Industrial CIP and COP Cleaning for Stainless Steel, Glass-Lined and Non-Metallic Surfaces in India

We clean process equipment, pipelines, vessels, glass-lined reactors, clean room panels, and polymer surfaces using safe, citric acid based CitriSurf chemistry. No NOx fumes, no hazardous rinse water in most cases, and service across India.

What kinds of industrial cleaning do you provide?

We clean process equipment, pipelines, vessels, and systems used in pharmaceutical, food, and industrial plants, along with the surfaces around them. We do this two ways. CIP, or clean-in-place, cleans the inside of equipment and piping without taking it apart, by circulating a cleaning solution through the system. COP, or clean-out-of-place, is for parts that are removed and cleaned in a dedicated tank or bath. Not every surface in a plant is stainless steel, so we work across six surface types rather than one.

Every Surface, Not Just Steel

What we clean

A regulated plant is a mix of materials, and each one needs its own approach. Using a single method everywhere is how linings get damaged and panels get marked. We clean:

SurfaceWhat this covers
Stainless steel equipmentProcess equipment, pipelines, vessels, tanks, and utility loops
Glass-lined reactorsThe glass lining itself, plus the stainless steel surfaces on the same reactor, each handled with the method that suits it
Epoxy coated flooringPlant and production floor areas with epoxy coating
Clean room panelsWall and ceiling panel surfaces in controlled areas
Non-metallic componentsParts in the system that are not metal and cannot take metal cleaning chemistry
Polymer based surfacesPolymer surfaces and components needing careful cleaning

Tell us the material mix on your site and we will match the chemistry and method to each surface, rather than treating the whole plant as one job.

Two Surfaces, One Reactor

Cleaning glass-lined reactors

Glass-lined reactors are common in API and chemical plants, where the lining is there to survive chemistry that would attack bare steel. The catch is that the reactor is not only glass. The nozzles, jackets, agitator parts, and connected piping are typically stainless steel, so one reactor needs two approaches on the same visit.

We clean the glass lining with a method that suits the lining, and clean, derouge, or passivate the stainless steel surfaces around it. Doing both together, in one shutdown, is what keeps the whole unit in a known condition rather than half of it.

Two Methods

CIP and COP, explained simply

MethodWhat it meansBest for
CIP (clean-in-place)Cleaning solution is circulated through the equipment while it stays assembledTanks, pipelines, loops, and systems that are hard to take apart
COP (clean-out-of-place)Parts are taken out and cleaned in a tank or bathSmaller or removable items that need close, hands-on cleaning

We pick the method that fits your equipment and your downtime window.

Our Chemistry

Why use CitriSurf-based cleaning chemistry?

We use citric acid based CitriSurf chemistry as a safer alternative to traditional acid cleaning systems. It removes iron and iron oxides from the surface while being easier on your team and the environment.

No NOx fumes, so you do not need to scrub the air over the bath the way nitric acid requires
No hazardous rinse water in most cases because it does not strip nickel or chromium from the surface
Rinse water can often go straight to drain when the pH sits within local limits, usually 5.0 to 9.0
The cleaning bath rarely needs replacing, and when it does, it can be treated to meet local rules

CitriSurf 77 Plus, which we use for on-site work, is applied direct with no dilution by spray, immersion, or wiping, and helps you meet NSF, USDA, USFDA, EU, and cGMP requirements.

How It Fits Your Plant

Cleaning that works with your schedule

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Cleaning plus passivation

Cleaning is often the first step before passivation, so contaminants and free iron are removed properly first. We can clean and then passivate in one visit, which saves you downtime.

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Shutdown and maintenance cleaning

We schedule cleaning work around your planned shutdowns and maintenance windows to reduce downtime. Tell us your shutdown dates and we will plan the cleaning so your equipment is ready when you restart.

Who We Serve

Industries we clean for

PharmaceuticalFoodBeveragesSemiconductorMedical DevicesSaltAerospace & MilitaryChemical
In Short

Rouging Solutions provides industrial CIP and COP cleaning across India for stainless steel process equipment, pipelines, and vessels, glass-lined reactors including their stainless steel surfaces, epoxy coated flooring, clean room panels, non-metallic components, and polymer based surfaces. Cleaning uses citric acid based CitriSurf chemistry, which removes iron and iron oxides without NOx fumes and, in most cases, without hazardous rinse water. Cleaning is often paired with passivation and scheduled around shutdown and maintenance windows.

Contact Us and Learn More

We are here to help! Request advice on your specific application or a quote on our products by filling in the form below.

Industrial Cleaning FAQs

What kinds of industrial cleaning do you provide?

What surfaces do you clean besides stainless steel?

Glass-lined reactors, epoxy coated flooring, clean room panels, non-metallic components, and polymer based surfaces. Most plants are a mix of materials, so we match the method to each surface.

Can you clean a glass-lined reactor?

Yes. We clean the glass lining with a method that suits the lining, and we clean, derouge, or passivate the stainless steel surfaces on the same reactor, so the whole unit is handled in one visit.

Can cleaning be combined with passivation?

Yes. Cleaning is often the first step before passivation, so contaminants and free iron are removed properly.

Do you support shutdown or maintenance cleaning?

Yes. We schedule cleaning work around planned shutdowns and maintenance windows to reduce downtime.

Why use CitriSurf-based cleaning chemistry?

CitriSurf-based chemistry helps remove iron contamination while being safer and more environmentally manageable than many traditional acid systems.