Case Study: A Professional Kitchen Range and Hood Package for a Hotel Refit

This project case shows how a hotel group specified the cooking zone as one package. It did not buy a cooktop, a hood and a fan as three separate items. This professional kitchen range project supports the full kitchen program case study. Here the focus sits on what changes in hospitality. Those differences are ventilation sizing, staged delivery and documents that satisfy a site engineer.

The starting point

The group ran several properties with kitchens of different ages. No property had one professional kitchen range that suited every menu. Some had gas cooktops with undersized ventilation. The result was heat, odour and grease on surrounding surfaces. Others had electric cooktops that no longer matched the menu the chefs had moved to.

One practical constraint shaped everything. The properties could not close for a full refit. Every kitchen had to keep operating through the project. So the equipment had to arrive in stages and go in unit by unit.

The brief: four rules for a professional kitchen range project

Four requirements were set.

The replacement equipment had to fit existing counter openings where possible. That meant reusing openings for most of the professional kitchen range. That limited joinery work to part of the room. The team had to size ventilation against the real duct runs, not against a catalogue rating. Delivery had to follow a site programme rather than one shipment. Finally, documents had to name each model and the market, because a local authority inspects the kitchens.

The solution

The project ran as three releases. In the end one professional kitchen range platform served every property.

The first release covered gas cooktops, where a gas supply already existed. The team specified heavy pan supports and a flame-failure safety device. They also matched the burner layout to the pans the chefs actually used.

The second release covered induction cooktops for properties with an upgraded electrical supply. A professional kitchen range had to work in both gas and induction kitchens. These suited newer kitchens. Clean surfaces and precise heat control mattered more there than a visible flame.

The third release covered a stainless steel range hood and fan package for every kitchen. Finish matching drove that choice. So did service access. The factory produced the housing and the filter assemblies, so the stainless finish matched the cooktops and sinks already installed. Each kitchen then looked like one installation instead of a retrofit.

Testing, sizing and compliance

Kitchen ventilation sizing used measured data. Nothing else would do.

The site team supplied duct diameter, duct length and the number of bends for each kitchen. Kitchen ventilation lives or dies on those three numbers. The supplier then estimated delivered airflow for that configuration. It did not quote an open-air rating. As a result, two kitchens that looked identical on paper received different models. One had a much longer duct run.

Noise targets were set in decibels for kitchens near a dining room. There, the spec moved to a larger fan at lower speed. Silence mattered more than peak extraction.

On compliance, the team confirmed that every electrical safety certificate names the model ordered. Meanwhile, the team checked energy labelling against the current scheme rather than an earlier format. Property engineers received one consolidated document pack per release. That simplified the inspection. It also cut the paperwork per property.

Packaging, staged delivery and site logistics

Hospitality sites have almost no storage. So packaging had to be robust and delivery had to be sequenced.

Cooktop cartons used a foam frame around the glass and a separate compartment for the fixing kit. An unopened carton could then survive two moves on site. Hood cartons added corner protection and a protected chimney section, because those parts bend in a corridor.

The container was loaded in reverse release order. Workers could then unload the first kitchen installation without disturbing the rest. Installation templates and manuals travelled per unit rather than per container. A contractor opening one box found everything needed for that unit. That saved hours on site.

The result

Three outcomes mattered.

Ventilation performance matched the real kitchens, because the professional kitchen range programme rested on measured duct data. In addition, the hood specification followed that data rather than a catalogue shelf. The group reported less heat and grease on surrounding surfaces after the refit.

Installation time for each professional kitchen range fell. Templates and fixing kits came with each unit and the cartons survived site handling. As a result, the properties stayed open throughout.

Maintenance became simpler too. A stainless steel range hood now shares parts logic with the cooktops. Cooktops, hoods and sinks came from one manufacturer and shared a finish. The group now orders spare filters, pan supports and glass panels against a single specification list instead of three.

The method other buyers can reuse

Measure the duct run before you choose the hood. Then state the airflow you need in that configuration. Next, size the professional kitchen range gas and electrical supply per property.

State the gas type, the pressure and the electrical supply for each property. Do not average them across the project. Properties differ.

Put site storage limits into the delivery plan. Load the container in reverse installation order.

Pack templates, manuals and fixing kits per unit, not per container.

Confirm the certificate scope and the current energy label format before the equipment leaves the factory.

Frequently Asked Questions

Why did two identical kitchens receive different hood models?

Because duct geometry differed. A longer run with more bends reduces delivered airflow. Therefore the professional kitchen range spec had to change. One kitchen needed a higher-capacity hood. Kitchen ventilation is a system, not a box on a wall.

Should a hotel choose gas cooktops or induction cooktops?

It depends on the supply and the menu. Gas suits visible-flame cooking and existing gas lines. Induction suits precise control and easier cleaning where the electrical supply supports it.

How can a refit continue while the kitchen operates?

Release the equipment in stages and load the container in reverse installation order. Each unit then arrives when the contractor is ready for it.

What does a site inspection require from a professional kitchen range supplier?

An electrical safety certificate whose scope names each model. Then the required energy labelling for the market. On hoods, add test figures for airflow and sound where you make those claims.

Final Thoughts

In a hospitality project the cooking zone succeeds on measured ventilation, correct supply specifications and delivery sequencing. A professional kitchen range matters, but the schedule and the paperwork decide whether the refit finishes on time.

See how the same single-manufacturer approach worked across a full retail range at https://www.aurumdine.com/cases/luxury-kitchen-appliances-retail-chain-program.