Industries / Pure Water & Recovery / Food & Beverage
Industries We Serve 27 Years · Ingredient + ZLD

Food & Beverage Processing

Ingredient & Process Water  ·  ETP, Recovery & ZLD
Ultra-Pure Ingredient Water Production · Utility · ETP TSS · Organics · Hardness >93% Recovery

The use of water as a food ingredient has a significant impact on the quality and consistency of the end-product — while spent process water becomes heavily contaminated, demanding robust recovery and reuse.

With 27 years of expertise, Ahura Aqua delivers comprehensive pure-water & wastewater solutions across all four critical applications — Ingredient Water, ETP, Recovery and Zero Liquid Discharge — for sustainable, cost-efficient manufacturing.

Plant Water Journey Raw Water → ZLD
RAW 01
Raw Water
PURE 02
Ingredient Water (RO)
PROD 03
Food & Beverage Production
ETP 04
Effluent & Equalisation
UF 05
Ultrafiltration
RO 06
Two-Stage RO Recovery
ZLD 07
Zero Liquid Discharge
Fruit Juice Processing · Membrane Separation
Juice Clarification MF + UF Membranes

Polysaccharides, colloidal protein and tannins cause haze and turbidity. Micro- and ultra-filtration replace enzymatic treatment and decantation — fully automated, higher yield per batch, and retaining natural aroma and nutrition with no additives.

MF UF No Additives
Juice Concentration NF + RO Membranes

Replacing 90°C thermo-evaporation, nanofiltration and reverse osmosis concentrate juice at ambient temperature — cutting energy use sharply while preserving aroma, natural colour and bioactive compounds such as enzymes.

NF RO Ambient Temp
Four Critical Applications end-to-end
We cover the complete water cycle of a food & beverage plant — producing ultra-pure ingredient water, treating contaminated effluent, recovering it for reuse and eliminating the final concentrate.
i Ingredient Water (Pure)
Water as a food ingredient

Ultra-pure water used directly as an ingredient drives higher production rates and superior, consistent end-product quality. A multi-stage train delivers food-grade water to the production line.

Treatment Train
Clarification → MMF → Softening → DM → RO
Output Ultra-pure ingredient
ii Utility & Ancillary
Boiler · rinsing · CIP

Softened and demineralised water for steam-boiler make-up, rinsing of juice cartons & bottles and cleanser / emollient for food-grade pumps — conditioned to each duty to prevent scaling and corrosion.

Treatment Train
SFT → DM
Grade Boiler / Rinse / CIP
iii Effluent Treatment (ETP)
TSS · organics · odour

Spent process water becomes heavily contaminated and unfit for disposal. Clarification, multi-media filtration and softening condition the effluent collected in the equalisation tank ahead of recovery.

Treatment Train
Clarification → PSF → ACF → Softener
Targets TSS · Organics · Odour
iv Recovery & Zero Liquid Discharge
>93% recovered

Pre-treated effluent passes through UF and two-stage RO, recovering >93% as make-up water for cooling towers and boilers. The final <7% concentrate is evaporated via MEE / MVR for complete ZLD.

Treatment Train
UF → RO-1 → RO-2 → MEE → MVR
Recovery >93%
Wastewater Recovered
>93%
recovered & reused across plant operations
Recover >93% → evaporate the final <7% concentrate for Zero Liquid Discharge

Two-stage RO recovers permeate as make-up water for cooling towers and boilers, cutting freshwater intake and operating cost. The remaining <7% concentrate cannot be treated further, so it is evaporated via MEE or MVR — completing Zero Liquid Discharge.

MVR MEE Zero Liquid Discharge
Contaminants Treated
Total Suspended Solids Organic Content Odour Total Hardness (Ca/Mg) Dissolved Solids Dissolved Salts Colloidal Protein Tannins & Polysaccharides
Our Solutions for this Industry
i Clarification & Multi-Media Filtration Flocculation, coagulation + PSF & ACF media → ii Water Softening Removes Ca / Mg total hardness → iii De-Mineralisation Plant Cation / anion resin for dissolved solids → iv Membrane Separation (RO) Ultra-pure water as a food ingredient → v Ultrafiltration TSS removal & RO pre-filtration → vi Nanofiltration Ambient-temperature juice concentration → vii Wastewater Recovery & ZLD Two-stage RO + MEE / MVR — >93% recovered →