Gl AQUA TECH GmbH products

Wastewater treatment is a complex process that involves the removal of various types of pollutants from wastewater before it can be safely discharged into natural water sources or reused. Traditional wastewater treatment methods include physical, chemical, and biological processes, but these methods have many limitations in serving the wastewater treatment market needs. GI AQUA TCH GmbH has explored nanotechnology in wastewater treatment as a potential solution to overcome these limitations. In G.NANO technology development, we succeeded in transferring this technology into commercial solutions.

Using a mechanical system to apply nanoscale materials in wastewater treatment has several advantages. The system is designed to ensure proper mixing and distribution of the nanoscale materials throughout the wastewater, allowing for more effective absorption and removal of pollutants. The mechanical system also includes sensors for real-time monitoring of the process, allowing for adjustments to be made as needed for optimal performance.

We provide a wide range of control levels according to customer requirements. Semi-Automatic control system: reliable and straightforward. Still, it requires human supervision to ensure that the process is taking place as designed and to make quality control for outlet water.

Mobile Stations for On-the-Go Waste Water Treatment Solutions; Unique Products. It serves more than one human gathering, as it is carried on a car that can be transported from one location to another. You only need to connect the pump to the wastewater collection and treatment tank and pump out the clean, treated water. A fast operation can serve more than one location on the same day. It suits treating wastewater quantities less than 1000 cubic meters/day.

For higher capacities, we have flexible arrangements to achieve maximum power and chemical usage savings with undoubted efficiency. A closed-loop feedback system is introduced to control G-Nano dosages. The plants occupy 80% less land than other plants. They are odorless, much less excavation and installation time, savings in accessories, equipment savings (piping, fittings, hoist crane, etc.), and less operating costs and fewer human resources needed

The poor efficiency of the old plants and their inability to treat the increasing quantities of wastewater as a result of population increase is among the fatal health problems in developing countries. Whereas sewage stations were established decades ago to serve a limited number of residents, which have doubled over the years. With the lack of financial capabilities of these countries, a barrier to establishing new stations or expanding the old stations has been stopped, which means the inability of these stations to treat the increasing quantities of wastewater beyond their design capacity, which makes the impact of the problem on health and the environment greater than if these stations did not exist.