Environmentally Safe Sodium Acetate Supplier in Vadodara, Gujarat, India
Laxmi Enterprise is a leading manufacturer and supplier of high-purity sodium acetate in Vadodara, Gujarat, serving food, pharmaceutical, textile, and chemical industries across India.
We specialize in eco-friendly sodium acetate production using sustainable and zero liquid discharge (ZLD) processes that ensure minimal environmental impact.
High-Purity Sodium Acetate for Diverse Applications
Food and Pharmaceutical Grade Sodium Acetate
Our food-grade sodium acetate complies with FSSAI and pharmacopeia standards (IP/BP/USP), ideal for use as:
Food preservative and flavoring agent
pH buffer in formulations
Electrolyte source in IV solutions
Sodium Acetate for Chemical Synthesis
We supply high-purity sodium acetate anhydrous and trihydrate suitable for:
Organic synthesis
Buffer preparation
Analytical reagents
Industrial catalysts and intermediates
Textile and Leather Applications
Our sodium acetate is widely used in neutralizing residual alkali after textile processing and dyeing operations, ensuring soft finish and color consistency.
It also serves as a pH buffer in leather tanning and finishing stages.
Eco-Friendly & Sustainable Manufacturing
At Laxmi Enterprise, we prioritize environmental responsibility:
Zero Liquid Discharge (ZLD) plant – complete wastewater recycling
Energy-efficient drying and crystallization systems
Closed-loop neutralization and recovery processes
Low-carbon logistics and packaging
Our sustainable chemical production ensures minimal waste generation and maximum product purity.
Safe Sodium Acetate Packaging Solutions
We provide customized packaging options to maintain product integrity and safety:
HDPE bags with inner liners
Jumbo bags (500 kg – 1 MT)
Food-grade HDPE drums for pharmaceutical use
All packaging is moisture-proof, tamper-resistant, and eco-friendly.
SEO Keywords (for metadata / page tags)
Environmentally safe sodium acetate supplier Vadodara
Food and pharmaceutical grade sodium acetate India
Eco-friendly sodium acetate manufacturing Gujarat
High purity sodium acetate for chemical synthesis
Sodium acetate for textile and leather industries
Neutralizing residual alkali in textile processing
Safe sodium acetate packaging solutions India
Sustainable chemical production Gujarat
Zero liquid discharge sodium acetate process
Overview
Objective:
Produce sodium acetate (CH₃COONa) while ensuring zero liquid discharge — i.e., all water and by-products are recovered, recycled, or converted into solid waste.
CH₃COOH (Acetic Acid)+NaOH (Sodium Hydroxide)→CH₃COONa (Sodium Acetate)+H₂O
2. Process Steps (ZLD-Oriented Flow)
Step 1: Reaction
Reactants: Acetic acid + Caustic soda (or sodium carbonate/bicarbonate).
Operation: Continuous stirred reactor or batch reactor.
Output: Aqueous sodium acetate solution (~20–30% concentration).
Step 2: Filtration / Clarification
Remove any undissolved solids, impurities, or catalyst residues.
Equipment: Filter press or clarifier.
Step 3: Evaporation (Multiple Effect Evaporator - MEE)
Concentrate sodium acetate solution to high solids (60–70%) using steam-driven MEE.
Condensate generated from MEE is condensate-quality water → recycled back into process (for dilution, washing, or cooling).
Reduces liquid volume drastically.
Step 4: Crystallization
Concentrated liquor cooled in a crystallizer.
Sodium acetate trihydrate (CH₃COONa·3H₂O) crystals form.
Mother liquor (still containing sodium acetate) recycled back to evaporator → no discharge.
Step 5: Solid-Liquid Separation
Crystals separated via centrifuge or filter.
Wet cake → sent to dryer.
Filtrate → recycled to crystallizer/evaporator.
Step 6: Drying
Rotary or fluid-bed dryer used to remove remaining moisture.
Product: Anhydrous sodium acetate (dry salt) or trihydrate crystals, depending on requirement.
Step 7: Condensate and Recycle Management
All condensates from evaporation and drying:
Collected and treated in Condensate Polishing Unit (CPU) (if needed).
Reused for:
Process dilution,
Boiler feed,
Cooling tower makeup.
No liquid waste leaves the plant — achieving Zero Liquid Discharge (ZLD).
3. By-Product / Waste Management
Waste Stream Treatment Final Disposal
Mother liquor Recycled to evaporator Nil discharge
Condensate Polished & reused Nil discharge
Sludge (if any) Filtered and disposed as solid waste Solid landfill
4. Typical ZLD System Components
Reaction Tank
Filter Press
Multiple Effect Evaporator (MEE)
Agitated Crystallizer
Centrifuge
Dryer
Condensate Polishing Unit (CPU)
Cooling tower & boiler feedwater recycle
5. Example Mass Balance (Indicative)
Input Quantity (kg) Output Quantity (kg)
Acetic Acid (99%) 600 Sodium Acetate 820
NaOH (100%) 320 Water (recycled) 100
Process Water 200 Condensate (recycled) 200
Total 1120 Total 1120
(Figures are indicative for illustration.)
6. Advantages of ZLD Sodium Acetate Process
100% water recovery
No liquid discharge to environment
Improved product purity
Compliance with pollution control norms (CPCB/GPCB)
Reuse of recovered water lowers operating cost
Laxmi Enterprise is a leading manufacturer and supplier of high-purity sodium acetate in Vadodara, Gujarat, serving food, pharmaceutical, textile, and chemical industries across India.
We specialize in eco-friendly sodium acetate production using sustainable and zero liquid discharge (ZLD) processes that ensure minimal environmental impact.
High-Purity Sodium Acetate for Diverse Applications
Food and Pharmaceutical Grade Sodium Acetate
Our food-grade sodium acetate complies with FSSAI and pharmacopeia standards (IP/BP/USP), ideal for use as:
Food preservative and flavoring agent
pH buffer in formulations
Electrolyte source in IV solutions
Sodium Acetate for Chemical Synthesis
We supply high-purity sodium acetate anhydrous and trihydrate suitable for:
Organic synthesis
Buffer preparation
Analytical reagents
Industrial catalysts and intermediates
Textile and Leather Applications
Our sodium acetate is widely used in neutralizing residual alkali after textile processing and dyeing operations, ensuring soft finish and color consistency.
It also serves as a pH buffer in leather tanning and finishing stages.
Eco-Friendly & Sustainable Manufacturing
At Laxmi Enterprise, we prioritize environmental responsibility:
Zero Liquid Discharge (ZLD) plant – complete wastewater recycling
Energy-efficient drying and crystallization systems
Closed-loop neutralization and recovery processes
Low-carbon logistics and packaging
Our sustainable chemical production ensures minimal waste generation and maximum product purity.
Safe Sodium Acetate Packaging Solutions
We provide customized packaging options to maintain product integrity and safety:
HDPE bags with inner liners
Jumbo bags (500 kg – 1 MT)
Food-grade HDPE drums for pharmaceutical use
All packaging is moisture-proof, tamper-resistant, and eco-friendly.
SEO Keywords (for metadata / page tags)
Environmentally safe sodium acetate supplier Vadodara
Food and pharmaceutical grade sodium acetate India
Eco-friendly sodium acetate manufacturing Gujarat
High purity sodium acetate for chemical synthesis
Sodium acetate for textile and leather industries
Neutralizing residual alkali in textile processing
Safe sodium acetate packaging solutions India
Sustainable chemical production Gujarat
Zero liquid discharge sodium acetate process
Overview
Objective:
Produce sodium acetate (CH₃COONa) while ensuring zero liquid discharge — i.e., all water and by-products are recovered, recycled, or converted into solid waste.
CH₃COOH (Acetic Acid)+NaOH (Sodium Hydroxide)→CH₃COONa (Sodium Acetate)+H₂O
2. Process Steps (ZLD-Oriented Flow)
Step 1: Reaction
Reactants: Acetic acid + Caustic soda (or sodium carbonate/bicarbonate).
Operation: Continuous stirred reactor or batch reactor.
Output: Aqueous sodium acetate solution (~20–30% concentration).
Step 2: Filtration / Clarification
Remove any undissolved solids, impurities, or catalyst residues.
Equipment: Filter press or clarifier.
Step 3: Evaporation (Multiple Effect Evaporator - MEE)
Concentrate sodium acetate solution to high solids (60–70%) using steam-driven MEE.
Condensate generated from MEE is condensate-quality water → recycled back into process (for dilution, washing, or cooling).
Reduces liquid volume drastically.
Step 4: Crystallization
Concentrated liquor cooled in a crystallizer.
Sodium acetate trihydrate (CH₃COONa·3H₂O) crystals form.
Mother liquor (still containing sodium acetate) recycled back to evaporator → no discharge.
Step 5: Solid-Liquid Separation
Crystals separated via centrifuge or filter.
Wet cake → sent to dryer.
Filtrate → recycled to crystallizer/evaporator.
Step 6: Drying
Rotary or fluid-bed dryer used to remove remaining moisture.
Product: Anhydrous sodium acetate (dry salt) or trihydrate crystals, depending on requirement.
Step 7: Condensate and Recycle Management
All condensates from evaporation and drying:
Collected and treated in Condensate Polishing Unit (CPU) (if needed).
Reused for:
Process dilution,
Boiler feed,
Cooling tower makeup.
No liquid waste leaves the plant — achieving Zero Liquid Discharge (ZLD).
3. By-Product / Waste Management
Waste Stream Treatment Final Disposal
Mother liquor Recycled to evaporator Nil discharge
Condensate Polished & reused Nil discharge
Sludge (if any) Filtered and disposed as solid waste Solid landfill
4. Typical ZLD System Components
Reaction Tank
Filter Press
Multiple Effect Evaporator (MEE)
Agitated Crystallizer
Centrifuge
Dryer
Condensate Polishing Unit (CPU)
Cooling tower & boiler feedwater recycle
5. Example Mass Balance (Indicative)
Input Quantity (kg) Output Quantity (kg)
Acetic Acid (99%) 600 Sodium Acetate 820
NaOH (100%) 320 Water (recycled) 100
Process Water 200 Condensate (recycled) 200
Total 1120 Total 1120
(Figures are indicative for illustration.)
6. Advantages of ZLD Sodium Acetate Process
100% water recovery
No liquid discharge to environment
Improved product purity
Compliance with pollution control norms (CPCB/GPCB)
Reuse of recovered water lowers operating cost
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