The integrated wastewater treatment approach, which includes advanced technologies ensure optimal performance, full regulatory compliance and offers significant performance benefits for complex effluents. The goal of such systems is to not only treat the water but also to recycle and reuse it, leading to a more sustainable circular operation.
Our process is designed to handle high-strength wastewater with a diverse range of contaminants.
Fats, Oils, and Grease (FOG) DAF is highly effective at removing FOG, suspended solids and proteins, often achieving significant reductions in these parameters.
Biochemical Oxygen Demand (BOD5) and Chemical Oxygen Demand (COD) The MBR process is particularly adept at the biological degradation of organic matter, leading to high reductions in both BOD5 and COD. It combines biological treatment with membrane filtration, resulting in a cleaner effluent than traditional activated sludge systems.
Total Nitrogen (TN) and Total Phosphorus (TP) Membrane Bioreactors (MBRs) equipped with biological nutrient removal (BNR) are engineered to significantly reduce nitrogen and phosphorus concentrations. To achieve even higher purity levels, advanced processes such as Reverse Osmosis (RO) are integrated downstream polishing the effluent and enabling nutrient removal efficiencies exceeding
Wastewater Recovery & Reuse
The multi-stage process, culminating in RO, can produce a very high-quality effluent. This is often described as "clean, reusable, nearly ultra-pure water." This enables advanced strategies like Zero Liquid Discharge (ZLD) or Minimum Liquid Discharge (MLD), which are crucial for minimizing environmental impact and reducing water intake costs.
Operational Benefits
Implementing integrated wastewater treatment and reuse systems offers substantial operational advantages by optimizing water quality, leading to increased system stability and resilience. Furthermore, these systems significantly reduce resource consumption and operational costs by minimizing freshwater intake and discharge volumes, all while ensuring robust compliance with current and future environmental regulations, effectively future-proofing operations for long-term sustainability and economic viability.
Meeting Governmental Compliance
Advanced treatment systems help facilities meet stringent governmental discharge regulations by combining primary biological, tertiary and quaterary processes to achieve high removal efficiencies for BOD COD TN TP pH CO₂ and suspended solids. These technologies comply with major directives such as the EU Industrial Emission Directive and rely on best available technology (BAT) to minimize pollution through proven high-performance processes. By minimizing discharge and maximizing reuse facilities not only ensure current compliance but also proactively align with long-term green transition goals and future-proof their operations against increasingly strict environmental standards.
AQUA UNIQUE AT A GLANCE
INDUSTRIAL WATER TREATMENT
We help transform old wastewater treatment infrastructure into modern, efficient and compliant systems for the future
A comprehensive approach to circular wastewater management that transforms waste streams into valuable resources
Our circular wastewater solution begins with comprehensive waste stream analysis. This step involves detailed characterization of wastewater to identify opportunities for resource recovery and optimize treatment strategies. By understanding the composition and variability of waste streams, facilities can tailor processes to maximize value extraction and ensure efficient performance.
The second stage is multi-stage treatment which integrates biological processes, membrane filtration and advanced oxidation technologies. This treatment train is designed to recover resources while producing high-quality water suitable for reuse. Each layer contributes to removing contaminants and enhancing recovery potential forming a robust and adaptable purification framework.
Next comes resource extraction using advanced separation technologies to recover biogas, nutrients such as nitrogen and phosphorus and clean water. These processes are supported by automated quality control and optimization systems ensuring consistent performance and enabling facilities to transform waste into valuable outputs with minimal manual intervention.
Finally the recovered resources are strategically integrated into local markets. Water is reused through contractual agreements, energy is sold to offset operational costs and nutrients are distributed through partnerships.
With recovery metrics showing upto 95% water reuse, 80% energy self-sufficiency, 90% nutrient capture as zero liquid discharge (ZLD) solution, the system delivers both environmental and economic benefits for the clients.
Ready to join the circular wastewater treatment revolution?
Request a Consultation Transform your wastewater treatment from a cost center into a profit center with our comprehensive circular economy solutions. Schedule a comprehensive assessment of your water treatment needs with our team today.
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