Overcapacity in water and wastewater treatment stations presents a significant and often urgent challenge, impacting operational efficiency, effluent quality, and regulatory compliance.

The traditional approach of expanding treatment facilities often involves substantial capital investment, extensive land acquisition, and prolonged construction timelines – options that are frequently constrained by limited space and budgetary restrictions.

At Sternova, we offer a suite of innovative and cost-saving solutions specifically designed to address these overcapacity crises, enabling you to significantly enhance the treatment capacity of your existing stations within your current land footprint and budget.

Our approach leverages a combination of our advanced treatment materials, our high-performance Sternova Bio Carrier Reactor (SBP) unit, our space-efficient Sternova Compact Unit (SCU), and our high-efficiency separation and coagulation equipment.

By strategically integrating these technologies, we can unlock latent capacity within your existing infrastructure, providing a rapid and cost-effective pathway to accommodate overloading and meet growing demands.

Our superior enhancement materials for biological treatment, particularly those utilized within the SBP unit, play a crucial role in intensifying the biological degradation of pollutants.

The high surface area and optimized microbial activity within the SBP allow for a significant increase in the organic loading rate that can be effectively treated within a given volume.

By integrating SBP into your existing biological treatment stages, we can dramatically boost their capacity without the need for constructing new, large bioreactors or ponds.

This modular and compact unit can be seamlessly incorporated into your current system, providing an immediate uplift in treatment capability.

Furthermore, our high-efficiency separation and coagulation equipment are designed to maximize the removal of suspended solids and other particulate matter in a smaller footprint.

By optimizing flocculation kinetics and enhancing settling velocities, these advanced technologies can handle higher influent loads and improve the overall clarification process, thereby increasing the hydraulic capacity of your existing sedimentation basins or clarifiers.

This allows you to process more water or wastewater within the same physical space, effectively alleviating overcapacity issues in these critical treatment stages.

For situations requiring a more comprehensive and often decentralized solution, our Sternova Compact Unit (SCU) offers a powerful and space-saving alternative or supplement to existing infrastructure.

Its underground installation capability is particularly advantageous in land-constrained environments, allowing for a significant increase in overall treatment capacity without requiring additional surface land. The SCU's fully automated operation and low sludge production further contribute to its cost-effectiveness and ease of integration.

By strategically deploying SCU units at key points within your network or as standalone solutions for specific areas, you can effectively manage overloading and expand your overall treatment capacity in a phased and financially manageable manner.

The integration of these advanced technologies, coupled with our expertise in customized design and operational optimization, provides a compelling alternative to traditional station expansion.

We understand the urgency of addressing overcapacity issues and the constraints of limited land and budgets.

Our solutions offer a rapid, cost-saving, and environmentally sound pathway to accommodate overloading, enhance treatment efficiency, and ensure the continued reliable operation of your water and wastewater treatment facilities.