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Food service & businesses

Biological wastewater treatment for food service operations

lipasanF® is a patented microbial culture for fat degradation in wastewater systems. It may help reduce grease deposits at typical hotspots in kitchens and dishwashing areas — preventive rather than purely reactive, without added chemical agents.

Quick overview

Preventive hotspot approach: the culture is applied at a suitable dosing point and may reduce deposits and related operational issues.

  • Hotspot dosing: apply where grease typically accumulates.
  • Supports calmer operations: fewer disruptions and unplanned interventions.
  • Fits real-world workflows: pilot phase + dosing logic adapted to the site.
Request consultation Technology & dosing

Note: Effect and timeline depend on infrastructure, grease load, temperature and dosing point. Preventive use does not replace mechanical maintenance.

Symbol image: professional food service environment – context for grease peaks and wastewater hotspots

Typical operational hotspots

Kitchen areas, dishwashing sections and inlets are common places where grease peaks can lead to buildup.

Grease peaks
addressed preventively
Odor (H₂S)
may decrease
Grease interceptor
may be relieved
Operations
may become more predictable

Wording is intentionally not a promise. Results vary depending on system, load and temperature.

Why grease buildup occurs in food service wastewater

In kitchens, dishwashing areas, and operational processes, grease peaks regularly occur. Depending on the system, load, and temperature, these can accumulate at specific points in the wastewater system.

Typical causes

  • Grease and oil residues from kitchen and dishwashing processes enter the wastewater.
  • Temperature drops cause fats to flocculate and settle.
  • Hotspots such as siphons, inlets, and transitions promote deposits.
  • Operating times, load peaks, and cleaning intervals influence the system.

Possible effects

  • Deposits can impair flow.
  • Odors (e.g., H₂S) may increase.
  • Maintenance and interventions become harder to schedule.

Note: The described effects depend on infrastructure, usage, grease load, and temperature. Results vary depending on the system.

The solution: preventive biological fat degradation with lipasanF®

lipasanF® is a patented microbial culture for fat degradation. In gastronomy and businesses, it is used preventively at defined hotspots – tailored to the system, load, and operating conditions.

How it works in the system

The application takes place at the dosing point – where grease typically accumulates. The goal is to stabilize deposit zones in the wastewater system and reduce operational disruptions (depending on the system).

  • Hotspot approach: dosing at critical points instead of treating "everything".
  • Microbial fat splitting supports the breakdown of fats/oils in the system.
  • Without chemical additives – as a preventive supplement to operation & maintenance.

How we start (pilot phase)

FFor businesses, a short pilot phase is often used to fine-tune the dosing point, application logic, and accompanying parameters.

  1. 1 Clarify application: kitchen/dishwashing area, separator, inlets, hotspots.
  2. 2 Define dosing point & set application logic (load, times, temperature).
  3. 3 Accompany pilot phase: observation, documentation, fine-tuning.
  4. 4 Derive recommendation: routine operation, make maintenance more predictable.

Note: Procedure and duration are adapted to infrastructure, grease load, and temperature.

Why businesses switch

Instead of acting exclusively reactively (e.g., in case of disruptions), prevention is integrated into the process – with clear dosing logic and documentable support.

  • Smoother daily operations through preventive hotspot control.
  • Odors (e.g., H₂S) may decrease depending on the system.
  • Compatible with typical kitchen workflows and grease separators.
Request consultation / pilot phase

Phrasings are deliberately not meant as promises. Effectiveness and time course depend, among other things, on infrastructure, grease load, temperature, and dosing point. Results vary depending on the system.

Typical use scenarios in the operation

Depending on kitchen workflows, grease load, and infrastructure, hotspots vary. The following examples show typical use cases – the specific dosing logic is tailored to the operation.

KKitchen & Dishwashing Area

Hotspots at inlets, siphons, and transitions

In heavily frequented areas, fat peaks can lead to deposits at typical bottlenecks. Here, a dosing point is often chosen so that the application acts preventively.

  • Application where fat typically accumulates (hotspot approach).
  • Effectiveness can be better during times of low water flow.
  • Integration into existing processes without additional chemical additives.

Note: Implementation and effectiveness depend on the system, load, and temperature.

Grease Separator

Relief and more stable operating conditions

In operations with grease separators, stabilizing conditions is often the focus. Dosing point and interval are chosen so that operation becomes more predictable.

  • Dosing logic is oriented towards peak loads and operating times.
  • Odor (e.g., H₂S) may decrease depending on the system.
  • Documentable pilot phase to coordinate intervals.

Note: Implementation and effectiveness depend on the system, load, and temperature.

Multiple Locations / Chains

Standardization with location-specific fine-tuning

For multiple kitchens, a repeatable approach is helpful. At the same time, infrastructure and temperature are considered for each location to configure the application appropriately.

  • Same mode of action, adjusted dosing points per location.
  • Pilot phase as a "template" for rollout decisions.
  • Maintenance and service visits can become more predictable.

Note: Implementation and effectiveness depend on the system, load, and temperature.

This is how we derive the appropriate dosing logic

We jointly consider hotspots, grease load, operating times, and temperature. From this, a dosing recommendation (pilot phase) is derived – tailored to infrastructure and objectives.

View Technology & Dosing

Practice videos: This is how it works in operation

The videos show typical processes in kitchen and operational environments: identifying hotspots, setting dosing points, and practically classifying the application — without marketing promises.

Andy introduces himself (Practice & Hotspots)

Classification from everyday operations: Where grease hotspots occur, why they are problematic, and why prevention in the operation makes sense.

Practice

Subtitles: Select language in the player (if available).

What you see in the video

  • Typical grease hotspots in kitchen and dishwashing areas (inlets, siphons, transitions).
  • Influence of operating times, peak loads, and temperature on deposits.
  • Basics for selecting dosing point and pilot phase in operation.
Show transcript / key statements
Optional: A transcript or structured summary can be added here. This improves findability in search & AI responses.

Andy Tutorial: Application & Dosing Logic

Practical procedure for application: preparing dosing amount, setting dosing points, and accompanying use in operation.

Practice

Subtitles: Select language in the player (if available).

What you see in the video

  • Preparation of dosing and distribution to multiple drains.
  • Notes on application in everyday operations (timing, exposure phase).
  • What to watch out for in handling (e.g., no chemical additives like chlorine).
Show transcript / key statements
Optional: A transcript or structured summary can be added here. This improves findability in search & AI responses.

Canteen operation during holidays (Practice)

Practical insight from canteen operations: How drains respond after extended downtime and what to consider when restarting.

Practice

Subtitles: Select language in the player (if available).

What you see in the video

  • Operation pause over several days without using the kitchen.
  • Observation of drain behavior after resuming operation.
  • Assessment of the experience from the perspective of ongoing operations.
Show transcript / key statements
Optional: A transcript or structured summary can be added here. This improves findability in search & AI responses.

Would you like to transfer this to your operation?

We clarify hotspots and framework conditions and derive a suitable pilot phase/dosing logic — tailored to infrastructure, grease load, and operating times.

Request consultation / pilot phase View FAQ

Technology & Dosing in Operation

The application is integrated into the process through an appropriate dosing point. Dosing logic and intervals are based on hotspots, grease load, operating times, and temperature – often through a short pilot phase.

Dosing Point

Where is dosing applied?

It is not about "more" but "right": The dosing point is chosen where fat typically accumulates or where hotspots form.

  • Typical locations: inlets, siphons, transitions, areas near separators.
  • Goal: act preventively – before deposits become operationally relevant.
  • Selection depends on pipe routing, usage, and accessibility.

Application

How is the application carried out?

The application can be manual or via dosing technology. What matters is a reproducible process that fits into operations.

  1. 1 Identify hotspots and determine dosing point.
  2. 2 Define application logic (operating times, peak loads, rest phases).
  3. 3 Accompany pilot phase: observe, document, fine-tune.
  4. 4 Derive routine: set interval and amount specific to location.

Note: Specific intervals/amounts are adjusted depending on the system.

Operation

Parameters Influencing the Process

To ensure the application is effective, operational conditions are taken into account. This helps set realistic expectations and stabilize implementation.

  • Temperature, grease load, and water flow influence the process.
  • Consider cleaning regimes and chemical use (if applicable).
  • Infrastructure and accessibility determine practical implementation.

Pilot phase instead of gut feeling

We coordinate dosing point and application logic in a pilot phase. This creates a comprehensible recommendation – tailored to operation, infrastructure, and objectives.

Request consultation / pilot phase View questions & answers

Phrasings are deliberately not meant as promises. Implementation and course depend, among other things, on infrastructure, grease load, temperature, cleaning regime, and dosing point. Results vary depending on the system.

Häufige Fragen (FAQ)

Kurzantworten für den Betrieb: kompatibel, planbar, ohne chemische Zusätze. Details klären wir in der Pilotphase anhand Ihrer Anlage.

Verträgt sich lipasanF® mit dem Fettabscheider?
Ja. In der Praxis wird der Dosierpunkt so gewählt, dass Fett-Hotspots im Zulauf/Leitungssystem präventiv entlastet werden. Auslegung und Positionierung richten sich nach Leitungsführung, Last und Betriebszeiten.
Wie schnell merkt man Effekte im Küchenablauf?
Typisch sind erste Veränderungen bei Geruch und Durchfluss nach kurzer Zeit – die stabile Wirkung baut sich je nach Last, Temperatur und Nutzung über Wochen auf.
Brauchen wir Umbauten oder Stillstand?
In der Regel nicht. Je nach Situation reicht eine manuelle Dosierung oder eine kompakte Dosierlösung – ohne größere bauliche Eingriffe. Das Setup erfolgt im laufenden Betrieb so schonend wie möglich.
Ist das „Chemie“ oder aggressiv zu Material/Dichtungen?
lipasanF® arbeitet mikrobiell (Keimkultur) und wird ohne chemische Zusätze eingesetzt. Materialverträglichkeit hängt vom System ab – deshalb prüfen wir Dosierung und Dosierpunkt in der Pilotphase.
Wie läuft die Dosierung in der Gastronomie ab?
Wir definieren Hotspots und Dosierpunkte, legen die Startdosierung fest und passen nach Beobachtung an (z. B. Küchenbetrieb, Wochenenden, Temperatur). Ziel ist ein ruhiger, planbarer Regelbetrieb.
Beratung / Pilotphase anfragen

Hinweis: Ergebnisse variieren je nach Anlage, Last und Temperatur.

Contact & consultation

We review your situation, estimate dosing needs & savings potential, and guide the pilot phase — transparent and measurable.

Next step: Briefly describe your use case & hotspots — we’ll provide an initial assessment (incl. dosing logic/pilot phase).

Phone: +49 (0) 6152 978 938 0

  • Proven in practice since 2017
  • Support with dosing recommendation & pilot phase
  • No modifications required (manual dosing or pump)
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