Wastewater treatment by G-NANO technology
G.NANO
Wastewater treatment is a multifaceted process aimed at eliminating various pollutants from wastewater, ensuring it can be safely discharged into natural water bodies or reused.
Traditional methods—such as physical, chemical, and biological treatments—often face limitations in meeting the evolving demands of the wastewater treatment market.
GI AQUA TECH has pioneered the use of nanotechnology in wastewater treatment, offering a breakthrough approach to address these challenges.
Through the development of our G-NANO technology, we have successfully transformed this innovative solution into commercially viable applications, setting a new standard for industry.
G.NANO Mechanism
Nanoscale materials provide significant advantages in wastewater treatment, thanks to their unique properties, including high surface area, enhanced reactivity, and superior adsorption capabilities.
These characteristics allow the materials used in this technology to effectively remove pollutants from diverse types of wastewaters, ranging from industrial to municipal sources.
Key highlights of G-NANO technology:
– The raw materials used in G-NANO technology are globally abundant, ensuring scalability without reliance on rare or limited resources.
– It produces high-quality treated wastewater along with non-hazardous sludge, promoting both environmental safety and resource reuse.
System
Mechanical
Utilizing a mechanical system to apply nanoscale materials in wastewater treatment offers several benefits, including enhanced mixing, distribution, and pollutant removal. The system also features sensors for real-time monitoring, enabling performance adjustments as needed.
Our mechanical system is uniquely tailored for G-Nano Technology, with each device optimized for maximum efficiency. While the exterior maintains standard equipment design, the internal components have been reengineered to boost productivity.
System
Control
- Semi-Automatic control system: Reliable and simple but requires human oversight for process monitoring and water quality control.
- Full-Automatic control system: Operates autonomously with remote monitoring and control, except for water quality checks.
- Professional control system: Fully automated, adjusting operations to meet output quality requirements without human intervention