FRUCOSOL MC1000 DECARBONISATION MACHINE

The professional solution for deep cleaning, decarbonisation and the preservation of professional cookware

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1. PRESENTATION OF THE FRUCOSOL RANGE

The FRUCOSOL MC500 and MC1000 decarbonisation machines are professional pieces of equipment designed for deep cleaning, intensive degreasing and the removal of heavily encrusted, polymerised or carbonised cooking residues.

Designed to meet the requirements of professional kitchens, fine dining establishments, hotels and institutional catering facilities, they efficiently treat cooking equipment that would normally require lengthy and physically demanding manual scrubbing operations.

Thanks to their thermal immersion cleaning process at 75 °C, combined with a specific detergent, FRUCOSOL machines facilitate the removal of greasy and carbonised deposits while reducing abrasive mechanical intervention.

The range includes two complementary capacities:

• MC500: a compact 110-litre solution, suitable for professional kitchens with limited dishwashing space.
• MC1000: a high-capacity 280-litre solution, designed for establishments with larger treatment volumes.

Both models can be used to treat a wide range of equipment, provided that the items are compatible with the process and the detergent used:

• Cookware: saucepans, frying pans, sauté pans and stockpots.
• Roasting trays and cooking plates.
• Gastronorm containers and trays.
• Compatible metal extraction hood filters.
• Grills, accessories and professional kitchen utensils.
• Cooking equipment with greasy and carbonised deposits.

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2. OPERATING PRINCIPLE AND DECARBONISATION TECHNOLOGY

2.1. The principle of thermal decarbonisation

Decarbonisation consists of removing cooked-on grease deposits, polymerised cooking residues and carbonised materials that gradually accumulate on kitchen equipment as a result of high temperatures and repeated use.

The process relies on the combination of three elements:

1. Temperature

A treatment bath heated to 75 °C enhances the action of the detergent and helps loosen encrusted residues.

2. Immersion

The immersion process allows the treatment bath to act on accessible utensil surfaces, including areas that are difficult to clean manually.

3. Chemical action

A specific detergent acts on greasy and carbonised deposits to facilitate their removal, without systematically resorting to scraping or abrasive cleaning methods.

This combination transforms a particularly demanding cleaning operation into a more regular and better-organised maintenance process.

2.2. A solution for a wide range of applications

FRUCOSOL machines can treat various types of professional kitchen equipment:

• Heavily soiled saucepans and stockpots.
• Steel frying pans and cooking utensils.
• Sauté pans and roasting trays.
• Gastronorm containers and compatible metal receptacles.
• Metal extraction hood filters compatible with the treatment.
• Grills and kitchen accessories.

The compatibility of materials, coatings, assemblies and accessories must be checked before immersion, in accordance with the manufacturer's recommendations.

2.3. Treatment times and bath management

The duration of the decarbonisation process mainly depends on the nature of the deposits, their age, their thickness and the material being treated.

There is therefore no single universal cycle applicable to all utensils.

The principle is to adjust the immersion time according to the level of soiling in order to achieve a satisfactory result without unnecessarily extending the treatment.

Decarbonisation bath management

According to the manufacturer's recommendations communicated for the FRUCOSOL MC500 system, the treatment bath can be used for a period of up to approximately 30 days, subject to operating conditions, maintenance and the condition of the bath.

This approach makes it possible to:

• Treat utensils on a daily basis.
• Use the same bath for several cleaning operations.
• Avoid preparing a new bath for every cleaning cycle.
• Optimise water and detergent consumption.

The bath must be renewed in accordance with the manufacturer's instructions and the effectiveness requirements of the product being used.

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3. COMPARATIVE TECHNICAL SPECIFICATIONS

Both models are based on the same operating principle and differ mainly in their treatment capacity and overall dimensions.

3.1. Choosing the right capacity for your establishment

FRUCOSOL MC500 – 110 litres

Particularly suitable for:

• Traditional restaurants and fine dining establishments.
• Medium-sized professional kitchens.
• Establishments with limited dishwashing space.
• Businesses wishing to automate part of their cookware cleaning operations.

FRUCOSOL MC1000 – 280 litres

Particularly suitable for:

• Production kitchens and institutional catering facilities.
• Hotels and restaurants with high levels of activity.
• Establishments handling large volumes of equipment.
• Businesses wishing to centralise the cleaning of several categories of equipment in a large-capacity tank.

The MC1000 offers a greater treatment capacity than the MC500, with a tank volume approximately 2.55 times larger.

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4. GENERAL FEATURES AND DESIGN

4.1. Construction and durability

The FRUCOSOL range features stainless steel construction, designed to meet the demands of professional catering environments.

This design promotes:

• Corrosion resistance under the intended operating conditions.
• Equipment robustness.
• Easy maintenance of external surfaces.
• Suitable integration into working environments subject to high hygiene requirements.

4.2. Hygiene and cleaning performance

The thermal immersion process helps remove organic deposits and cooking residues that accumulate on equipment.

In particular, it provides:

• Deep cleaning of accessible surfaces.
• Better control over cookware maintenance.
• Reduction of greasy and carbonised deposits.
• More regular organisation of cleaning operations.

However, decarbonisation alone does not constitute a certified disinfection procedure. The establishment's HACCP protocols and sanitary procedures remain applicable.

4.3. User safety

Using a specific detergent suited to the process helps reduce the need for particularly aggressive traditional stripping products.

Compliance with the manufacturer's instructions, safety data sheets and personal protective equipment requirements remains essential when handling the treatment bath and detergent.

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5. TECHNICAL ARGUMENTATION: ENHANCING AND MAINTAINING PROFESSIONAL COOKWARE

Integrating a FRUCOSOL thermal decarbonisation system into a professional kitchen brigade forms part of a genuine strategy for managing and preserving the establishment's equipment assets.

In fine dining kitchens as well as institutional catering facilities, cooking equipment represents a significant investment and an essential working tool.

Its maintenance determines its durability, its quality of use and the consistency of culinary operations.

A. METALLURGICAL INTEGRITY AND PRESERVATION OF THERMAL PROPERTIES

1. Reduction of abrasive mechanical stress

Intensive scraping, repeated use of steel wool and abrasive scouring pads can cause scratches, premature wear and progressive deterioration of metal surfaces.

Thermal immersion treatment, combined with a specific detergent, facilitates the removal of carbonised deposits without systematically requiring aggressive mechanical action.

This method helps preserve surfaces and limit the damage associated with traditional cleaning practices.

2. Preservation of cooking performance

Greasy and carbonised deposits can interfere with heat transfer conditions and make utensil maintenance more difficult.

Removing these residues restores clean surfaces and appropriate operating conditions to meet professional requirements.

This maintenance contributes to consistent cooking results, precise preparation and the overall quality of culinary work.

B. COST-EFFECTIVENESS AND ERGONOMICS OF THE DISHWASHING AREA

1. Reducing physical strain and working time

Manual scrubbing of saucepans, trays, filters and other heavily soiled equipment represents a significant workload for dishwashing teams.

Thermal soaking operations help streamline these tasks and reduce the time spent on the most demanding cleaning operations.

While the treatment is in progress, staff can focus on other duties.

This approach helps improve:

• Staff availability.
• The smooth running of dishwashing operations.
• Task allocation.
• Working conditions for the teams.

2. Equipment preservation and value enhancement

By limiting repeated abrasive cleaning operations, decarbonisation helps reduce premature equipment wear.

Regular and appropriate maintenance can therefore extend the service life of equipment and reduce replacement costs.

It represents a genuine means of controlling the total cost of ownership of kitchen equipment.

C. RESOURCE OPTIMISATION AND ENVIRONMENTAL RESPONSIBILITY

1. Shared use of the treatment bath

The capacity of the tanks makes it possible to centralise several cleaning operations within a single treatment bath.

The possibility of keeping the bath in use for an extended period, in accordance with the manufacturer's recommendations, contributes to more efficient utilisation.

2. Resource management

The process can help optimise:

• Water consumption associated with manual scrubbing operations.
• The use of traditional cleaning products.
• Working time devoted to manual cleaning.
• Energy requirements associated with different cleaning operations.

The actual economic and environmental benefits nevertheless depend on the number of cycles, the load being treated and the working practices of each establishment.

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6. AN INVESTMENT THAT DELIVERS LONG-TERM VALUE

Decarbonisation should not be considered merely as a one-off operation to restore a heavily soiled saucepan.

It is a preventive maintenance approach designed to preserve professional cookware over the long term.

By integrating decarbonisation into the establishment's maintenance procedures, it becomes possible to:

• Limit the accumulation of old and difficult-to-remove deposits.
• Reduce scraping and intensive scrubbing operations.
• Preserve metal surfaces compatible with the treatment.
• Improve equipment availability.
• Potentially reduce maintenance and replacement costs.

The objective is to move away from corrective cleaning, which is often lengthy and physically demanding, towards regular, organised and streamlined maintenance.

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7. SUMMARY: THE BENEFITS OF THE FRUCOSOL RANGE

The MC500 and MC1000 machines address four essential requirements of professional kitchens.

QUALITY

Deep cleaning of cooked-on grease and carbonised residues through a thermal immersion process.

PRESERVATION

Reduction of abrasive cleaning methods and contribution to the preservation of cooking equipment.

COST-EFFECTIVENESS

Optimisation of working time and reduction of the most demanding manual cleaning operations.

ORGANISATION

Implementation of a genuine preventive maintenance strategy for professional cookware.

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GENERAL CONCLUSION

Purchasing a FRUCOSOL MC500 or MC1000 decarbonisation machine represents an investment in the quality, performance and long-term durability of professional kitchen equipment.

Beyond simply removing carbonised deposits, these systems make it possible to rethink cookware maintenance by prioritising a regular, organised approach that relies less on abrasive manual intervention.

The choice between the two models depends mainly on the volumes to be treated, the frequency of use and the installation constraints of the establishment.

THE FRUCOSOL PHILOSOPHY

«In a professional kitchen, clean cookware, free from carbonised deposits and maintained with respect for its metallurgical properties, is not merely a hygiene requirement: it is one of the essential conditions for culinary precision.

Preserving professional cookware means preserving the quality of craftsmanship, the consistency of cooking results and, ultimately, excellence on the plate.»

FRUCOSOL MC500 & MC1000: two capacities, one shared commitment to quality, supporting the performance of professional kitchens and gastronomic excellence.