Packaged Sewage Treatment Plants

HECS ULTIMA SERIES

Technology: Hybrid MBBR

Advanced Technology

The Ultima+ model incorporates the latest in sewage treatment technology, offering superior efficiency and performance. It uses an advanced biological process that ensures effective breakdown and removal of contaminants.

Ease Of Operation

HECS Ultima* is designed for user-friendly operation, With automated controls and minimal maintenance requirements. This ease of use ensures consistent performance and reliability. Dedicated operator is not required.

Compact Design

Designed with space efficiency in mind, the Ultima+ system is compact and modular, making it ideal for installations where space is limited. Its design facilitates easy integration into existing infrastructure with minimal disruption.

Environmental Compliance

The treatment process of the Ultima+ ensures compliance with stringent environmental regulations, producing effluent that meets or exceeds quality standards for discharge or reuse, thus supporting water conservation efforts.

High-Quality Construction

Constructed using igh-grade materials, such as Fiberglass Reinforced Plastic (FRP), the Ultima+ plant is durable, corrosion- resistant, and designed to withstand harsh environmental conditions, ensuring a long service life

After-sales Support

HECS provides comprehensive after-sales service and support for the Ultima+ system, including installation, commissioning, and maintenance, ensuring optimal performance ane longevity Of the treatment plant.

Energy Efficiency

The system is engineered to operate with low energy consumption, making it a cost- effective solution for sewage treatment. Its energy- efficient processes contribute to reduced operational costs and support environmental sustainability.

IOT & AI Powered

HECS provides comprehensive IoT based monitoring system, the operational data of the unit can be monitored real time on HECS Smarthub App on Android and IOS. Apart from which AI Powered operational notifications and reports are generated.