Kitchen renovation in a hotel - a practical example

When 140 guests place orders simultaneously at breakfast, the dishwashing area reports a bottleneck, and the dinner menu still needs to start on time, weaknesses in a hotel kitchen become immediately apparent. A kitchen renovation project at a hotel demonstrates that success is not determined by a single piece of equipment, but by the interplay of workflows, capacities, hygiene, and construction planning that respects hotel operations.

Initial situation: Insufficient performance at critical points

Our practical example concerns a city hotel with around 110 rooms, a breakfast buffet, a restaurant with 80 seats, and a small conference area. The kitchen had grown over the years. Individual appliances had been replaced, but the original spatial layout remained unchanged. The result: long walking distances, intersections between clean and dirty dishes, and insufficient refrigerated storage capacity for the growing breakfast and banquet business.

The pass was particularly critical. Cold appetizers, hot main courses, and service for events all converged there in a confined space. During the evening rush, staff members got in each other's way. While the existing cooking suite delivered sufficient performance, its age, heat emission, and high energy requirements caused unnecessary operating costs.

The impetus for the renovation was therefore not just a defective appliance. The hotel wanted to increase production volume, reduce ergonomic strain, and minimize the risk of downtime. At the same time, the restaurant could only remain closed for a few days. These specific framework conditions determine which solution is economically viable.

Inventory analysis is essential before placing orders

Before selecting cooking technology, refrigeration, or dishwashing equipment, real-world operations were analyzed. The decisive factors here are not just room dimensions and utility connections. Kitchen management and operators should record when specific volumes are produced, which dishes follow which path, and at which points waiting times occur.

The example showed that bottlenecks were not where they were initially suspected. The chefs did not need more cooking surface area, but rather better preparation space and a clearly separated serving process. The dishwashing area required a more powerful hood-type dishwasher with a suitable inlet and outlet table solution. Additionally, refrigeration had to be moved closer to the preparation area.

Planning capacity based on peak loads

A hotel kitchen is not dimensioned based on a quiet Tuesday lunch. The decisive factors are breakfast rushes, group arrivals, conferences, banquets, and the peak service hours in the restaurant. Anyone who selects a cold storage room, a combi-steamer, or a dishwasher that is too small saves money on the purchase price initially, but pays later with waiting times, overtime, and a limited menu.

However, too big is not automatically better. Oversized equipment ties up capital, requires space, and can cause higher consumption. When selecting equipment, a realistic production concept is what counts: fresh production, cook-and-chill, prepared components, or a high proportion of convenience products each place different demands on cooling, regeneration, and storage.

Check connections and ventilation early

In practice, a kitchen renovation rarely fails because of the desired appliance, but regularly due to insufficient power supply, unfavorable exhaust air routing, or doors that are too small. In this hotel example, the electrical distribution was upgraded first because the planned induction cooktop and additional cooling units could not have been operated reliably otherwise.

The ventilation was also adjusted. Modern cooking technology can reduce heat and load, but it does not replace a correctly calculated exhaust system. Especially when switching from gas to induction or expanding a cooking suite, fire protection, hood performance, air supply, and coordination with the building must be taken into account.

The renovation: Systematically reorganizing areas

The new concept organized the kitchen into goods receiving and storage, preparation, hot production, cold production, service, and a dishwashing area. This division sounds obvious, but it only works if the workflows function effectively in everyday life. In the practical example, the access to refrigeration from the preparation zone was shortened, while dirty dishes reached the dishwashing area directly via a separate return path.

The cooking suite received a combi-steamer, an induction cooktop, a multifunctional frying and cooking surface, and under-counter refrigeration for the most important mise-en-place products. This combination created flexibility for restaurant dishes and banquets without overloading the suite with specialized equipment. A combi-steamer is particularly worthwhile if it is used consistently for cooking, regenerating, and time-shifted production. For a kitchen with a very limited menu, leaner equipment may be more economical.

In the cold production area, refrigerated work tables and stainless steel furniture with sufficient storage space were used. In daily hotel operations, stainless steel surfaces are not just a detail: they must be durable, easily accessible, and designed without unhygienic gaps. Work surfaces, shelves, and transport carts should therefore match the actual container logic, such as GN containers, trays, or breakfast components.

Organizing renovation during ongoing hotel operations

The biggest challenge was the construction phase. The hotel decided against a total shutdown lasting several weeks. Instead, the renovation was divided into stages. First, temporary preparation and dishwashing facilities were created in an adjacent function room. Afterward, storage, the dishwashing area, and finally the cooking suite were renovated one after the other.

This solution requires coordination and can cause additional rental or transport costs for interim supplies. However, it secures revenue and guest service. Whether a multi-stage renovation is sensible depends on the season, alternative space, staff structure, and menu concept. A holiday hotel with a clear closing period can benefit from a compact complete renovation. A business hotel open year-round often needs a reliable transitional solution.

A binding schedule with buffer time is important. Delivery times, the installation of large appliances, electrical work, floor connections, and approval by relevant authorities must mesh together. The kitchen should not run at full capacity for the first time on the day of reopening. In the example, a test run was planned before the first breakfast, including the dishwashing sequence, cooling temperatures, and service workflows.

Understanding energy, hygiene, and maintenance as operating costs

The new technology reduced energy consumption, primarily through more efficient refrigeration, induction, and more demand-oriented dishwashing technology. However, the economic effect does not stem solely from the electricity bill. Shorter distances, less re-washing, and better preparation also reduce labor costs and service errors.

Regarding refrigeration, attention should be paid to temperature stability, door openings, and placement. Appliances that permanently stand next to high-heat-emitting cooking equipment consume more and wear out faster. For dishwashing technology, water quality, dosing technology, and regular maintenance are crucial. Without coordinated detergents and rinse aids, limescale, poor drying, and hygiene problems can occur even with a high-quality machine.

Equally decisive is the ease of cleaning. Removable inserts, easily accessible drains, sufficient movement space, and sensibly placed hand washbasins facilitate daily hygiene. These points seem small in the planning phase, but they later determine whether standards can be reliably met in the stressful daily hotel routine.

Optimization begins after installation

After four weeks of operation, the hotel checked the actual workflows and load peaks again. An additional clearing cart and a changed position for plates further shortened the workflow at the pass. Such adjustments are normal. A professional kitchen only becomes a functioning unit during daily operation.

Anyone planning a kitchen renovation should therefore not just compare equipment prices. The decisive factors are suitable capacities, compatible components, available spare parts, and a design that improves the team's everyday work. ELB Gastro supports commercial decision-makers with a wide range of professional commercial kitchen technology and personal advice on selections for specific project requirements. The best renovation is one where guests notice nothing of the technology - because breakfast, restaurant, and events run reliably.