Sludge Management Solutions
At Nova Industries, we are committed to providing innovative and efficient solutions for sludge management. Partnering with industry leaders Teknofanghi and Thermo-systems, we offer a comprehensive range of products designed to handle various sludge treatment challenges.
Our sludge management portfolio includes the Teknofanghi Monobelt, a reliable system for dewatering, and the Teknobag-Draimad, known for its advanced filtration capabilities. Additionally, we provide Thermosystem Solar Dryers, available in both Batch and Continuous models, offering sustainable drying solutions by harnessing solar energy. These technologies ensure that sludge treatment is not only effective but also environmentally responsible, helping to meet the demands of modern wastewater treatment facilities.
Teknofanghi Monobelt:
The Teknofanghi Monobelt is a continuous belt filter press designed for dewatering sludge. It uses a combination of gravity drainage and mechanical pressure to reduce the water content in sludge, producing a drier, more manageable output.
Teknobag-Draimad:
The Teknobag-Draimad is a dewatering system that utilizes special bags to dewater sludge. The process involves filling the bags with sludge, which then undergoes drainage and drying through natural evaporation and gravity, resulting in solidified sludge that is easy to handle.
Thermosystem Solar Dryers (Batch and Continuous):
The Thermosystem Solar Dryers use solar energy to dry sludge, available both in batch and continuous processes. The Batch model processes sludge in fixed intervals, while the Continuous model offers ongoing sludge input and output. Both systems reduce sludge volume by evaporating water, making it suitable for final disposal or further processing.
Monobelt®
At the water intake channels, the Parkson AquaGuard Screen ensures the first line of defense. This advanced screening technology effectively removes debris and particles from the incoming water, preventing damage to downstream equipment and ensuring smooth operation. Its self-cleaning mechanism and robust design minimize maintenance needs and enhance operational efficiency. The result is cleaner intake water, reduced wear and tear on equipment, and increased overall plant reliability.
TEKNOBAG- Draimad®
At the water intake channels, the Parkson AquaGuard Screen ensures the first line of defense. This advanced screening technology effectively removes debris and particles from the incoming water, preventing damage to downstream equipment and ensuring smooth operation. Its self-cleaning mechanism and robust design minimize maintenance needs and enhance operational efficiency. The result is cleaner intake water, reduced wear and tear on equipment, and increased overall plant reliability.
Solar Drying
At the water intake channels, the Parkson AquaGuard Screen ensures the first line of defense. This advanced screening technology effectively removes debris and particles from the incoming water, preventing damage to downstream equipment and ensuring smooth operation. Its self-cleaning mechanism and robust design minimize maintenance needs and enhance operational efficiency. The result is cleaner intake water, reduced wear and tear on equipment, and increased overall plant reliability.
SolarBatch
At the water intake channels, the Parkson AquaGuard Screen ensures the first line of defense. This advanced screening technology effectively removes debris and particles from the incoming water, preventing damage to downstream equipment and ensuring smooth operation. Its self-cleaning mechanism and robust design minimize maintenance needs and enhance operational efficiency. The result is cleaner intake water, reduced wear and tear on equipment, and increased overall plant reliability.
SolarFlow
At the water intake channels, the Parkson AquaGuard Screen ensures the first line of defense. This advanced screening technology effectively removes debris and particles from the incoming water, preventing damage to downstream equipment and ensuring smooth operation. Its self-cleaning mechanism and robust design minimize maintenance needs and enhance operational efficiency. The result is cleaner intake water, reduced wear and tear on equipment, and increased overall plant reliability.
