Century+ Sustainable Solutions
Our
Projects
At Century+, we take pride in delivering innovative and sustainable wastewater treatment solutions that have been successfully implemented in real-world settings. Our technology is already making a measurable impact, improving efficiency, reducing costs, and promoting environmental responsibility. Below are two case studies showcasing our groundbreaking solutions in action: AU Project, a fully operational wastewater treatment plant utilizing our Enzyme Bioreactor technology, and DH Project, a pilot sludge solidification system enhancing an existing treatment facility. These projects demonstrate the effectiveness and reliability of our solutions in tackling wastewater challenges.
AU Project - Full Wastewater Treatment Facility
Built a couple of years ago in Israel, the AU Project is a fully operational wastewater treatment facility utilizing Century+’s advanced Enzyme Bioreactor technology. With a capacity of 500 m³ per day, it efficiently serves a population of 5,000 people, providing tertiary treatment that ensures high-quality effluent suitable for reuse. A key innovation of this project is the integration of a photovoltaic (PV) installation, which enables the plant to operate with zero net electricity consumption, significantly reducing operational costs and environmental impact. Additionally, the process generates no sludge and no odor, making it an ideal solution for sustainable and community-friendly wastewater treatment.
DH Project - Sludge Solidification Pilot Project
Launched in 2024 in northern Israel, the DH Project is a pioneering sludge solidification pilot, seamlessly integrated into an existing primary transfer station for household, industrial, and green waste. This facility processes approximately 500 tons of waste per day and 170,000 tons per year. The project successfully demonstrates the effectiveness of Century+’s sludge solidification technology, increasing sludge density and reducing organic materials within the transfer station. As a result, operations are optimized, waste disposal challenges are minimized, and the customer can safely discharge wastewater into the municipal wastewater treatment plant.
​
The upper image shows the sludge at the facility's entry point, while the bottom image shows the water after the sludge has been solidified and removed. The whole proccess takes between one to two hours.
