Manufacturers, Exporters, Suppliers of Peracetic Acid in Sonipat

A CIP cycle at 2 AM tells you a lot about a food plant. The line has to be clean before the morning shift, and it has to be clean without leaving a residue that affects the next batch. This is where peracetic acid fits — it is an oxidative disinfectant that degrades into acetic acid, oxygen and water, which makes it a practical choice for food-contact surfaces and CIP systems. Innovacorp manufactures, exports and supplies Peracetic Acid (PAA) for CIP cleaning, food processing disinfection and water treatment in Sonipat's industrial belt. The range covers standard PAA grades, and the working conversation starts with your application, contact time and surface type, not a fixed product chart.

Why PAA Fits Where Chlorine Doesn't

Chlorine is effective, cheap and widely used — but it has limits. It forms disinfection by-products (DBPs) such as trihalomethanes in the presence of organic matter, which is a concern in food processing and some water treatment applications. It loses effectiveness at higher pH and at lower temperatures. And its residual can affect taste and odour in food-contact applications. PAA works differently. It is an oxidative disinfectant that degrades into acetic acid, oxygen and water, which means there is no persistent chlorinated residual. It holds up better across a wider pH and temperature range, and it is effective at lower temperatures than chlorine. This is why PAA is often preferred in food processing CIP, dairy sanitation and some water treatment applications — not because it is always better, but because the application fits its profile.

PAA Grades We Manufacture, Export & Supply to Sonipat

• Standard PAA (5% active): For routine disinfection of surfaces and CIP systems where a lower concentration is sufficient. Commonly used in food processing and beverage plants.
• Standard PAA (10% active): For CIP systems and food-contact surfaces where a higher concentration is needed for the target contact time.
• Standard PAA (15% active): For industrial water treatment and higher-dose applications. Requires careful handling and dilution.

Grade selection depends on your application, target contact time and the surface or system being treated. We do not recommend a fixed grade for every application.

Where PAA Fits in Sonipat's Process Industries

Application	Typical PAA Concentration	Contact Time
CIP cleaning (food and dairy)	0.1 – 0.5% active PAA	5 – 15 minutes
Food-contact surface disinfection	0.05 – 0.2% active PAA	1 – 5 minutes
Beverage line sanitation	0.1 – 0.3% active PAA	5 – 10 minutes
Cooling tower microbial control	2 – 10 ppm active PAA	Continuous or slug dosing
Wastewater disinfection	5 – 20 ppm active PAA	15 – 60 minutes
RO membrane biofouling control	1 – 5 ppm active PAA	Continuous dosing

The exact concentration and contact time depend on your application and the target microbial reduction. Final figures are confirmed after reviewing your process data.

Specifications

Property	Typical Value
Active PAA	5%, 10%, 15% (grade-dependent)
Hydrogen Peroxide (equilibrium)	20 – 25% (grade-dependent)
Acetic Acid (equilibrium)	8 – 15% (grade-dependent)
Appearance	Clear, colourless liquid
pH (as supplied)	1 – 3
Density	1.10 – 1.15 g/cm³
Shelf Life	6 – 12 months from date of manufacture (unopened, cool storage)
Storage	Cool, ventilated area away from heat and incompatible chemicals

Final specification is confirmed against the product TDS for each grade.

Dosing — ppm, Contact Time and Temperature

PAA dosing has three parameters — concentration, contact time and temperature. All three matter, and changing one usually needs adjustment in the others. As a working reference for Sonipat plants:

• Concentration: Typically 0.05–0.5% active PAA for CIP and surface disinfection; 2–20 ppm for water treatment applications.
• Contact time: 1–5 minutes for surface disinfection; 5–15 minutes for CIP; 15–60 minutes for wastewater disinfection.
• Temperature: PAA is effective from 5 °C to 40 °C. Lower temperatures may need slightly longer contact time or a higher concentration to achieve the same microbial reduction.

These are starting ranges. Final dosing is confirmed after reviewing your application and target microbial reduction. Our team works with your plant team on this.

Packing

• 5 L cans (for small CIP systems and surface disinfection)
• 20 L cans (standard for mid-size food processing plants)
• 50 L cans (for larger facilities)
• 200 L drums (for industrial water treatment and large CIP systems)

What Plant Teams Usually Ask

A few questions that come up in almost every technical discussion:

• "How do I know the PAA concentration is still correct?" — PAA concentration drops over time as the equilibrium shifts, especially in diluted solutions. We recommend testing the working solution with a test strip or titration before each use rather than relying on the dilution ratio alone.
• "Can I use PAA in a stainless steel CIP system?" — Yes, at the recommended concentrations. PAA is generally compatible with 304 and 316 stainless steel, but at higher concentrations and longer contact times, corrosion can occur on some alloys. We recommend confirming compatibility with your equipment supplier.
• "Does PAA leave a residue on food-contact surfaces?" — PAA degrades into acetic acid, oxygen and water. In CIP and food-contact applications, a rinse step after the PAA cycle is standard practice to remove any remaining acetic acid. The specific rinse requirement depends on your food safety protocol.
• "Do you support dosage and contact time trials?" — Yes. We work with your plant team on the initial dosing and support the trial run. TDS and MSDS are shared on request.

Technical Support for Sonipat Plants

We do not sell drums and walk away. For Sonipat plants — food processing, dairy, beverage and water treatment units — we review your application, walk through the grade selection with your team, and support the initial dosing and trial. If a CIP cycle is not giving the expected microbial reduction, call us — we will look at the concentration, contact time and temperature with you. TDS and MSDS are shared on request.

Frequently Asked Questions

What Peracetic Acid (PAA) grades does Innovacorp manufacture and supply in Sonipat?

Innovacorp manufactures, exports and supplies Peracetic Acid (PAA) in standard grades (typically 5%, 10% and 15% active PAA) for CIP cleaning, food processing disinfection and water treatment in Sonipat. Grades are selected based on the application, contact time and the surface or system being treated.

Where can I source Peracetic Acid for food processing in Sonipat?

Innovacorp supplies PAA for food processing disinfection in Sonipat. For food-contact applications, the specific grade and the required documentation depend on your HACCP or food safety protocol. We recommend sharing your protocol so we can advise on the suitable grade and documentation.

Why is PAA used instead of chlorine in some water treatment applications?

PAA is an oxidative disinfectant that degrades into acetic acid, oxygen and water. In some applications it is used where chlorine disinfection by-products (DBPs) are a concern, or where disinfection at lower temperatures is needed. The specific choice depends on the application and the water quality targets — we work from your process data before recommending a grade.

Do you supply Peracetic Acid in bulk to Sonipat industrial units?

Yes. We supply in 5 L, 20 L and 50 L cans, and 200 L drums for larger consumers. For Sonipat units, we coordinate on delivery schedules based on consumption and share TDS and MSDS on request.

Share Your Application Details

Tell us your application — CIP, surface disinfection, cooling tower or wastewater — and share your target microbial reduction and current process conditions. We will suggest the grade and the working dosing range for your plant. Call +91-9312871070.