Advanced wastewater recycling and turnkey ZLD plants engineered for high-recovery industrial streams. Recover maximum water, eliminate discharge fines, and slash operational expenses.
Fill in your effluent details to receive an engineer-backed proposal.
Our ZLD engineering team will contact you within 24 working hours.
Share details on WhatsApp nowYears of Experience
Plants & Projects Delivered
Million Litres Processed / Day
States in India
Countries Executed
Standard ZLD plants are notoriously heavy on power and capital cost. Here is how our engineering breaks the bottleneck:
Learn how to implement high water recovery without always relying on massive, power-hungry thermal evaporators. We engineer high-recovery membrane stages to isolate rejects at minimal complexity.
Discover strategies to cut initial CAPEX by 20% and ongoing operating expenses by up to 33%. Our systems maximize pre-concentration so thermal evaporators handle only the smallest residual brine volume.
Ensure smooth, continuous plant performance with automated fouling detection, clean-in-place (CIP) regimens, and simple day-to-day maintenance routines that prevent membrane scaling.
Removes suspended solids (TSS), oils, free grease, organic pollutants, hardness, silica and scaling-forming compounds through customized biological treatment, DAF, clarification, lime-soda softening, desilication, MBR, SUF, UF and media filtration. Protects downstream RO membranes and thermal evaporators, minimizes fouling and scaling, and improves water recovery while optimizing overall Zero Liquid Discharge (ZLD) plant performance and operating costs.
Advanced RO, NF, EDR, and multi-stage membrane treatment solutions designed to remove dissolved salts, reduce TDS, and maximize water recovery for industrial reuse. Customized membrane systems recover high-quality permeate for process water, boiler feed, and cooling tower makeup while minimizing reject volume and reducing the hydraulic and thermal load on downstream MEE, MVR, and ATFD systems for cost-effective Zero Liquid Discharge (ZLD).
Advanced brine concentration and RO reject minimization solutions using high-pressure RO, SWRO, DTRO/RDRO, specialized high-recovery membranes and EDR technologies to concentrate high-TDS wastewater and reduce reject volume. Maximizes water recovery, minimizes the feed load on downstream MEE, MVR and ATFD systems, and helps lower energy consumption and overall ZLD plant operating costs.
Advanced MEE, MVR, heat pump-based evaporation, ATFD, Packaged Dryers and crystallization systems designed to process concentrated brine and high-TDS wastewater, recover reusable condensate, and convert residual dissolved solids into dry salt or solid cake. Minimizes liquid waste generation, reduces thermal energy consumption through optimized evaporation technologies, and enables industries to achieve Zero Liquid Discharge (ZLD) with efficient water recovery and brine management.
From high-TDS effluents to metal recycling skids and compact packaged MVRs:
Closing the water loop by recovering and recycling treated effluent, significantly reducing freshwater dependency while minimising reject volumes and ensuring efficient ZLD operations.
Engineered to handle high-TDS water while achieving higher recovery. Maximizes RO recovery to reduce reject volume, optimize downstream evaporation capacity, and improve overall ZLD efficiency.
Treating final RO reject water as part of an advanced Zero Liquid Discharge solution. Transforms challenging industrial wastewater into water recovery opportunities within a compact plant footprint.
Advanced Industrial Wastewater Treatment & Recycling Solutions designed to maximize water recovery and support Zero Liquid Discharge (ZLD) compliance. Integrates customized treatment technologies to reduce wastewater volume, recover reusable water, and minimize the load on RO, MEE, MVR and ATFD systems—optimizing energy consumption and overall ZLD plant operating costs.
Everything plant heads and EHS directors need to know before installing or retrofitting a ZLD plant.
