Industrial wastewater treatment engineered for water recovery, salt management and discharge compliance.
Shail Vac Engineers builds ZLD systems for industries where wastewater cannot be discharged and must be fully treated, reused or recovered. Our engineering approach focuses on process behaviour, not just equipment selection.
MEE / MVR-based Zero Liquid Discharge plant
Industries today are squeezed between rising water costs and tightening discharge limits. Shail Vac Engineers designs ZLD systems that solve these problems through integrated evaporation and recovery technology.
A Zero Liquid Discharge plant ensures no liquid waste leaves the industrial facility. Instead of discharge, wastewater is treated, concentrated, evaporated and condensed, then recovered as reusable water. The remaining solids are handled separately.
ZLD process flow, wastewater to reusable water with salt and solids recovered separately
Every plant combines the right mix of evaporation and drying technology, selected against energy cost, effluent chemistry and recovery target.
Multi-stage evaporation system for efficient concentration and recovery of high-TDS effluent streams.
Energy-efficient evaporation that recompresses vapour to reuse its latent heat, sharply reducing steam consumption.
Final drying stage for salt and solid recovery, turning concentrated reject into a handleable dry product.
For high scaling, high TDS and complex effluent conditions where standard evaporation struggles.
Recover almost all water from wastewater streams and return it to process.
Cut industrial liquid discharge toward zero, meeting strict effluent limits.
Recover salts and solids as dry product instead of disposing of liquid reject.
Reduce reliance on fresh water sources and the cost that comes with them.
Designed around regulatory discharge norms to support long-term compliance.
Improved plant sustainability and overall operating efficiency.
From pharma cleanrooms to refinery vacuum columns, our ejectors and vacuum systems run in some of the most demanding plants in the world. Every industry brings different vapour loads and corrosion data, so each system is engineered to its duty.
Petrochemicals & Refineries
Chemical
Pharma
Agro Chemicals
Textile
Edible Oil
Food & Dairy
CETP

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