SED - Spray Engineering Devices Ltd Limited
SED - Spray Engineering Devices Ltd Limited
Distillery

Distillery

Distillery wastewater generates from fermentation, distillation, equipment cleaning, and utility operations, with spent wash being the dominant stream.

Sugar Mill Modern

Challenges

Extremely high biological oxygen demand (BOD), chemical oxygen demand (COD) and color.

High total dissolved solids (TDS) and salinity.

Presence of refractory and non-biodegradable organics.

High sludge generation.

SED’s MVR-based LTE® technology significantly reduces waste volumes, enabling a cost-effective and sustainable Zero Liquid Discharge (ZLD) solution.

SED Smart Solution

SED offers an integrated solution combining an advanced MVR based Low Temperature Evaporator (LTE®) with a downstream dryer to effectively treat complex, high TDS & COD distillery wastewater, ensures compliance with local regulations and all applicable environmental discharge norms.

Advantages of MVR based ZLD

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Engineered to handle diverse wastewater streams and flow capacities - direct effluent, effluent treatment plant reject, and RO reject with ease.

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Recovers reusable salts, potash, methane and other by-products, converting waste into value.

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Effective COD reduction achieved through an integrated stripper column.

Center Team
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Convert liquid waste into manageable solid residues for safe disposal.

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Lowers water footprint and ensures sustainable long-term, compliant plant operation.

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Eliminate wastewater release, protecting soil, surface water, and groundwater.

"Tackling High COD , Delivering High Recovery."