How to Record a Two Stage Cleaning Video for Your Food Safety Management System

Two stage cleaning is the correct method for ensuring surfaces are genuinely safe for food contact. The name tells you exactly what it means: stage one removes the dirt, stage two kills the bacteria. This video will train your team to understand why both stages are essential and how to execute them correctly.

Step 1: Set the scene and context

Start your video by explaining what two stage cleaning actually means. Many staff think cleaning and disinfecting are the same thing—this video needs to separate these concepts in their minds.

Stage one is physical removal of food residues. Stage two is disinfection. These are two distinct actions, and both must happen in sequence. Disinfection cannot be effective if food residues remain on the surface—the sanitiser needs to contact the surface directly to kill bacteria.

Explain the recommended approach: before applying any chemical, first wipe off gross contamination using single-use disposable centrefeed roll. This initial wipe removes the bulk of the food debris before chemicals are even involved. Then apply a chemical to remove remaining residues, then apply sanitiser for disinfection.

The distinction between when to use degreaser versus sanitiser for stage one is important:

• Heavy contamination: Use a food grade hard surface cleaner/degreaser first
• Very light contamination: Sanitiser can be initially applied and used as a hard surface cleaner

This context is critical because it determines which chemical to reach for first. Get this decision wrong and either the surface isn't properly cleaned (if you use sanitiser on heavy soiling) or you're wasting time and chemicals (if you use degreaser on a nearly-clean surface).

Film in your kitchen next to your chemical supplies so you can reference the actual products your team uses.

Step 2: Plan what to record versus what to write down

Two stage cleaning is a physical process that staff need to see performed correctly. The technique is visual; the specifications are written.

Record on video:

• The initial wipe to remove gross contamination
• How to assess whether contamination is "heavy" or "light"
• The full two-stage process for heavy contamination (degreaser then sanitiser)
• The full two-stage process for light contamination (sanitiser as cleaner, then reapply for disinfection)
• What "clean" looks like before moving to stage two
• The correct wiping technique
• How to allow surfaces to air dry without standing water
• The difference between your degreaser and sanitiser at a glance

Document in written procedures:

• Your specific sanitiser's contact time
• Your specific sanitiser's dilution rate
• Whether your sanitiser requires rinsing (per manufacturer instructions)
• Verification from your chemical supplier regarding cold temperature efficacy
• Verification from your supplier regarding sanitiser shelf life
• Your cleaning schedule with two-stage cleaning tasks identified
• Corrective actions for cleaning failures
• Training records

The video shows the method; the documents provide the product-specific details. This separation means you don't need to re-film when you change chemical suppliers.

Step 3: Core rules and requirements

Structure your video around the complete two-stage cleaning method, addressing each element that must be done correctly.

Initial removal of gross contamination

Before applying any chemical, wipe off visible food debris using single-use disposable centrefeed roll. This step removes the bulk contamination that would otherwise require more chemical and more effort to remove.

Demonstrate the wiping action—gathering the debris, disposing of the paper, not spreading contamination around. This initial wipe makes the subsequent chemical stages more effective.

Stage one: Physical removal of residues

For heavy contamination (grease, dried food, tenacious soiling), use a food grade hard surface cleaner/degreaser. Spray or apply the degreaser, allow it to work on the soiling, then wipe clean with a clean cloth or centrefeed roll. The goal is complete physical removal of all food residues.

For very light contamination (minimal soiling, no visible grease), sanitiser can be used as the initial cleaner. Apply the sanitiser, use it to clean the surface, wipe clean.

Emphasise that these chemicals should be washed/cleaned off with a clean cloth after physical removal of residues. The surface should be free of both food residues AND chemical residues before stage two.

Stage two: Disinfection

After food residues have been physically removed, disinfection can now take place. Apply the sanitiser for the correct contact time.

Critical point: if sanitiser was used for the initial cleaning stage, it must now be REAPPLIED as a disinfecting agent. You cannot clean and disinfect in one application—the sanitiser used for cleaning has been contaminated with food residues and wiped away. Fresh sanitiser must be applied for disinfection.

Show the manufacturer's instructions regarding rinsing. Some sanitisers require rinsing after contact time; others can be left. Follow your specific product's instructions.

Air drying

After disinfection, allow the surface to air dry. This point requires emphasis: it is very important that no standing water remains on surfaces. Moisture provides a perfect breeding ground for bacteria.

Show what proper air drying looks like—a thin film that evaporates versus pooled water that must be wiped. If water pools, show how to wipe it away rather than leaving it standing.

Cold temperature considerations

If your operation includes cold environments (walk-in fridges, cold rooms), address this in your video. Obtain verification from your chemical supplier that the efficacy of the sanitiser is not compromised by low temperatures.

Some sanitisers work less effectively at low temperatures. If you're cleaning surfaces inside fridges or cold storage areas, you need to know your sanitiser will still work. If it won't, you need a different product or a different approach for cold areas.

Sanitiser shelf life

Mention that sanitiser does have a shelf life. Obtain verification from the chemical supplier regarding how long your sanitiser remains effective.

Most QAC (quaternary ammonium compound) based sanitisers are stable compounds with a broad spectrum of efficacy in regard to the destruction of micro-organisms. But "most" isn't "all"—know your specific product's shelf life and check dates.

Step 4: Demonstrate or walk through

This is where you show the complete two-stage process from start to finish, for both scenarios. Use detailed narration throughout so staff can replicate exactly what you're showing.

Heavy contamination demonstration

Stage a surface with realistic heavy contamination—perhaps grease from cooking, dried sauce, typical end-of-service mess. Walk through the complete process with clear speech:

"Let me show you the complete two-stage cleaning process for heavy contamination. This surface has grease, dried food residue, and the typical mess you'd see after a busy service. I'm going to clean this properly so it's safe for food preparation."

Step 1: Initial wipe

"Before I reach for any chemicals, I'm removing the gross contamination by hand. I'm pulling off a generous amount of centrefeed paper and gathering up the visible debris."

"Watch my technique: I'm not wiping back and forth, which would just spread the contamination around. I'm gathering it in one direction, folding the paper, gathering again. The debris is contained on the paper, not pushed across the surface."

"This used paper goes straight in the bin. I'm not setting it down, I'm not saving it—straight in the bin."

"Why do this first? Because if I spray degreaser onto this level of debris, I'm wasting chemical. The degreaser has to work through all this food before it can even reach the surface. Removing the bulk first means my chemicals work more efficiently."

Step 2: Apply degreaser

"Now I'm assessing what's left. There's still grease here—I can see it and feel it. The surface is sticky. This needs degreaser, not sanitiser."

"I'm picking up our hard surface cleaner—this is the degreaser bottle. Notice how I can identify it at a glance: different bottle shape, different label colour from our sanitiser. If you're ever unsure which is which, read the label."

"I'm spraying the degreaser across the whole contaminated area. I'm making sure I cover everything, including the edges. I'm using overlapping passes so I don't miss any spots."

Step 3: Let it work

"Now I wait. The degreaser needs time to break down the grease and loosen the dried residue. Watch—you can actually see it working. The grease is starting to lift."

"How long do I wait? Check your product instructions, but typically 30 seconds to a minute for light grease, longer for heavy buildup. Rushing this step means harder scrubbing. Giving it time means the chemical does the work, not my arm."

"While this is working, I could be doing something else nearby—maybe clearing dishes or prepping the next task. I'm being productive while the chemical does its job."

Step 4: Wipe clean

"The degreaser has had time to work. Now I'm wiping the surface clean with fresh centrefeed paper."

"I'm looking for complete removal of all food residues. I'm running my hand over the surface—it should feel smooth, not sticky or greasy. If I feel anything, that area needs more attention."

"Let me show you what 'clean' actually looks like: the surface should be the same colour throughout, no discoloration, no visible residue in corners or edges. The paper I'm wiping with should be coming away clean, not picking up more debris."

"If the paper is still picking up residue, the surface isn't clean enough. I would reapply degreaser to those areas and wipe again."

Step 5: Apply sanitiser

"The surface is now physically clean. I can see no residue, I can feel no residue. This is when I can apply sanitiser, and this is when sanitiser will actually work."

"If I had applied sanitiser onto the greasy surface without degreasing first, the sanitiser would sit on top of the grease. It wouldn't contact the surface. Bacteria underneath that grease layer would survive. That's why physical cleaning must happen first."

"I'm spraying sanitiser evenly across the entire surface. Full coverage—every part of this surface needs to be wet with sanitiser."

Step 6: Contact time

"This is where most people make their biggest mistake. They spray and immediately wipe. But watch my timer: our sanitiser needs 30 seconds of contact time."

"The surface must stay wet with sanitiser for the full 30 seconds. That means I don't wipe it, I don't touch it, I don't let it dry out. If it's a large surface on a hot day, I might need to spray more sanitiser partway through to keep it wet."

"I'm going to use this contact time productively. I'm taking these dirty utensils to the pot wash area. When I come back, the contact time will be complete."

Step 7: Final action

"I'm back, and 30 seconds has passed. Our specific sanitiser doesn't require rinsing—check your product's instructions because some do require a rinse."

"I'm giving the surface a final wipe with clean centrefeed paper. This removes any excess liquid without compromising the disinfection that's already happened."

Step 8: Check for standing water

"Final check: is there any pooled water? I'm looking in corners, along edges, anywhere liquid might collect."

"Standing water is a bacterial breeding ground. All the work I just did to disinfect this surface would be undermined if I left a pool of water where bacteria could multiply."

"There's a small pool here in the corner. I'm wiping it away with dry paper. Now the surface can air dry completely."

"This surface is now both physically clean and disinfected. It's safe for food preparation."

Light contamination demonstration

Show a surface with only light contamination—perhaps a splash or minimal soiling. Demonstrate the modified approach:

"Now let me show you the process for light contamination. This surface has a small splash—maybe someone plated a dish and a bit of sauce landed here. There's no grease, no dried residue, just this minor splash."

Step 1: Initial wipe

"Even though it's light contamination, I still start with my initial wipe. I'm removing what's visible with centrefeed paper."

"The splash is now gone. The surface looks clean. But looking clean and being safe for food contact are different things."

Step 2: Apply sanitiser as cleaner

"Because this is light contamination with no grease or heavy soiling, I can use sanitiser as my first-stage cleaner. I don't need degreaser here."

"I'm spraying sanitiser across the surface. I'm using it to clean—any remaining residue will be loosened and wiped away."

Step 3: Wipe clean

"I'm wiping the surface clean with the sanitiser. Watch the paper—it's coming away clean, which confirms this was indeed light contamination. If I saw residue on the paper, I'd know I should have used degreaser first."

"The surface is now physically clean. But here's the critical point that most people miss..."

Step 4: REAPPLY sanitiser

"I just used the sanitiser to clean. That means the sanitiser is now on this cloth, mixed with whatever was on the surface. I've removed it. The surface is clean but NOT disinfected."

"If I stop here—which many people do—bacteria will survive on this surface. I've wiped it, it looks clean, but I haven't killed the bacteria."

"I must now REAPPLY sanitiser for disinfection. Watch: fresh spray, full coverage, across the entire surface. This is the disinfection stage."

Step 5: Contact time

"Same requirement as before: full contact time. Our sanitiser needs 30 seconds wet on the surface. The clock starts now."

"I cannot skip this step just because the contamination was light. Light contamination doesn't mean light bacteria. The surface still needs proper disinfection."

Step 6: Final action and air dry check

"Contact time complete. Final wipe per manufacturer instructions. Check for pooled water—none here. This surface is now properly cleaned and disinfected."

The reapplication point—why this matters

This deserves extra emphasis because it's the most commonly missed step. Let me show you both the wrong way and the right way.

The wrong way:

"Watch what happens when someone does this incorrectly. They spray sanitiser on a lightly soiled surface. They wipe. The surface looks clean. They walk away, thinking they're done."

"But look at this surface. Yes, it looks clean. But what actually happened? The sanitiser was used for cleaning. It picked up the contamination and was wiped away. The surface has been wiped, not disinfected."

"Any bacteria that were on this surface before are still here now. The sanitiser never got its contact time. It was removed before it could work. This surface is NOT safe for food contact."

The right way:

"Now watch the correct approach. I spray sanitiser to clean the light soiling. I wipe—the surface is now clean. But I'm not done."

"I reapply sanitiser. Fresh spray, full coverage. Now I wait for the full contact time. The sanitiser is contacting the surface directly, with no food residue in the way. It's doing its job—killing bacteria."

"After contact time, I do my final wipe. NOW the surface is actually disinfected. The difference between these two approaches is the difference between a surface that looks clean and a surface that's actually safe."

Air drying demonstration

"Let me show you what proper air drying looks like versus what you should avoid."

"This surface has been sanitised correctly. There's a thin film of liquid that's evaporating as I watch. Within a minute or two, it will be completely dry. This is correct."

"This other surface—I've deliberately let some liquid pool in the corner. See how it's not evaporating? It's sitting there, still wet after several minutes."

"Pooled water provides moisture for bacteria to grow. All the disinfection I just did is undermined by this pool. I need to wipe it away."

"After wiping: the corner is now just damp like the rest of the surface. It will air dry within minutes. That's what I want to see—uniform dampness that evaporates, no standing water."

Choosing between degreaser and sanitiser first

"Let me give you a framework for deciding which chemical to use first."

"I look at the surface and ask: Is there visible grease? Is there dried or stuck-on food? Is there heavy soiling I can see and feel?"

"If yes to any of these: degreaser first, then sanitiser."

"If no to all of these—the surface has only light splashes or minimal soiling: sanitiser can be used for both cleaning and disinfection, but I must apply it twice."

"When in doubt, use degreaser first. Using degreaser when you didn't strictly need it wastes a bit of chemical. Using sanitiser alone when you should have degreased means the surface isn't properly cleaned or disinfected. One mistake costs a few pence; the other is a food safety failure."

Step 5: Common mistakes to avoid

Address the mistakes that undermine two-stage cleaning effectiveness.

Mistake 1: Combining cleaning and disinfection into one step. Sanitiser cannot clean and disinfect in a single application on a soiled surface. If you use it to clean, you must reapply for disinfection.

Mistake 2: Using sanitiser alone on heavy contamination. Sanitiser has limited cleaning ability. Heavy soiling, grease, and tenacious residues require degreaser first. Sanitiser can't penetrate through these to disinfect the surface underneath.

Mistake 3: Skipping the initial wipe. Starting with chemicals when there's visible food debris wastes chemicals and spreads contamination. Wipe off gross contamination first, then apply chemicals.

Mistake 4: Not waiting for contact time. Spraying sanitiser and immediately wiping means the sanitiser hasn't had time to kill bacteria. The surface must stay wet for the full contact time.

Mistake 5: Leaving standing water. After disinfection, surfaces should air dry completely. Pooled water creates a bacterial breeding ground that defeats the purpose of disinfection.

Mistake 6: Not checking cold temperature efficacy. If your sanitiser doesn't work at fridge temperatures and you clean inside cold storage, you're not actually disinfecting those surfaces.

Mistake 7: Using expired sanitiser. Sanitisers have shelf lives. Expired product may not meet the efficacy standards. Check dates and verify with your supplier.

Mistake 8: Incorrect dilution. Sanitiser not diluted correctly—whether too weak or too strong—won't work as intended. Too weak means insufficient bacteria killed; too strong means chemical contamination without additional benefit.

Mistake 9: Using non-food grade degreaser. The hard surface cleaner used in stage one must be food grade. Non-food grade chemicals can contaminate surfaces and aren't appropriate for food environments.

Mistake 10: Not physically removing degreaser before sanitising. After using degreaser, you must wipe the surface clean before applying sanitiser. Sanitiser can't work through a layer of degreaser any more than it can work through food residue.

Step 6: Key takeaways

End your video by reinforcing the core principles of two-stage cleaning.

Two stage cleaning means: first remove food residues physically, then disinfect with sanitiser. These are two separate steps that must happen in sequence.

Always start with an initial wipe to remove gross contamination before applying any chemicals.

Heavy contamination requires degreaser first, then sanitiser. Light contamination can use sanitiser for both stages—but you must reapply for disinfection.

If you use sanitiser to clean, you MUST reapply it for disinfection. One application cannot serve both purposes.

Contact time is non-negotiable. The surface must stay wet with sanitiser for the full contact time specified by your manufacturer.

Allow surfaces to air dry. No standing water—moisture is a bacterial breeding ground.

Reject sanitisers that don't meet British Standards (BSEN 1276 or BSEN 13697). Also reject hard surface cleaners that aren't food grade.

If sanitiser hasn't been diluted correctly, discard it and make a fresh batch.

If sanitiser hasn't been applied for the correct contact time, wash off and resanitise correctly.

Verify your sanitiser works at cold temperatures if you clean cold storage areas. Verify the shelf life and check dates regularly.

Record all cleaning undertaken in your cleaning schedule. Keep records of any contraventions and corrective actions. Record any training or retraining undertaken. This documentation proves your system works and identifies where improvements are needed.