Breweries
Fermentation/racking and process areas: usually require zoned coverage and scalability.
View Breweries guideInstall Beer · Official LogiCO2 distributor in Spain
Carbon dioxide (CO₂) is present in many professional environments: draft beer, breweries, the hospitality sector (HoReCa), wine cellars, soft drink plants, and technical rooms/storerooms. In the event of a leak or accumulation, CO₂ can reach dangerous levels, especially in low areas, cold rooms, basements, and confined spaces. This page helps you choose the right LogiCO2 solution: standalone sensor, modular system, or portable detector. To buy, visit the specific collection (catalogue).
LogiCO2 solutions improve staff safety, prevent workplace accidents, and ensure compliance with current occupational health legislation. Implementing LogiCO2 technology is a competitive advantage for any company working with pressurized gases, as it provides peace of mind, prevention, and responsible management of the work environment.
At Install Beer we carry out CO₂ safety assessments and system sizing (critical areas, number of sensors, and locations), as well as professional installation of LogiCO2 equipment and commissioning.
We also offer periodic maintenance and functional checks according to the manufacturer’s recommendations and the needs of the space (hospitality, breweries, wineries, soft drink plants, and industry), with inspection records and technical support.
Select your use case to see selection criteria and configuration recommendations. This page is informational (SEO/guide). To buy, go to the LogiCO2 collection.
Fermentation/racking and process areas: usually require zoned coverage and scalability.
View Breweries guideKeg rooms, bottle rooms, basements, or storerooms with limited ventilation.
See Bar/Pub guideRestaurants, hotels, and kitchens with technical areas, cold rooms, and service areas.
View HoReCa guideWork areas, corridors, low areas, cold rooms, and basements: room-by-room approach.
See Wineries guideProduction/packaging areas, technical rooms, gas storage, and service corridors.
See Soft Drinks guideCO₂ rooms, cold rooms, confined spaces, or potential leak points.
See Industry guideFor technicians, rounds, and inspections: personal alerts and assessment before entering.
See Portable guideRecommended to protect a specific room (e.g. keg room, storeroom, technical room, cold room, or basement). It usually integrates measurement + alarm in the device itself and is a simple way to get started.
Ideal if: 1 critical point, quick installation, visible/audible alarm.
Recommended when there are several rooms or critical points (for example, breweries, wineries, hotels with multiple zones, soft drink plants, or industrial facilities). It allows you to expand by adding sensors and alarms per area.
Ideal if: 2+ critical points, need to scale and centralize alarms.
For technicians and staff doing rounds or inspections: provides personal alerts and helps assess safety before and during access to potentially risky areas.
Ideal if: maintenance, inspections, occasional entries, or as a complement to fixed systems.
In breweries, CO₂ may be present due to fermentation and process operations. The most robust strategy is usually to provide zonal coverage (process areas, corridors, cold rooms, and low-lying zones) and choose a scalable architecture.
In beverage dispensing, CO₂ is commonly used. The risk is usually concentrated in keg rooms, bottle rooms, basements, and storage areas. If there is more than one critical point, it is advisable to move from standalone to modular.
In the hospitality sector, beyond draft beer, there are technical areas (gas rooms, service areas, cold rooms, and basements) where ventilation may be limited. The recommended approach is to map “occupancy zones” and “risk zones” and cover them with visible and audible alarms.
In wineries, safety benefits from a room-by-room approach, paying special attention to low areas, cold rooms, and basements. Detection helps improve operational safety and make quick decisions in the event of any accumulation.
In soft drink plants, CO₂ may be associated with carbonation lines, production/packaging areas, technical rooms, and storage. The approach is usually zoned coverage and highly visible alarms in work areas and service corridors.
In industrial environments, the key is to cover rooms where CO₂ is stored/used or where there is a risk of leakage: cylinder rooms, cold rooms, confined spaces, corridors, and service areas. The solution usually combines area-based sensors with visible and audible alarms.
Useful for maintenance technicians, installers, and staff who occasionally access gas rooms, cold rooms, basements, or areas with limited ventilation. Adds personal alerts and helps assess safety before entering.
To recommend the right solution, we usually just need:
If you already know what you need, contact us to carry out the study and installation of the CO2 gas detection system or purchase from the LogiCO2 collection. If not, send us a floor plan/photos and we will propose a solution for breweries, bars/pubs, HoReCa, wineries, soft drink plants, or industry. Choose the alarm application and configure your system with LogiCO2
These answers are intended to guide your choice. To purchase specific equipment, visit the LogiCO2 collection.
When there is CO₂ use/storage or a possibility of accumulation in low areas, cold rooms, basements, or spaces with limited ventilation. This applies to bars/pubs, HoReCa, breweries, wineries, soft drink plants, and industry.
Rule of thumb: 1 room (one critical point) → standalone sensor. 2+ rooms or need to expand → modular system with sensors per area. In installations with several areas (breweries, wineries, hotels, plants) modular is usually more efficient.
It depends on the space and the risk, but you normally prioritize areas where CO₂ can accumulate: low areas, basements, cold rooms, or rooms with limited air renewal, as well as staff occupancy points. For an exact recommendation, the ideal is to review photos/a floor plan.
Because CO₂ is used for dispensing and, in the event of a leak, can accumulate in keg rooms, bottle rooms, storerooms, or basements. A detector with an alarm helps identify the problem in time and activate the safety protocol.
Besides the dispensing area (if applicable), it usually makes sense to cover technical rooms, cold rooms, basements, service areas, and rooms with limited ventilation. In hotels with several floors or zones, a modular system can make it easier to cover each room.
Because there are several areas with different conditions (process, corridors, cold rooms, low-lying zones). Zonal coverage with a scalable system allows you to protect critical points and expand if the plant changes.
Provides monitoring and alarms in rooms where CO₂ can accumulate, especially in low areas, cold rooms, or basements. Improves operational safety and helps you respond quickly in the event of an incident.
Coverage is usually planned by area (production/packaging, technical rooms, and storage) with visible alarms. If there are several rooms or lines, the modular system makes expansion and centralization easier.
Sizing is based on rooms and critical points (where CO₂ is stored/used and where staff remain), taking into account ventilation and possible accumulation areas. With photos/a floor plan, we can propose the number of sensors and locations.
When there are occasional entries into risk areas (cold rooms, basements, gas rooms) or for technicians doing rounds and inspections. It is also useful as a complement to a fixed system, adding an extra layer of individual safety.
Always follow the manufacturer’s recommendations and carry out periodic functional checks. In installations with several sensors, it is advisable to log inspections and train staff in the alarm response protocol.