitive advantages
What competitive advantages does LMS provide through the Aquatriber project?
- Highest quality water for human consumption:
Through a triple filtration process (double air filter and liquid filtration by osmosis), the atmospheric generators produce high quality, high purity pure drinking water, anywhere in the world and without no biological contamination, low mineralization and with proven physical and chemical properties, which could reach long-term medicinal standards.
- More economical:
The direct cost of production is very garlic compared to that of bottled water, achieving an immediate return on investment. It is also possible to generate hot water without additional operating costs, recovering the heat generated at the hot spot of the refrigeration cycle.
- Obtaining in different spaces and places:
The atmospheric generators provided by the Aquatriber project are portable and manage to produce water for human consumption, to a greater or lesser extent, anywhere on the planet, maximizing its performance in arid climates with temperatures above 50ºC ( 122ºF) and relative humidity less than 20%, totally independent of the degree of contamination in the area.
- Simple connection:
The Aquatriber project provides atmospheric generators that only require atmospheric air and a connection to an energy source, totally disregarding facilities for water collection, storage and distribution. These systems can operate in remote locations without the need to connect to the electricity grid, since it works with any autonomous energy production system, be it solar panels, wind turbines or generators with fuels derived from petroleum.
- Covers all capacity needs:
The atmospheric generators provided by the Aquatriber project come in different formats with a production capacity of 50, 200, 500 and 5000 liters per day, under nominal conditions.
- International certification:
The production levels of the generators provided by LMS through the Aquatriber project are certified by TÜV Rheinland under different conditions of temperature and relative humidity and their compliance tables guarantee their results.
- Preserves the environment:
The condensation of atmospheric water vapor is a renewable natural resource that forms a natural phenomenon that causes rain thanks to the difference in temperature between the air and the ground. This phenomenon allows. The generators we provide exploit this renewable water source, which, unlike desalination water purification systems, produces no waste. In combination with renewable energy, these atmospheric generators facilitate the continuous supply of water in isolated areas and with a sustainable energy cost and without any negative effect on the environment, thereby preserving the earth's natural resources.