Start the plan with the filters you actually have
Half of the failed plans we see start from a category rather than from the inventory. Grease filters in commercial kitchens are not one thing. There are mesh-panel filters that sit in the hood canopy, baffle-style metal filters, and the extract grilles at the far end of the duct run, and each of them behaves differently once grease has built up on it. Before the plan says anything about method or frequency, it should list every filter position in the kitchen: the hood over the range, the hood over the fryer or grill, the grill or flattop canopy, any recirculating unit, and the returns and extract grilles. Name each position the way the staff name it, so the plan matches the room.
Then record for each position what kind of filter it is, how it comes out, and whether it has to come out at all. Some mesh panels lift out by hand in a couple of minutes. Baffle filters usually have fasteners and drop into a sink or a wash basin. Filters that do not come out easily are a different problem from filters that come out easily, and a plan that treats them the same way will get quietly ignored at the positions that matter most.
Decide what "clean" means before deciding how often
Frequency without a standard is guesswork, and kitchens disagree about it constantly. One cook thinks a filter is fine as long as air is still moving through it. The person checking the plan may be looking for something else entirely. The plan should state, in plain words and ideally with a photograph, the condition that ends the task. Useful wording is the condition you can see and feel: no visible drip or run of grease at the filter edges, mesh cells open rather than bridged, no grease film on the baffle surfaces that leaves a residue on a wiped cloth. Write the pass condition next to the fail condition, because the person doing the job needs both.
Once the standard is written, the interval becomes a decision rather than a habit. A kitchen that fries for six hours a day and a kitchen that runs a light brunch service will not need the same interval on the same filter, and the plan should be allowed to carry a different interval for each hood. What the plan should not do is put every filter on a single weekly cycle just because that is how the rota is laid out.
Name the method and the sink it happens in
A cleaning plan has to say where the filters go and what touches them. In most restaurants this is a two-step sequence: a degreasing step that lifts the accumulated grease, and a rinsing and drying step that makes the filter safe to put back. Soak-and-scour in a sink or a dedicated basin is the most common arrangement; some kitchens take the filters to an out-of-hours wash bay; others bring the cleaning to the filter instead of taking the filter to the cleaning.
Hot, high-temperature cleaning is worth considering for the second step and for filters where the deposit has gone sticky and hard, because heat does most of the work that a scouring pad and detergent would otherwise have to do. PowerDe sells commercial steam cleaning equipment and heavy grease removal equipment for kitchen and commercial-cleaning work, and high-temperature steam is positioned on the site as a way to raise cleaning efficiency while cutting water use, physical effort and reliance on chemical detergents. What a plan should state is which method is used at which position, in what order, and what is used at the positions steam does not reach.
The same restaurant kitchen grease cleaning page on the PowerDe site describes equipment that switches between dry and wet steam and lists protection features such as leakage, short-circuit, high-temperature, high-voltage and water-shortage cut-outs. Those are machine records to check for the exact unit you are quoted, not kitchen records to copy into your plan. If you are evaluating equipment for this task, ask the supplier in writing for the figures for that unit, and be clear in your own head that a tank volume is not a working time and a generator temperature is not a nozzle temperature.
Write the exclusions, or the plan will be blamed later
The most expensive gap in a cleaning plan is the silence about what must not be cleaned this way. The plan should say plainly which parts of the extract system are outside its scope: the duct interior beyond the filter line, fan wheels, dampers and electrical components inside the hood, and anything with a bearing or a motor in it. Where steam or hot water is used, the plan should also say what is shielded before the first pass, where the run-off goes, and who has approved that route. Grease-laden run-off that ends up on a kitchen floor or in a food-preparation drain creates a problem bigger than the one the plan was written to solve.
Give a fallback for every excluded item. If a duct section cannot be cleaned under this plan, name who cleans it, on what interval, and what evidence they hand back. A plan that only describes the tasks it can do will fail at the first inspection that looks at the parts it did not mention.
Put a person and a piece of paper on every line
A plan with no owner is a list of intentions. Each line in the plan needs a role, not a name, so that the task survives staff turnover: who removes the filters, who supervises the cleaning step, who inspects the result, and who signs it off. The person inspecting should not be the person who did the cleaning, and the plan should say so. In a small restaurant those may be the same two people wearing different hats on different days, which is fine as long as the plan is honest about it.
The record itself should be small enough that it gets filled in. One sheet per hood, with a line for the date, the position, the pass or fail result, the name of the person who inspected, and a short notes column for anything that was found but not dealt with. A log with a dozen columns goes unfilled by the third week. A log with five columns and a clipboard by the wash bay survives.
Add the things that go wrong between cleans
A realistic plan carries a short section for the events that change the schedule: a heavy fryer service that leaves more deposit than usual, a filter that will not release, a damaged mesh panel, a hood that suddenly feels weaker at the grill end. The plan should state who is told, what happens that night, and what gets replaced rather than cleaned. Mesh panels that have been scourged repeatedly do not come back to their original condition, and the plan should say when a filter is written off and who authorises the replacement, otherwise the interval keeps stretching because nobody decided the limit.
Damage is also a reason to keep the cleaning step supervised. Filters that are bent in a sink stop seating properly, and a filter that does not seat is a filter that lets grease travel further into the system than the plan assumes.
Prove the plan on one hood before you publish it for all of them
Before the plan covers the whole kitchen, run it once on the dirtiest hood, with the interval, the pass condition and the log sheet exactly as written. Do not adjust anything during the run. Then read the log: did the interval hold, did the pass condition get used at all, did the cleaning take place where the plan said it would, and did the run-off go where the plan claimed it would? Those four questions decide whether the written plan is usable or decorative.
If you are testing equipment for this job rather than a method, apply the same discipline. Run one bounded trial on one hood, with the acceptance condition set before the first pass and a stated reason to stop. Ask for the specification of the exact unit being trialled in writing, and check whether the supplier has named the kitchen application on their own pages or whether that application is only in the sales conversation. PowerDe lists a customized steam cleaning equipment enquiry page for situations the catalogue does not cover, and that is where a kitchen duty with its own deposit type, hood geometry and run-off constraints belongs.
Review the plan on a date, not when something goes wrong
The final line of the plan is its own review date. Equipment changes, menus change, a fryer appears where there was only a griddle, and an interval that was adequate in one season can be clearly too long in the next. Set the review on the same page as the log, and let the log be the input to it: how many filters were signed off, how many were signed off and then found dirty before the next cycle, and how often the notes column was used. Those three readings tell you whether the plan is protecting the extract system or just producing paperwork.
