RecovOAR™
Osmotically Assisted Reverse Osmosis
Textiles
Water is a critical resource required in almost every single stage of textile manufacturing from fibre preparation, bleaching, dyeing, printing to washing and rinsing. Aquatech’s RecovOAR™ helps textile manufacturers to achieve zero liquid discharge (ZLD) more cost-effectively and reduces reliance on freshwater by enhancing on-site water reuse.
Membrane-based Brine Concentration Technology
Textile manufacturing processes produce challenging wastewater streams containing salts, dyes, surfactants, and organic compounds. Conventional thermal concentration technologies such as multi effect evaporators (MEE) are energy-intensive and drive up the operational cost of effective wastewater management.
Aquatech’s RecovOAR™ technology uses osmotically assisted reverse osmosis (RO) to deliver high levels of brine concentration, which eliminates or sharply reduces downstream thermal evaporation requirements. This pathbreaking technology does not require specialist training to operate, and transforms the economics of ZLD by reducing energy consumption and space requirements. RecovOAR™ also reduces the water footprint of an industrial facility by recovering high-purity water for reuse.
Why Choose Aquatech?
High Concentration & Recovery
Concentrate brine up to 220 g/L, maximizing water reuse and minimizing effluent disposal volume by bringing wastewater close to saturation.
Energy Efficiency
Reduce or eliminate dependence on energy-intensive multi-effect evaporation (MEE) systems, reducing operating costs by up to 75%.
Intuitive Operation
Our membrane-based system is engineered for simplicity of installation, operation and maintenance, without specialist operators.
Retrofit to Existing ZLD
Our compact, modular brine concentration technology can be seamlessly integrated into existing wastewater treatment trains.
Low Opex
Reduce operating cost by up to 75% with steam-free operation.
Solutions for Automotive Manufacturers
Our Work
Auto Manufacturer Proactively Controls Biological Fouling in Wastewater RO Using BioFilmPro™
This case study discusses how an auto ancillary company tackled problems caused by microbial growth on its RO membranes by implementing our BioFilmPro™ technology.
Nirma's Gujarat Manufacturing Facility Secures Fresh Water Supply with a 25 MLD Seawater Reverse Osmosis Plant Utilizing Aquatech LoWatt™ Technology
Gujarat, India
This case study discussed how Aquatech delivered a reliable, energy-efficient, and sustainable desalination solution for Nirma, addressing biofouling and high suspended solids challenges, ultimately enhancing operational efficiency and reducing costs.
QUA's Q-SEP Ultrafiltration Membranes Effectively Treat Complex Effluent at Leading Integrated Steel Plant
India
This case study explores how QUA's Q-SEP Ultrafiltration Membranes effectively treat complex effluent at a leading greenfield integrated steel plant.
QUA's Q-SEP Ultrafiltration Technology Recycles Wastewater for Cooling Tower Make-Up Water in Leading Zinc-Lead-Silver Smelter Complex
India
This project demonstrates the integration of cost-effective and efficient advanced membrane technology for recycling wastewater into cooling tower make-up water at a leading Zinc-Lead-Silver smelter complex to meet stringent water quality standards.